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Gene: ABLIM1 (actin binding LIM protein 1) Homo sapiens

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Symbol:

ABLIM1

Name:

actin binding LIM protein 1

RGD ID:

1346152

HGNC Page

HGNC:78

Description:

Predicted to enable actin filament binding activity. Acts upstream of or within cilium assembly and lamellipodium assembly. Located in lamellipodium and stress fiber.

Type:

protein-coding

RefSeq Status:

REVIEWED

Previously known as:

ABLIM; abLIM-1; actin-binding double zinc finger protein; actin-binding double-zinc-finger protein; actin-binding LIM protein 1; actin-binding LIM protein family member 1; DKFZp781D0148; FLJ14564; KIAA0059; LIM actin-binding protein 1; LIMAB1; LIMATIN; MGC1224

RGD Orthologs

Alliance Orthologs

More Info

more info ...

More Info

Species	Gene symbol and name	Data Source	Assertion derived from	less info ...
Orthologs ¹				less info ...
Mus musculus (house mouse):	Ablim1 (actin-binding LIM protein 1)	HGNC	Ensembl, HGNC, HomoloGene, Inparanoid, NCBI, OrthoDB, Panther, PhylomeDB
Rattus norvegicus (Norway rat):	Ablim1 (actin-binding LIM protein 1)	HGNC	Ensembl, HomoloGene, Inparanoid, NCBI, OrthoDB, Panther
Chinchilla lanigera (long-tailed chinchilla):	Ablim1 (actin binding LIM protein 1)	NCBI	Ortholog
Pan paniscus (bonobo/pygmy chimpanzee):	ABLIM1 (actin binding LIM protein 1)	NCBI	Ortholog
Canis lupus familiaris (dog):	ABLIM1 (actin binding LIM protein 1)	HGNC	Ensembl, HomoloGene, Inparanoid, NCBI, OMA, OrthoDB, Panther
Ictidomys tridecemlineatus (thirteen-lined ground squirrel):	Ablim1 (actin binding LIM protein 1)	NCBI	Ortholog
Sus scrofa (pig):	ABLIM1 (actin binding LIM protein 1)	HGNC	Ensembl, NCBI, OMA, OrthoDB, Panther
Chlorocebus sabaeus (green monkey):	ABLIM1 (actin binding LIM protein 1)	NCBI	Ortholog
Heterocephalus glaber (naked mole-rat):	Ablim1 (actin binding LIM protein 1)	NCBI	Ortholog
Other homologs ²
Mus musculus (house mouse):	Ablim3 (actin binding LIM protein family, member 3)	HGNC	OrthoMCL
Rattus norvegicus (Norway rat):	Cyp27b1 (cytochrome P450, family 27, subfamily b, polypeptide 1)	HGNC	OMA
Alliance orthologs ³
Rattus norvegicus (Norway rat):	Ablim1 (actin-binding LIM protein 1)	Alliance	DIOPT (Ensembl Compara\|HGNC\|InParanoid\|OrthoFinder\|OrthoInspector\|PhylomeDB\|SonicParanoid)
Mus musculus (house mouse):	Ablim1 (actin-binding LIM protein 1)	Alliance	DIOPT (Ensembl Compara\|HGNC\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Danio rerio (zebrafish):	ablim1b (actin binding LIM protein 1b)	Alliance	DIOPT (Ensembl Compara\|OMA\|OrthoFinder\|PANTHER\|PhylomeDB\|ZFIN)
Danio rerio (zebrafish):	ablim1a (actin binding LIM protein 1a)	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid\|ZFIN)
Drosophila melanogaster (fruit fly):	Unc-115a	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Drosophila melanogaster (fruit fly):	Unc-115b	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Caenorhabditis elegans (roundworm):	unc-115	Alliance	DIOPT (Hieranoid\|InParanoid\|OMA\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Xenopus laevis (African clawed frog):	ablim1.S	Alliance	DIOPT (Xenbase)

Allele / Splice:

See ClinVar data

Latest Assembly:

GRCh38 - Human Genome Assembly GRCh38

Position:

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	10	114,431,110 - 114,768,061 (-)	Ensembl	GRCh38		hg38	GRCh38
GRCh37	10	116,190,869 - 116,528,063 (-)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	10	116,180,859 - 116,434,404 (-)	NCBI	NCBI36	Build 36	hg18	NCBI36
Build 34	10	116,180,859 - 116,276,675	NCBI
Celera	10	109,920,119 - 110,173,614 (-)	NCBI		Celera
Cytogenetic Map	10	q25.3	NCBI
HuRef	10	109,817,609 - 110,070,887 (-)	NCBI		HuRef
CHM1_1	10	116,474,653 - 116,728,179 (-)	NCBI		CHM1_1
T2T-CHM13v2.0	10	115,325,183 - 115,686,686 (-)	NCBI		T2T-CHM13v2.0

JBrowse:

View Region in Genome Browser (JBrowse)

Model

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
ABLIM1	Human	substance-related disorder		EXP		11554173	CTD Direct Evidence: marker/mechanism	CTD	PMID:20098672

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
ABLIM1	Human	(1->4)-beta-D-glucan	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[perfluorooctane sulfonic acid co-treated with Cellulose] results in increased expression of ABLIM1 mRNA	CTD	PMID:36331819
ABLIM1	Human	1,2-dichloroethane	affects expression	ISO	Ablim1 (Mus musculus)	6480464	ethylene dichloride affects the expression of ABLIM1 mRNA	CTD	PMID:28960355
ABLIM1	Human	1,2-dimethylhydrazine	increases expression	ISO	Ablim1 (Mus musculus)	6480464	1 and 2-Dimethylhydrazine results in increased expression of ABLIM1 mRNA	CTD	PMID:22206623
ABLIM1	Human	17beta-estradiol	affects expression	EXP		6480464	Estradiol affects the expression of ABLIM1 mRNA	CTD	PMID:14699072
ABLIM1	Human	17beta-estradiol	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Estradiol results in decreased expression of ABLIM1 mRNA	CTD	PMID:39298647
ABLIM1	Human	17beta-estradiol	multiple interactions	EXP		6480464	[Estradiol co-treated with Progesterone] results in decreased expression of ABLIM1 mRNA and [Estradiol co-treated with TGFB1 protein] results in decreased expression of ABLIM1 mRNA	CTD	PMID:20660070 and PMID:30165855
ABLIM1	Human	2,2',4,4',5,5'-hexachlorobiphenyl	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[2 more ...	CTD	PMID:25510870
ABLIM1	Human	2,2',5,5'-tetrachlorobiphenyl	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[2 more ...	CTD	PMID:25510870
ABLIM1	Human	2,3,7,8-tetrachlorodibenzodioxine	affects expression	ISO	Ablim1 (Mus musculus)	6480464	Tetrachlorodibenzodioxin affects the expression of ABLIM1 mRNA	CTD	PMID:21570461
ABLIM1	Human	2,3,7,8-tetrachlorodibenzodioxine	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Tetrachlorodibenzodioxin results in decreased expression of ABLIM1 mRNA	CTD	PMID:19770486 more ...
ABLIM1	Human	2,6-dimethoxyphenol	multiple interactions	EXP		6480464	[Sodium Chloride co-treated with pyrogallol 1 and 3-dimethyl ether] results in increased expression of and affects the localization of ABLIM1 protein	CTD	PMID:38598786
ABLIM1	Human	2-methylcholine	affects expression	EXP		6480464	beta-methylcholine affects the expression of ABLIM1 mRNA	CTD	PMID:21179406
ABLIM1	Human	3,4-methylenedioxymethamphetamine	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	N-Methyl-3 and 4-methylenedioxyamphetamine results in decreased expression of ABLIM1 mRNA	CTD	PMID:26251327
ABLIM1	Human	4,4'-diaminodiphenylmethane	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	4 and 4'-diaminodiphenylmethane results in decreased expression of ABLIM1 mRNA	CTD	PMID:18648102
ABLIM1	Human	4,4'-diaminodiphenylmethane	increases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	4 and 4'-diaminodiphenylmethane results in increased expression of ABLIM1 mRNA	CTD	PMID:30723492
ABLIM1	Human	4,4'-sulfonyldiphenol	increases expression	ISO	Ablim1 (Mus musculus)	6480464	bisphenol S results in increased expression of ABLIM1 mRNA	CTD	PMID:30951980
ABLIM1	Human	4,4'-sulfonyldiphenol	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	bisphenol S results in decreased expression of ABLIM1 mRNA	CTD	PMID:39298647
ABLIM1	Human	8-Br-cAMP	decreases expression	EXP		6480464	8-Bromo Cyclic Adenosine Monophosphate results in decreased expression of ABLIM1 mRNA	CTD	PMID:22079614
ABLIM1	Human	acrolein	multiple interactions	EXP		6480464	[Acrolein co-treated with methacrylaldehyde co-treated with alpha-pinene co-treated with Ozone] results in decreased expression of and results in increased oxidation of ABLIM1 mRNA and [Air Pollutants results in increased abundance of [Acrolein co-treated with methacrylaldehyde co-treated with alpha-pinene co-treated with Ozone]] which results in decreased expression of and results in increased oxidation of ABLIM1 mRNA	CTD	PMID:32699268
ABLIM1	Human	aflatoxin B1	increases methylation	EXP		6480464	Aflatoxin B1 results in increased methylation of ABLIM1 gene	CTD	PMID:27153756
ABLIM1	Human	aflatoxin B1	increases expression	EXP		6480464	Aflatoxin B1 results in increased expression of ABLIM1 mRNA	CTD	PMID:27153756
ABLIM1	Human	all-trans-retinoic acid	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Tretinoin results in decreased expression of ABLIM1 mRNA	CTD	PMID:16169686
ABLIM1	Human	all-trans-retinoic acid	decreases expression	EXP		6480464	Tretinoin results in decreased expression of ABLIM1 mRNA	CTD	PMID:33167477
ABLIM1	Human	alpha-pinene	multiple interactions	EXP		6480464	[Acrolein co-treated with methacrylaldehyde co-treated with alpha-pinene co-treated with Ozone] results in decreased expression of and results in increased oxidation of ABLIM1 mRNA and [Air Pollutants results in increased abundance of [Acrolein co-treated with methacrylaldehyde co-treated with alpha-pinene co-treated with Ozone]] which results in decreased expression of and results in increased oxidation of ABLIM1 mRNA	CTD	PMID:32699268
ABLIM1	Human	amphetamine	decreases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Amphetamine results in decreased expression of ABLIM1 mRNA	CTD	PMID:30779732
ABLIM1	Human	antirheumatic drug	increases expression	EXP		6480464	Antirheumatic Agents results in increased expression of ABLIM1 mRNA	CTD	PMID:24449571
ABLIM1	Human	Aroclor 1254	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Chlorodiphenyl (54% Chlorine) results in decreased expression of ABLIM1 mRNA	CTD	PMID:23650126
ABLIM1	Human	arsane	multiple interactions	EXP		6480464	[[sodium arsenite results in increased abundance of Arsenic] co-treated with [manganese chloride results in increased abundance of Manganese]] results in increased expression of ABLIM1 mRNA and [sodium arsenite results in increased abundance of Arsenic] which results in increased expression of ABLIM1 mRNA	CTD	PMID:39836092
ABLIM1	Human	arsenic atom	multiple interactions	EXP		6480464	[[sodium arsenite results in increased abundance of Arsenic] co-treated with [manganese chloride results in increased abundance of Manganese]] results in increased expression of ABLIM1 mRNA and [sodium arsenite results in increased abundance of Arsenic] which results in increased expression of ABLIM1 mRNA	CTD	PMID:39836092
ABLIM1	Human	arsenite(3-)	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	arsenite results in decreased expression of ABLIM1 mRNA	CTD	PMID:33053406
ABLIM1	Human	arsenite(3-)	multiple interactions	EXP		6480464	arsenite inhibits the reaction [G3BP1 protein binds to ABLIM1 mRNA]	CTD	PMID:32406909
ABLIM1	Human	arsenous acid	decreases response to substance	EXP		6480464	ABLIM1 protein results in decreased susceptibility to Arsenic Trioxide	CTD	PMID:20707922
ABLIM1	Human	arsenous acid	increases expression	EXP		6480464	Arsenic Trioxide results in increased expression of ABLIM1 mRNA	CTD	PMID:20458559
ABLIM1	Human	atrazine	decreases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Atrazine results in decreased expression of ABLIM1 mRNA	CTD	PMID:36841081
ABLIM1	Human	atrazine	affects methylation	ISO	Ablim1 (Rattus norvegicus)	6480464	Atrazine affects the methylation of ABLIM1 gene	CTD	PMID:35440735
ABLIM1	Human	Benoxacor	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	benoxacor results in decreased expression of ABLIM1 mRNA	CTD	PMID:34850242
ABLIM1	Human	benzene	increases expression	EXP		6480464	Benzene results in increased expression of ABLIM1 mRNA	CTD	PMID:20036648
ABLIM1	Human	benzo[a]pyrene	increases mutagenesis	EXP		6480464	Benzo(a)pyrene results in increased mutagenesis of ABLIM1 gene	CTD	PMID:25435355
ABLIM1	Human	benzo[a]pyrene	increases methylation	EXP		6480464	Benzo(a)pyrene results in increased methylation of ABLIM1 promoter	CTD	PMID:27901495
ABLIM1	Human	benzo[a]pyrene	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[Benzo(a)pyrene co-treated with benz(a)anthracene co-treated with benzo(b)fluoranthene co-treated with chrysene] results in increased expression of ABLIM1 mRNA	CTD	PMID:27858113
ABLIM1	Human	benzo[a]pyrene	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Benzo(a)pyrene results in decreased expression of ABLIM1 mRNA	CTD	PMID:19770486
ABLIM1	Human	benzo[b]fluoranthene	increases expression	ISO	Ablim1 (Mus musculus)	6480464	benzo(b)fluoranthene results in increased expression of ABLIM1 mRNA	CTD	PMID:26377693
ABLIM1	Human	benzo[b]fluoranthene	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[Benzo(a)pyrene co-treated with benz(a)anthracene co-treated with benzo(b)fluoranthene co-treated with chrysene] results in increased expression of ABLIM1 mRNA	CTD	PMID:27858113
ABLIM1	Human	Benzo[k]fluoranthene	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	benzo(k)fluoranthene results in decreased expression of ABLIM1 mRNA	CTD	PMID:26377693
ABLIM1	Human	bisphenol A	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	bisphenol A results in decreased expression of ABLIM1 mRNA	CTD	PMID:26063408
ABLIM1	Human	bisphenol A	increases expression	ISO	Ablim1 (Mus musculus)	6480464	bisphenol A results in increased expression of ABLIM1 mRNA	CTD	PMID:30951980 and PMID:33221593
ABLIM1	Human	bisphenol A	increases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	bisphenol A results in increased expression of ABLIM1 mRNA	CTD	PMID:29097150 and PMID:32145629
ABLIM1	Human	bisphenol A	increases expression	EXP		6480464	bisphenol A analog results in increased expression of ABLIM1 mRNA more ...	CTD	PMID:27685785 more ...
ABLIM1	Human	bisphenol A	decreases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	bisphenol A results in decreased expression of ABLIM1 mRNA	CTD	PMID:25181051
ABLIM1	Human	bisphenol F	increases expression	ISO	Ablim1 (Mus musculus)	6480464	bisphenol F results in increased expression of ABLIM1 mRNA	CTD	PMID:30951980
ABLIM1	Human	Brodifacoum	decreases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	bromfenacoum results in decreased expression of ABLIM1 protein	CTD	PMID:28903499
ABLIM1	Human	butan-1-ol	multiple interactions	EXP		6480464	[[Gasoline co-treated with 1-Butanol] results in increased abundance of [Particulate Matter co-treated with Polycyclic Aromatic Hydrocarbons]] which results in increased expression of ABLIM1 mRNA	CTD	PMID:29432896
ABLIM1	Human	cadmium dichloride	increases expression	EXP		6480464	Cadmium Chloride results in increased expression of ABLIM1 mRNA	CTD	PMID:38382870
ABLIM1	Human	cadmium dichloride	decreases expression	EXP		6480464	Cadmium Chloride results in decreased expression of ABLIM1 mRNA	CTD	PMID:38568856
ABLIM1	Human	caffeine	affects phosphorylation	EXP		6480464	Caffeine affects the phosphorylation of ABLIM1 protein	CTD	PMID:35688186
ABLIM1	Human	calcitriol	increases expression	EXP		6480464	Calcitriol results in increased expression of ABLIM1 mRNA	CTD	PMID:16002434
ABLIM1	Human	carbon nanotube	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Nanotubes more ...	CTD	PMID:25554681 and PMID:25620056
ABLIM1	Human	CGP 52608	multiple interactions	EXP		6480464	CGP 52608 promotes the reaction [RORA protein binds to ABLIM1 gene]	CTD	PMID:28238834
ABLIM1	Human	chlorpyrifos	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Chlorpyrifos results in decreased expression of ABLIM1 mRNA	CTD	PMID:37019170
ABLIM1	Human	chrysene	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[Benzo(a)pyrene co-treated with benz(a)anthracene co-treated with benzo(b)fluoranthene co-treated with chrysene] results in increased expression of ABLIM1 mRNA	CTD	PMID:27858113
ABLIM1	Human	cisplatin	decreases expression	EXP		6480464	Cisplatin results in decreased expression of ABLIM1 mRNA	CTD	PMID:27594783
ABLIM1	Human	coumarin	affects phosphorylation	EXP		6480464	coumarin affects the phosphorylation of ABLIM1 protein	CTD	PMID:35688186
ABLIM1	Human	cyclosporin A	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Cyclosporine results in decreased expression of ABLIM1 mRNA	CTD	PMID:19770486
ABLIM1	Human	cyclosporin A	decreases expression	EXP		6480464	Cyclosporine results in decreased expression of ABLIM1 mRNA	CTD	PMID:25562108 and PMID:27989131
ABLIM1	Human	DDT	increases methylation	ISO	Ablim1 (Rattus norvegicus)	6480464	DDT results in increased methylation of ABLIM1 gene	CTD	PMID:30207508
ABLIM1	Human	diarsenic trioxide	decreases response to substance	EXP		6480464	ABLIM1 protein results in decreased susceptibility to Arsenic Trioxide	CTD	PMID:20707922
ABLIM1	Human	diarsenic trioxide	increases expression	EXP		6480464	Arsenic Trioxide results in increased expression of ABLIM1 mRNA	CTD	PMID:20458559
ABLIM1	Human	dibenz[a,h]anthracene	increases expression	ISO	Ablim1 (Mus musculus)	6480464	1 more ...	CTD	PMID:26377693
ABLIM1	Human	diuron	decreases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Diuron results in decreased expression of ABLIM1 mRNA	CTD	PMID:21551480
ABLIM1	Human	doxorubicin	affects response to substance	EXP		6480464	ABLIM1 protein affects the susceptibility to Doxorubicin	CTD	PMID:16217747
ABLIM1	Human	doxorubicin	decreases expression	EXP		6480464	Doxorubicin results in decreased expression of ABLIM1 mRNA	CTD	PMID:29803840
ABLIM1	Human	enzyme inhibitor	multiple interactions	EXP		6480464	[Enzyme Inhibitors results in decreased activity of OGA protein] which results in increased O-linked glycosylation of ABLIM1 protein	CTD	PMID:23301498
ABLIM1	Human	epoxiconazole	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	epoxiconazole results in decreased expression of ABLIM1 mRNA	CTD	PMID:35436446
ABLIM1	Human	ethanol	multiple interactions	EXP		6480464	[[Gasoline co-treated with Ethanol] results in increased abundance of [Particulate Matter co-treated with Polycyclic Aromatic Hydrocarbons]] which results in increased expression of ABLIM1 mRNA	CTD	PMID:29432896
ABLIM1	Human	ethyl methanesulfonate	decreases expression	EXP		6480464	Ethyl Methanesulfonate results in decreased expression of ABLIM1 mRNA	CTD	PMID:23649840
ABLIM1	Human	FR900359	affects phosphorylation	EXP		6480464	FR900359 affects the phosphorylation of ABLIM1 protein	CTD	PMID:37730182
ABLIM1	Human	furfural	multiple interactions	EXP		6480464	[Sodium Chloride co-treated with Furaldehyde] results in decreased expression of and affects the localization of ABLIM1 protein	CTD	PMID:38598786
ABLIM1	Human	hydrogen peroxide	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[Hydrogen Peroxide co-treated with N-(oxo-5 more ...	CTD	PMID:31494107
ABLIM1	Human	lead(0)	affects splicing	EXP		6480464	Lead affects the splicing of ABLIM1 mRNA	CTD	PMID:28903495
ABLIM1	Human	lead(0)	affects expression	EXP		6480464	Lead affects the expression of ABLIM1 mRNA	CTD	PMID:28903495
ABLIM1	Human	manganese atom	multiple interactions	EXP		6480464	[[sodium arsenite results in increased abundance of Arsenic] co-treated with [manganese chloride results in increased abundance of Manganese]] results in increased expression of ABLIM1 mRNA	CTD	PMID:39836092
ABLIM1	Human	manganese(0)	multiple interactions	EXP		6480464	[[sodium arsenite results in increased abundance of Arsenic] co-treated with [manganese chloride results in increased abundance of Manganese]] results in increased expression of ABLIM1 mRNA	CTD	PMID:39836092
ABLIM1	Human	manganese(II) chloride	multiple interactions	EXP		6480464	[[sodium arsenite results in increased abundance of Arsenic] co-treated with [manganese chloride results in increased abundance of Manganese]] results in increased expression of ABLIM1 mRNA	CTD	PMID:39836092
ABLIM1	Human	methamphetamine	increases expression	ISO	Ablim1 (Mus musculus)	6480464	Methamphetamine results in increased expression of ABLIM1 mRNA	CTD	PMID:26307267
ABLIM1	Human	methamphetamine	increases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Methamphetamine results in increased expression of ABLIM1 mRNA	CTD	PMID:32035215
ABLIM1	Human	methoxychlor	affects methylation	ISO	Ablim1 (Rattus norvegicus)	6480464	Methoxychlor affects the methylation of ABLIM1 gene	CTD	PMID:35440735
ABLIM1	Human	methyl methanesulfonate	decreases expression	EXP		6480464	Methyl Methanesulfonate results in decreased expression of ABLIM1 mRNA	CTD	PMID:23649840
ABLIM1	Human	mifepristone	increases expression	EXP		6480464	Mifepristone results in increased expression of ABLIM1 mRNA	CTD	PMID:17584828
ABLIM1	Human	mitomycin C	affects response to substance	EXP		6480464	ABLIM1 protein affects the susceptibility to Mitomycin	CTD	PMID:16217747
ABLIM1	Human	nickel sulfate	decreases expression	EXP		6480464	nickel sulfate results in decreased expression of ABLIM1 mRNA	CTD	PMID:22714537
ABLIM1	Human	ozone	multiple interactions	EXP		6480464	[Acrolein co-treated with methacrylaldehyde co-treated with alpha-pinene co-treated with Ozone] results in decreased expression of and results in increased oxidation of ABLIM1 mRNA more ...	CTD	PMID:32699268
ABLIM1	Human	ozone	increases expression	ISO	Ablim1 (Mus musculus)	6480464	Ozone results in increased expression of ABLIM1 mRNA	CTD	PMID:33026818
ABLIM1	Human	ozone	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[Air Pollutants results in increased abundance of [Ozone co-treated with Soot]] which results in decreased expression of ABLIM1 mRNA	CTD	PMID:34911549
ABLIM1	Human	paracetamol	decreases expression	EXP		6480464	Acetaminophen results in decreased expression of ABLIM1 mRNA	CTD	PMID:21420995
ABLIM1	Human	PCB138	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[2 more ...	CTD	PMID:25510870
ABLIM1	Human	perfluorooctane-1-sulfonic acid	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[perfluorooctane sulfonic acid co-treated with Cellulose] results in increased expression of ABLIM1 mRNA	CTD	PMID:36331819
ABLIM1	Human	phenobarbital	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Phenobarbital results in decreased expression of ABLIM1 mRNA	CTD	PMID:23091169
ABLIM1	Human	phenytoin	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Phenytoin results in decreased expression of ABLIM1 mRNA	CTD	PMID:15136057
ABLIM1	Human	pirinixic acid	increases expression	ISO	Ablim1 (Mus musculus)	6480464	pirinixic acid results in increased expression of ABLIM1 mRNA	CTD	PMID:17426115 more ...
ABLIM1	Human	poly(I:C)	multiple interactions	ISO	Ablim1 (Rattus norvegicus)	6480464	[Poly I-C co-treated with HU 211] results in decreased expression of ABLIM1 mRNA	CTD	PMID:26923065
ABLIM1	Human	potassium chromate	decreases expression	EXP		6480464	potassium chromate(VI) results in decreased expression of ABLIM1 mRNA	CTD	PMID:22714537
ABLIM1	Human	potassium dichromate	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Potassium Dichromate results in decreased expression of ABLIM1 mRNA	CTD	PMID:23608068
ABLIM1	Human	pregnenolone 16alpha-carbonitrile	increases expression	ISO	Ablim1 (Mus musculus)	6480464	Pregnenolone Carbonitrile results in increased expression of ABLIM1 mRNA	CTD	PMID:28903501
ABLIM1	Human	progesterone	multiple interactions	EXP		6480464	[Estradiol co-treated with Progesterone] results in decreased expression of ABLIM1 mRNA	CTD	PMID:20660070
ABLIM1	Human	progesterone	increases expression	EXP		6480464	Progesterone results in increased expression of ABLIM1 mRNA	CTD	PMID:20864642
ABLIM1	Human	quercetin	increases phosphorylation	EXP		6480464	Quercetin results in increased phosphorylation of ABLIM1 protein	CTD	PMID:35688186
ABLIM1	Human	resveratrol	increases expression	EXP		6480464	resveratrol results in increased expression of ABLIM1 mRNA	CTD	PMID:12569576
ABLIM1	Human	rotenone	decreases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Rotenone results in decreased expression of ABLIM1 mRNA	CTD	PMID:19013527
ABLIM1	Human	rotenone	increases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Rotenone results in increased expression of ABLIM1 mRNA	CTD	PMID:28374803
ABLIM1	Human	silver atom	increases expression	EXP		6480464	Silver results in increased expression of ABLIM1 mRNA	CTD	PMID:28959546
ABLIM1	Human	silver(0)	increases expression	EXP		6480464	Silver results in increased expression of ABLIM1 mRNA	CTD	PMID:28959546
ABLIM1	Human	sodium arsenite	increases expression	EXP		6480464	sodium arsenite results in increased expression of ABLIM1 mRNA	CTD	PMID:29301061
ABLIM1	Human	sodium arsenite	multiple interactions	EXP		6480464	[[sodium arsenite results in increased abundance of Arsenic] co-treated with [manganese chloride results in increased abundance of Manganese]] results in increased expression of ABLIM1 mRNA and [sodium arsenite results in increased abundance of Arsenic] which results in increased expression of ABLIM1 mRNA	CTD	PMID:39836092
ABLIM1	Human	sodium arsenite	decreases expression	EXP		6480464	sodium arsenite results in decreased expression of ABLIM1 mRNA	CTD	PMID:38568856
ABLIM1	Human	sodium chloride	multiple interactions	EXP		6480464	[Sodium Chloride co-treated with Furaldehyde] results in decreased expression of and affects the localization of ABLIM1 protein more ...	CTD	PMID:38598786
ABLIM1	Human	sodium fluoride	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Sodium Fluoride results in decreased expression of ABLIM1 protein	CTD	PMID:28918527
ABLIM1	Human	succimer	multiple interactions	EXP		6480464	[Succimer co-treated with Magnetite Nanoparticles] results in decreased expression of ABLIM1 mRNA	CTD	PMID:26378955
ABLIM1	Human	tamoxifen	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Tamoxifen results in decreased expression of ABLIM1 mRNA	CTD	PMID:25123088
ABLIM1	Human	temozolomide	increases expression	EXP		6480464	Temozolomide results in increased expression of ABLIM1 mRNA	CTD	PMID:31758290
ABLIM1	Human	tert-butyl hydroperoxide	decreases expression	EXP		6480464	tert-Butylhydroperoxide results in decreased expression of ABLIM1 mRNA	CTD	PMID:15336504
ABLIM1	Human	tetrachloromethane	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Carbon Tetrachloride results in decreased expression of ABLIM1 mRNA	CTD	PMID:31919559
ABLIM1	Human	tetraphene	multiple interactions	ISO	Ablim1 (Mus musculus)	6480464	[Benzo(a)pyrene co-treated with benz(a)anthracene co-treated with benzo(b)fluoranthene co-treated with chrysene] results in increased expression of ABLIM1 mRNA	CTD	PMID:27858113
ABLIM1	Human	thioacetamide	increases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Thioacetamide results in increased expression of ABLIM1 mRNA	CTD	PMID:23411599 and PMID:34492290
ABLIM1	Human	thiram	decreases expression	EXP		6480464	Thiram results in decreased expression of ABLIM1 mRNA	CTD	PMID:38568856
ABLIM1	Human	titanium dioxide	increases expression	ISO	Ablim1 (Mus musculus)	6480464	titanium dioxide results in increased expression of ABLIM1 mRNA	CTD	PMID:35295148
ABLIM1	Human	triclosan	decreases expression	EXP		6480464	Triclosan results in decreased expression of ABLIM1 mRNA	CTD	PMID:30510588
ABLIM1	Human	triphenyl phosphate	affects expression	EXP		6480464	triphenyl phosphate affects the expression of ABLIM1 mRNA	CTD	PMID:37042841
ABLIM1	Human	triphenyl phosphate	increases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	triphenyl phosphate results in increased expression of ABLIM1 mRNA	CTD	PMID:30589522
ABLIM1	Human	triptonide	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	triptonide results in decreased expression of ABLIM1 mRNA	CTD	PMID:33045310
ABLIM1	Human	troglitazone	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	troglitazone results in decreased expression of ABLIM1 mRNA	CTD	PMID:28973697
ABLIM1	Human	tungsten	decreases expression	ISO	Ablim1 (Mus musculus)	6480464	Tungsten results in decreased expression of ABLIM1 mRNA	CTD	PMID:30912803
ABLIM1	Human	valproic acid	decreases expression	ISO	Ablim1 (Rattus norvegicus)	6480464	Valproic Acid results in decreased expression of ABLIM1 mRNA	CTD	PMID:29427782
ABLIM1	Human	valproic acid	affects splicing	ISO	Ablim1 (Rattus norvegicus)	6480464	Valproic Acid affects the splicing of ABLIM1 mRNA	CTD	PMID:29427782
ABLIM1	Human	vincaleukoblastine	affects response to substance	EXP		6480464	ABLIM1 protein affects the susceptibility to Vinblastine	CTD	PMID:16217747

Biological Process

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
ABLIM1	Human	animal organ morphogenesis	involved_in	TAS		150520179	PMID:9245787	PINC	PMID:9245787
ABLIM1	Human	axon guidance	acts_upstream_of_or_within	IEA	UniProtKB:Q8K4G5 and ensembl:ENSMUSP00000107172	150520179		Ensembl	GO_REF:0000107
ABLIM1	Human	cilium assembly	acts_upstream_of_or_within	IMP		150520179	PMID:22684256	MGI	PMID:22684256
ABLIM1	Human	cilium assembly	involved_in	IBA	PANTHER:PTN002794748 and UniProtKB:O14639	150520179		GO_Central	GO_REF:0000033
ABLIM1	Human	cytoskeleton organization	involved_in	IEA	InterPro:IPR003128 and InterPro:IPR036886	150520179		InterPro	GO_REF:0000002
ABLIM1	Human	lamellipodium assembly	acts_upstream_of_or_within	IMP		150520179	PMID:22684256	MGI	PMID:22684256
ABLIM1	Human	lamellipodium assembly	involved_in	IBA	PANTHER:PTN001198097 more ...	150520179		GO_Central	GO_REF:0000033
ABLIM1	Human	positive regulation of transcription by RNA polymerase II	acts_upstream_of_or_within	IEA	UniProtKB:Q8K4G5 and ensembl:ENSMUSP00000107172	150520179		Ensembl	GO_REF:0000107
ABLIM1	Human	transcription by RNA polymerase II	acts_upstream_of	IEA	UniProtKB:Q8K4G5 and ensembl:ENSMUSP00000107172	150520179		Ensembl	GO_REF:0000107
ABLIM1	Human	visual perception	involved_in	TAS		150520179	PMID:9245787	PINC	PMID:9245787

Cellular Component

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
ABLIM1	Human	actin cytoskeleton	located_in	TAS		150520179	PMID:9245787	PINC	PMID:9245787
ABLIM1	Human	actin cytoskeleton	located_in	IEA	UniProtKB:Q8K4G5 and ensembl:ENSMUSP00000107172	150520179		Ensembl	GO_REF:0000107
ABLIM1	Human	actin cytoskeleton	is_active_in	IBA	MGI:1194500 more ...	150520179		GO_Central	GO_REF:0000033
ABLIM1	Human	cytoplasm	located_in	IEA	UniProtKB-KW:KW-0963	150520179		UniProt	GO_REF:0000043
ABLIM1	Human	cytoplasm	located_in	IEA	UniProtKB-SubCell:SL-0086	150520179		UniProt	GO_REF:0000044
ABLIM1	Human	cytoskeleton	located_in	IEA	UniProtKB-KW:KW-0206	150520179		UniProt	GO_REF:0000043
ABLIM1	Human	cytoskeleton	located_in	IEA	UniProtKB-SubCell:SL-0090	150520179		UniProt	GO_REF:0000044
ABLIM1	Human	lamellipodium	located_in	IDA		150520179	PMID:22684256	MGI	PMID:22684256
ABLIM1	Human	postsynaptic density	is_active_in	ISO	Ablim1 (Mus musculus)	9068941	PMID:19455133	SynGO	PMID:19455133
ABLIM1	Human	postsynaptic density	located_in	IEA	UniProtKB:Q8K4G5 and ensembl:ENSMUSP00000107172	150520179		Ensembl	GO_REF:0000107
ABLIM1	Human	stress fiber	located_in	IDA		150520179	PMID:22684256	MGI	PMID:22684256
ABLIM1	Human	stress fiber	is_active_in	IBA	PANTHER:PTN002794748 and UniProtKB:O14639	150520179		GO_Central	GO_REF:0000033

Molecular Function

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
ABLIM1	Human	actin binding	enables	IEA	UniProtKB:Q8K4G5 and ensembl:ENSMUSP00000107172	150520179		Ensembl	GO_REF:0000107
ABLIM1	Human	actin binding	enables	IEA	InterPro:IPR003128 and InterPro:IPR036886	150520179		InterPro	GO_REF:0000002
ABLIM1	Human	actin binding	enables	TAS		150520179	PMID:9245787	PINC	PMID:9245787
ABLIM1	Human	actin binding	enables	IEA	UniProtKB-KW:KW-0009	150520179		UniProt	GO_REF:0000043
ABLIM1	Human	actin filament binding	enables	IBA	PANTHER:PTN001198097 and WB:WBGene00006839	150520179		GO_Central	GO_REF:0000033
ABLIM1	Human	metal ion binding	enables	IEA	UniProtKB-KW:KW-0479	150520179		UniProt	GO_REF:0000043
ABLIM1	Human	protein binding	enables	IPI	UniProtKB:P62258 and UniProtKB:P63104	150520179	PMID:35271311	IntAct	PMID:35271311
ABLIM1	Human	protein binding	enables	IPI	UniProtKB:P31947	150520179	PMID:15778465	IntAct	PMID:15778465
ABLIM1	Human	protein binding	enables	IPI	UniProtKB:Q9H257	150520179	PMID:25416956	IntAct	PMID:25416956
ABLIM1	Human	protein binding	enables	IPI	UniProtKB:O95751	150520179	PMID:16189514	IntAct	PMID:16189514
ABLIM1	Human	protein binding		ISO	Kcnj12 (Rattus norvegicus)	9068941		RGD	PMID:15024025 and REF_RGD_ID:1581350
ABLIM1	Human	protein binding	enables	IPI	UniProtKB:O75031 more ...	150520179	PMID:32296183	IntAct	PMID:32296183
ABLIM1	Human	protein binding	enables	IPI	UniProtKB:P63104	150520179	PMID:28514442 and PMID:33961781	IntAct	PMID:28514442 and PMID:33961781
ABLIM1	Human	protein binding	enables	IPI	UniProtKB:P31947 more ...	150520179	PMID:36931259	IntAct	PMID:36931259

#	Reference Title	Reference Citation
1.	GOAs Human GO annotations	GOA_HUMAN data from the GO Consortium
2.	ClinVar Automated Import and Annotation Pipeline	RGD automated import pipeline for ClinVar variants, variant-to-disease annotations and gene-to-disease annotations
3.	Data Import for Chemical-Gene Interactions	RGD automated import pipeline for gene-chemical interactions

PMID:7566098	PMID:7584044	PMID:8889548	PMID:9245787	PMID:9417918	PMID:12168954	PMID:12477932	PMID:14702039	PMID:15024025	PMID:15144186	PMID:15302935	PMID:15324660
PMID:15489334	PMID:15570572	PMID:15592455	PMID:15778465	PMID:16094384	PMID:16189514	PMID:16344560	PMID:16385451	PMID:16712791	PMID:17081983	PMID:17194709	PMID:17979178
PMID:20549515	PMID:20936779	PMID:20970119	PMID:21547531	PMID:21832049	PMID:21873635	PMID:22219177	PMID:22305495	PMID:22684256	PMID:23251661	PMID:23414517	PMID:24255178
PMID:24337577	PMID:24457600	PMID:24613305	PMID:24711643	PMID:25403273	PMID:25416956	PMID:25468996	PMID:25659154	PMID:25662211	PMID:25852190	PMID:26186194	PMID:26209609
PMID:26496610	PMID:26638075	PMID:26673895	PMID:26687681	PMID:27173435	PMID:27591049	PMID:27684187	PMID:28514442	PMID:28611215	PMID:28977470	PMID:29117863	PMID:29180619
PMID:29507755	PMID:29509190	PMID:29513927	PMID:29540532	PMID:29778605	PMID:30196744	PMID:30833792	PMID:30884312	PMID:31527615	PMID:31586073	PMID:31980649	PMID:32203420
PMID:32296183	PMID:32687490	PMID:32707033	PMID:33060197	PMID:33061800	PMID:33144569	PMID:33644029	PMID:33784440	PMID:33916271	PMID:33961781	PMID:34079125	PMID:34244482
PMID:34315543	PMID:34597346	PMID:34672954	PMID:34702444	PMID:34709727	PMID:34795231	PMID:35013218	PMID:35013556	PMID:35063084	PMID:35256949	PMID:35271311	PMID:35337019
PMID:35384245	PMID:35563538	PMID:35914814	PMID:35944360	PMID:36180527	PMID:36526897	PMID:36543142	PMID:36574265	PMID:36583064	PMID:36931259	PMID:36976175	PMID:37071682
PMID:37167062	PMID:37381005	PMID:37536630	PMID:37616343	PMID:38113892	PMID:38228802	PMID:38280479	PMID:38943005	PMID:39098523	PMID:39231216	PMID:39363234

ABLIM1
(Homo sapiens - human)

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	10	114,431,110 - 114,768,061 (-)	Ensembl	GRCh38		hg38	GRCh38
GRCh37	10	116,190,869 - 116,528,063 (-)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	10	116,180,859 - 116,434,404 (-)	NCBI	NCBI36	Build 36	hg18	NCBI36
Build 34	10	116,180,859 - 116,276,675	NCBI
Celera	10	109,920,119 - 110,173,614 (-)	NCBI		Celera
Cytogenetic Map	10	q25.3	NCBI
HuRef	10	109,817,609 - 110,070,887 (-)	NCBI		HuRef
CHM1_1	10	116,474,653 - 116,728,179 (-)	NCBI		CHM1_1
T2T-CHM13v2.0	10	115,325,183 - 115,686,686 (-)	NCBI		T2T-CHM13v2.0

Ablim1
(Mus musculus - house mouse)

Mouse Assembly	Chr	Position (strand)	Source	Genome Browsers
Mouse Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCm39	19	57,021,165 - 57,303,776 (-)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	19	57,021,165 - 57,303,351 (-)	Ensembl		GRCm39 Ensembl
GRCm38	19	57,032,733 - 57,315,344 (-)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	19	57,032,733 - 57,314,919 (-)	Ensembl	GRCm38		mm10	GRCm38
MGSCv37	19	57,107,754 - 57,290,522 (-)	NCBI	GRCm37	MGSCv37	mm9	NCBIm37
MGSCv36	19	57,090,390 - 57,269,282 (-)	NCBI		MGSCv36	mm8
Celera	19	59,226,385 - 59,408,337 (-)	NCBI		Celera
Cytogenetic Map	19	D2	NCBI
cM Map	19	52.09	NCBI

Ablim1
(Rattus norvegicus - Norway rat)

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	1	266,088,868 - 266,377,169 (-)	NCBI		GRCr8
mRatBN7.2	1	256,083,747 - 256,372,075 (-)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	1	256,084,297 - 256,371,969 (-)	Ensembl		mRatBN7.2 Ensembl
UTH_Rnor_SHR_Utx	1	264,293,977 - 264,485,616 (-)	NCBI	Rnor_SHR	UTH_Rnor_SHR_Utx
UTH_Rnor_SHRSP_BbbUtx_1.0	1	271,000,027 - 271,191,663 (-)	NCBI	Rnor_SHRSP	UTH_Rnor_SHRSP_BbbUtx_1.0
UTH_Rnor_WKY_Bbb_1.0	1	263,645,117 - 263,836,899 (-)	NCBI	Rnor_WKY	UTH_Rnor_WKY_Bbb_1.0
Rnor_6.0	1	277,853,877 - 278,043,096 (-)	NCBI	Rnor6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_5.0	1	285,233,699 - 285,420,807 (-)	NCBI	Rnor5.0	Rnor_5.0	rn5	Rnor5.0
RGSC_v3.4	1	263,380,818 - 263,465,905 (-)	NCBI	RGSC3.4	RGSC_v3.4	rn4	RGSC3.4
Celera	1	251,779,866 - 252,069,514 (-)	NCBI		Celera
Cytogenetic Map	1	q55	NCBI

Ablim1
(Chinchilla lanigera - long-tailed chinchilla)

Chinchilla Assembly	Chr	Position (strand)	Source	Genome Browsers
Chinchilla Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
ChiLan1.0 Ensembl	NW_004955431	19,402,023 - 19,683,589 (-)	Ensembl	ChiLan1.0
ChiLan1.0	NW_004955431	19,397,136 - 19,684,574 (-)	NCBI	ChiLan1.0	ChiLan1.0

ABLIM1
(Pan paniscus - bonobo/pygmy chimpanzee)

Bonobo Assembly	Chr	Position (strand)	Source	Genome Browsers
Bonobo Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
NHGRI_mPanPan1-v2	8	126,315,945 - 126,645,544 (-)	NCBI		NHGRI_mPanPan1-v2
NHGRI_mPanPan1	10	126,321,282 - 126,650,889 (-)	NCBI		NHGRI_mPanPan1
Mhudiblu_PPA_v0	10	111,030,953 - 111,360,527 (-)	NCBI	Mhudiblu_PPA_v0	Mhudiblu_PPA_v0	panPan3
PanPan1.1	10	114,460,703 - 114,712,858 (-)	NCBI	panpan1.1	PanPan1.1	panPan2
PanPan1.1 Ensembl	10	114,465,838 - 114,712,561 (-)	Ensembl	panpan1.1		panPan2

ABLIM1
(Canis lupus familiaris - dog)

Dog Assembly	Chr	Position (strand)	Source	Genome Browsers
Dog Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
CanFam3.1	28	25,260,323 - 25,543,369 (-)	NCBI	CanFam3.1	CanFam3.1	canFam3	CanFam3.1
CanFam3.1 Ensembl	28	25,260,873 - 25,545,304 (-)	Ensembl	CanFam3.1		canFam3	CanFam3.1
Dog10K_Boxer_Tasha	28	25,412,116 - 25,695,587 (-)	NCBI		Dog10K_Boxer_Tasha
ROS_Cfam_1.0	28	25,794,442 - 26,078,835 (-)	NCBI		ROS_Cfam_1.0
ROS_Cfam_1.0 Ensembl	28	25,793,574 - 26,078,829 (-)	Ensembl		ROS_Cfam_1.0 Ensembl
UMICH_Zoey_3.1	28	25,349,757 - 25,633,749 (-)	NCBI		UMICH_Zoey_3.1
UNSW_CanFamBas_1.0	28	25,364,845 - 25,649,366 (-)	NCBI		UNSW_CanFamBas_1.0
UU_Cfam_GSD_1.0	28	25,558,277 - 25,842,977 (-)	NCBI		UU_Cfam_GSD_1.0

Ablim1
(Ictidomys tridecemlineatus - thirteen-lined ground squirrel)

Squirrel Assembly	Chr	Position (strand)	Source	Genome Browsers
Squirrel Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
HiC_Itri_2	NW_024407213	20,654,882 - 20,840,766 (+)	NCBI		HiC_Itri_2
SpeTri2.0 Ensembl	NW_004936486	4,722,279 - 4,925,551 (-)	Ensembl	SpeTri2.0	SpeTri2.0 Ensembl
SpeTri2.0	NW_004936486	4,720,643 - 4,906,460 (-)	NCBI	SpeTri2.0	SpeTri2.0		SpeTri2.0

ABLIM1
(Sus scrofa - pig)

Pig Assembly	Chr	Position (strand)	Source	Genome Browsers
Pig Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
Sscrofa11.1 Ensembl	14	124,760,404 - 125,010,892 (-)	Ensembl	Sscrofa11.1		susScr11	Sscrofa11.1
Sscrofa11.1	14	124,759,811 - 125,108,722 (-)	NCBI	Sscrofa11.1	Sscrofa11.1	susScr11	Sscrofa11.1
Sscrofa10.2	14	135,882,251 - 136,231,438 (-)	NCBI	Sscrofa10.2	Sscrofa10.2	susScr3

ABLIM1
(Chlorocebus sabaeus - green monkey)

Green Monkey Assembly	Chr	Position (strand)	Source	Genome Browsers
Green Monkey Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
ChlSab1.1	9	107,298,018 - 107,638,915 (-)	NCBI	ChlSab1.1	ChlSab1.1	chlSab2
ChlSab1.1 Ensembl	9	107,302,821 - 107,524,945 (-)	Ensembl	ChlSab1.1	ChlSab1.1 Ensembl	chlSab2
Vero_WHO_p1.0	NW_023666048	68,532,262 - 68,873,635 (-)	NCBI	Vero_WHO_p1.0	Vero_WHO_p1.0

Ablim1
(Heterocephalus glaber - naked mole-rat)

Naked Mole-Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Naked Mole-Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
HetGla_female_1.0 Ensembl	NW_004624737	31,943,110 - 32,164,451 (+)	Ensembl	HetGla_female_1.0	HetGla_female_1.0 Ensembl	hetGla2
HetGla 1.0	NW_004624737	31,856,202 - 32,169,116 (+)	NCBI	HetGla_female_1.0	HetGla 1.0	hetGla2

Variants in ABLIM1
82 total Variants

Name	Type	Condition(s)	Position(s)	Clinical significance
GRCh38/hg38 10q25.3(chr10:114584882-117015907)x1	copy number loss	See cases [RCV000050821]	Chr10:114584882..117015907 [GRCh38] Chr10:116344641..118775418 [GRCh37] Chr10:116334631..118765408 [NCBI36] Chr10:10q25.3	pathogenic
GRCh38/hg38 10q23.33-25.3(chr10:95112607-116776637)x3	copy number gain	See cases [RCV000050747]	Chr10:95112607..116776637 [GRCh38] Chr10:96872364..118383651 [GRCh37] Chr10:96862354..118526138 [NCBI36] Chr10:10q23.33-25.3	pathogenic
GRCh38/hg38 10q25.2-26.3(chr10:111313099-133620674)x3	copy number gain	See cases [RCV000051218]	Chr10:111313099..133620674 [GRCh38] Chr10:113072857..135434178 [GRCh37] Chr10:113062847..135284168 [NCBI36] Chr10:10q25.2-26.3	pathogenic
GRCh38/hg38 10q25.1-26.11(chr10:107191100-118761489)x1	copy number loss	See cases [RCV000052570]	Chr10:107191100..118761489 [GRCh38] Chr10:108950858..120521001 [GRCh37] Chr10:108940848..120510991 [NCBI36] Chr10:10q25.1-26.11	pathogenic
GRCh38/hg38 10q23.31-26.3(chr10:91048545-133620674)x3	copy number gain	Developmental Delay and additional significant developmental and morphological phenotypes referred for genetic testing [RCV000053560]\|Developmental delay and additional significant developmental and morphological phenotypes referred for genetic testing [RCV000053560]\|See cases [RCV000053560]	Chr10:91048545..133620674 [GRCh38] Chr10:92808302..135434178 [GRCh37] Chr10:92798282..135284168 [NCBI36] Chr10:10q23.31-26.3	pathogenic
GRCh38/hg38 10q24.31-26.3(chr10:100194215-132432797)x3	copy number gain	See cases [RCV000053564]	Chr10:100194215..132432797 [GRCh38] Chr10:101953972..134246301 [GRCh37] Chr10:101943962..134096291 [NCBI36] Chr10:10q24.31-26.3	pathogenic
GRCh38/hg38 10q25.1-26.3(chr10:106925303-133620815)x3	copy number gain	See cases [RCV000053588]	Chr10:106925303..133620815 [GRCh38] Chr10:108685061..135434319 [GRCh37] Chr10:108675051..135284309 [NCBI36] Chr10:10q25.1-26.3	pathogenic
NM_001003407.1(ABLIM1):c.1464C>T (p.Ser488=)	single nucleotide variant	Malignant melanoma [RCV000068811]	Chr10:114447971 [GRCh38] Chr10:116207730 [GRCh37] Chr10:116197720 [NCBI36] Chr10:10q25.3	not provided
NM_001003407.1(ABLIM1):c.973G>A (p.Asp325Asn)	single nucleotide variant	Malignant melanoma [RCV000068812]	Chr10:114473099 [GRCh38] Chr10:116232858 [GRCh37] Chr10:116222848 [NCBI36] Chr10:10q25.3	not provided
NM_001003407.1(ABLIM1):c.659T>G (p.Leu220Arg)	single nucleotide variant	Malignant melanoma [RCV000068813]	Chr10:114545060 [GRCh38] Chr10:116304819 [GRCh37] Chr10:116294809 [NCBI36] Chr10:10q25.3	not provided
NM_001003407.1(ABLIM1):c.199+24C>T	single nucleotide variant	Malignant melanoma [RCV000068814]	Chr10:114601803 [GRCh38] Chr10:116361562 [GRCh37] Chr10:116351552 [NCBI36] Chr10:10q25.3	not provided
GRCh38/hg38 10q25.1-26.3(chr10:108102587-133620674)x3	copy number gain	See cases [RCV000133688]	Chr10:108102587..133620674 [GRCh38] Chr10:109862345..135434178 [GRCh37] Chr10:109852335..135284168 [NCBI36] Chr10:10q25.1-26.3	pathogenic
GRCh38/hg38 10q25.3(chr10:114584882-115096595)x3	copy number gain	See cases [RCV000135770]	Chr10:114584882..115096595 [GRCh38] Chr10:116344641..116856352 [GRCh37] Chr10:116334631..116846342 [NCBI36] Chr10:10q25.3	likely benign
GRCh38/hg38 10q25.2-25.3(chr10:112074094-115537174)x1	copy number loss	See cases [RCV000135960]	Chr10:112074094..115537174 [GRCh38] Chr10:113833852..117032437 [GRCh37] Chr10:113823842..117286674 [NCBI36] Chr10:10q25.2-25.3	pathogenic
GRCh38/hg38 10q25.2-26.12(chr10:112701186-120970617)x3	copy number gain	See cases [RCV000137511]	Chr10:112701186..120970617 [GRCh38] Chr10:114460945..122730130 [GRCh37] Chr10:114450935..122720120 [NCBI36] Chr10:10q25.2-26.12	likely pathogenic
GRCh38/hg38 10q24.31-26.3(chr10:100600492-133622588)x3	copy number gain	See cases [RCV000137747]	Chr10:100600492..133622588 [GRCh38] Chr10:102360249..135436092 [GRCh37] Chr10:102350239..135286082 [NCBI36] Chr10:10q24.31-26.3	pathogenic
GRCh38/hg38 10q25.2-25.3(chr10:110804735-114884010)x1	copy number loss	See cases [RCV000139783]	Chr10:110804735..114884010 [GRCh38] Chr10:112564493..116643769 [GRCh37] Chr10:112554483..116633759 [NCBI36] Chr10:10q25.2-25.3	likely pathogenic
NR_120628.1(LOC101927692):n.206-3610T>C	single nucleotide variant	Lung cancer [RCV000108678]	Chr10:114772332 [GRCh38] Chr10:116532091 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q24.32-26.3(chr10:103288313-135512075)x3	copy number gain	See cases [RCV000240457]	Chr10:103288313..135512075 [GRCh37] Chr10:10q24.32-26.3	pathogenic
GRCh37/hg19 10q24.32-26.3(chr10:104633712-135427143)x3	copy number gain	See cases [RCV000449386]	Chr10:104633712..135427143 [GRCh37] Chr10:10q24.32-26.3	pathogenic
GRCh37/hg19 10q24.2-26.3(chr10:100780957-135427143)x3	copy number gain	See cases [RCV000446733]	Chr10:100780957..135427143 [GRCh37] Chr10:10q24.2-26.3	pathogenic
GRCh37/hg19 10p15.3-q26.3(chr10:93297-135378918)x3	copy number gain	See cases [RCV000448750]	Chr10:93297..135378918 [GRCh37] Chr10:10p15.3-q26.3	pathogenic
GRCh37/hg19 10p15.3-q26.3(chr10:100027-135427143)	copy number gain	See cases [RCV000511389]	Chr10:100027..135427143 [GRCh37] Chr10:10p15.3-q26.3	pathogenic\|uncertain significance
GRCh37/hg19 10p15.3-q26.3(chr10:100027-135427143)x3	copy number gain	See cases [RCV000510861]	Chr10:100027..135427143 [GRCh37] Chr10:10p15.3-q26.3	pathogenic
GRCh37/hg19 10q23.32-26.3(chr10:93283493-135427143)x3	copy number gain	See cases [RCV000510972]	Chr10:93283493..135427143 [GRCh37] Chr10:10q23.32-26.3	pathogenic
NM_002313.7(ABLIM1):c.1742A>G (p.Asp581Gly)	single nucleotide variant	not specified [RCV004298910]	Chr10:114445397 [GRCh38] Chr10:116205156 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1883G>A (p.Arg628Gln)	single nucleotide variant	not specified [RCV004291788]	Chr10:114444079 [GRCh38] Chr10:116203838 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1997G>C (p.Arg666Pro)	single nucleotide variant	not specified [RCV004319380]	Chr10:114441723 [GRCh38] Chr10:116201482 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q11.21-26.3(chr10:42347406-135534747)x1	copy number loss	Poly (ADP-Ribose) polymerase inhibitor response [RCV000626438]	Chr10:42347406..135534747 [GRCh37] Chr10:10q11.21-26.3	drug response
NM_002313.7(ABLIM1):c.1343A>T (p.His448Leu)	single nucleotide variant	not specified [RCV004308899]	Chr10:114465796 [GRCh38] Chr10:116225555 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q25.3(chr10:116322646-116572153)x3	copy number gain	not provided [RCV000683211]	Chr10:116322646..116572153 [GRCh37] Chr10:10q25.3	likely benign
GRCh37/hg19 10q23.33-26.3(chr10:94346520-135427143)x3	copy number gain	not provided [RCV000683291]	Chr10:94346520..135427143 [GRCh37] Chr10:10q23.33-26.3	pathogenic
GRCh37/hg19 10q24.33-26.3(chr10:105613040-135427143)x3	copy number gain	not provided [RCV000683290]	Chr10:105613040..135427143 [GRCh37] Chr10:10q24.33-26.3	pathogenic
GRCh37/hg19 10p15.3-q26.3(chr10:73232-135524321)x3	copy number gain	not provided [RCV000749464]	Chr10:73232..135524321 [GRCh37] Chr10:10p15.3-q26.3	pathogenic
GRCh37/hg19 10p15.3-q26.3(chr10:98087-135477883)x3	copy number gain	not provided [RCV000749465]	Chr10:98087..135477883 [GRCh37] Chr10:10p15.3-q26.3	pathogenic
GRCh37/hg19 10q25.1-26.3(chr10:110022170-135439095)	copy number gain	not provided [RCV000767665]	Chr10:110022170..135439095 [GRCh37] Chr10:10q25.1-26.3	pathogenic
GRCh37/hg19 10q25.3(chr10:116139681-116522804)x3	copy number gain	not provided [RCV000848644]	Chr10:116139681..116522804 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q25.2-26.3(chr10:114544537-135427143)x3	copy number gain	not provided [RCV000847820]	Chr10:114544537..135427143 [GRCh37] Chr10:10q25.2-26.3	pathogenic
GRCh37/hg19 10q25.3(chr10:116322646-116572153)x3	copy number gain	not provided [RCV000847499]	Chr10:116322646..116572153 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.314C>G (p.Pro105Arg)	single nucleotide variant	not specified [RCV004684130]	Chr10:114601892 [GRCh38] Chr10:116361651 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.250C>T (p.His84Tyr)	single nucleotide variant	not specified [RCV004684219]	Chr10:114601956 [GRCh38] Chr10:116361715 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1771G>A (p.Glu591Lys)	single nucleotide variant	not specified [RCV004684293]	Chr10:114445368 [GRCh38] Chr10:116205127 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.580G>A (p.Gly194Arg)	single nucleotide variant	not specified [RCV004684379]	Chr10:114571390 [GRCh38] Chr10:116331149 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q25.1-26.3(chr10:108455687-135427143)	copy number gain	not specified [RCV002052891]	Chr10:108455687..135427143 [GRCh37] Chr10:10q25.1-26.3	pathogenic
GRCh37/hg19 10q25.1-25.3(chr10:107092654-117852548)x1	copy number loss	not provided [RCV001827678]	Chr10:107092654..117852548 [GRCh37] Chr10:10q25.1-25.3	uncertain significance
NM_002313.7(ABLIM1):c.671G>A (p.Ser224Asn)	single nucleotide variant	not specified [RCV004323155]	Chr10:114571299 [GRCh38] Chr10:116331058 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.164C>G (p.Ala55Gly)	single nucleotide variant	not specified [RCV004202588]	Chr10:114658037 [GRCh38] Chr10:116417796 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.566G>A (p.Arg189His)	single nucleotide variant	not specified [RCV004230966]	Chr10:114571404 [GRCh38] Chr10:116331163 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1459G>A (p.Gly487Ser)	single nucleotide variant	not specified [RCV004200331]	Chr10:114453466 [GRCh38] Chr10:116213225 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1471C>A (p.Pro491Thr)	single nucleotide variant	not specified [RCV004198884]	Chr10:114453454 [GRCh38] Chr10:116213213 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1415G>A (p.Arg472His)	single nucleotide variant	not specified [RCV004215206]	Chr10:114465724 [GRCh38] Chr10:116225483 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.901G>A (p.Asp301Asn)	single nucleotide variant	not specified [RCV004149601]	Chr10:114491872 [GRCh38] Chr10:116251631 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.695A>G (p.Asp232Gly)	single nucleotide variant	not specified [RCV004106196]	Chr10:114547755 [GRCh38] Chr10:116307514 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.478G>A (p.Gly160Ser)	single nucleotide variant	not specified [RCV004231111]	Chr10:114575501 [GRCh38] Chr10:116335260 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.991G>A (p.Val331Ile)	single nucleotide variant	not specified [RCV004206579]	Chr10:114488008 [GRCh38] Chr10:116247767 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.812C>T (p.Pro271Leu)	single nucleotide variant	not specified [RCV004226832]	Chr10:114545087 [GRCh38] Chr10:116304846 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.948G>C (p.Gln316His)	single nucleotide variant	not specified [RCV004102777]	Chr10:114491825 [GRCh38] Chr10:116251584 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1516G>A (p.Ala506Thr)	single nucleotide variant	not provided [RCV004695424]\|not specified [RCV004113451]	Chr10:114453409 [GRCh38] Chr10:116213168 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1882C>T (p.Arg628Trp)	single nucleotide variant	not specified [RCV004218015]	Chr10:114444080 [GRCh38] Chr10:116203839 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.223T>C (p.Cys75Arg)	single nucleotide variant	not specified [RCV004130549]	Chr10:114657978 [GRCh38] Chr10:116417737 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2081G>T (p.Gly694Val)	single nucleotide variant	not specified [RCV004089595]	Chr10:114439237 [GRCh38] Chr10:116198996 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2251G>A (p.Glu751Lys)	single nucleotide variant	not specified [RCV004214023]	Chr10:114436346 [GRCh38] Chr10:116196105 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.253C>G (p.Pro85Ala)	single nucleotide variant	not specified [RCV004106410]	Chr10:114601953 [GRCh38] Chr10:116361712 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1100C>T (p.Ser367Leu)	single nucleotide variant	not specified [RCV004133970]	Chr10:114473898 [GRCh38] Chr10:116233657 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2033A>G (p.Tyr678Cys)	single nucleotide variant	not specified [RCV004122417]	Chr10:114441043 [GRCh38] Chr10:116200802 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1409C>T (p.Thr470Met)	single nucleotide variant	not specified [RCV004096996]	Chr10:114465730 [GRCh38] Chr10:116225489 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.217C>T (p.Arg73Cys)	single nucleotide variant	not specified [RCV004214780]	Chr10:114657984 [GRCh38] Chr10:116417743 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2170A>G (p.Thr724Ala)	single nucleotide variant	not specified [RCV004130940]	Chr10:114437897 [GRCh38] Chr10:116197656 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1381T>G (p.Tyr461Asp)	single nucleotide variant	not specified [RCV004211594]	Chr10:114465758 [GRCh38] Chr10:116225517 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.409T>C (p.Phe137Leu)	single nucleotide variant	not specified [RCV004084238]	Chr10:114575570 [GRCh38] Chr10:116335329 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1997G>A (p.Arg666Gln)	single nucleotide variant	not specified [RCV004079806]	Chr10:114441723 [GRCh38] Chr10:116201482 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1387C>T (p.Arg463Cys)	single nucleotide variant	not specified [RCV004255031]	Chr10:114465752 [GRCh38] Chr10:116225511 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1079C>G (p.Pro360Arg)	single nucleotide variant	not specified [RCV004260303]	Chr10:114473919 [GRCh38] Chr10:116233678 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1334G>A (p.Arg445Gln)	single nucleotide variant	not specified [RCV004278429]	Chr10:114465805 [GRCh38] Chr10:116225564 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.916C>T (p.Pro306Ser)	single nucleotide variant	not specified [RCV004254348]	Chr10:114491857 [GRCh38] Chr10:116251616 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2269A>G (p.Ile757Val)	single nucleotide variant	not specified [RCV004684434]	Chr10:114436328 [GRCh38] Chr10:116196087 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10p14-q26.3(chr10:11138692-135427143)	copy number gain	Distal trisomy 10q [RCV003319593]	Chr10:11138692..135427143 [GRCh37] Chr10:10p14-q26.3	pathogenic
GRCh37/hg19 10p13-q26.3(chr10:12829206-135427143)	copy number loss	Distal 10q deletion syndrome [RCV003319583]	Chr10:12829206..135427143 [GRCh37] Chr10:10p13-q26.3	pathogenic
NM_002313.7(ABLIM1):c.1082G>C (p.Gly361Ala)	single nucleotide variant	not specified [RCV004340848]	Chr10:114473916 [GRCh38] Chr10:116233675 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.176A>G (p.His59Arg)	single nucleotide variant	not specified [RCV004360030]	Chr10:114658025 [GRCh38] Chr10:116417784 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q25.1-26.3(chr10:111378692-135427143)x3	copy number gain	Distal trisomy 10q [RCV003458955]	Chr10:111378692..135427143 [GRCh37] Chr10:10q25.1-26.3	pathogenic
NC_000010.11:g.114571296CTG[3]	microsatellite	not provided [RCV003422912]	Chr10:114571295..114571296 [GRCh38] Chr10:116331054..116331055 [GRCh37] Chr10:10q25.3	likely benign
GRCh37/hg19 10q25.1-26.13(chr10:107129993-123817654)x3	copy number gain	not specified [RCV003986891]	Chr10:107129993..123817654 [GRCh37] Chr10:10q25.1-26.13	likely pathogenic
GRCh37/hg19 10q23.33-26.3(chr10:95078198-135427143)x3	copy number gain	not specified [RCV003986893]	Chr10:95078198..135427143 [GRCh37] Chr10:10q23.33-26.3	pathogenic
NM_002313.7(ABLIM1):c.463G>A (p.Gly155Arg)	single nucleotide variant	not specified [RCV004420948]	Chr10:114575516 [GRCh38] Chr10:116335275 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1283G>A (p.Arg428Lys)	single nucleotide variant	not specified [RCV004418800]	Chr10:114468209 [GRCh38] Chr10:116227968 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1285A>T (p.Thr429Ser)	single nucleotide variant	not specified [RCV004418802]	Chr10:114468207 [GRCh38] Chr10:116227966 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2197A>G (p.Arg733Gly)	single nucleotide variant	not specified [RCV004420924]	Chr10:114437870 [GRCh38] Chr10:116197629 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.489G>C (p.Glu163Asp)	single nucleotide variant	not specified [RCV004420955]	Chr10:114575490 [GRCh38] Chr10:116335249 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.457A>G (p.Met153Val)	single nucleotide variant	not specified [RCV004420946]	Chr10:114575522 [GRCh38] Chr10:116335281 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.95C>T (p.Ser32Leu)	single nucleotide variant	not specified [RCV004420986]	Chr10:114658106 [GRCh38] Chr10:116417865 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1690A>T (p.Ile564Phe)	single nucleotide variant	not specified [RCV004418822]	Chr10:114447925 [GRCh38] Chr10:116207684 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1894T>C (p.Ser632Pro)	single nucleotide variant	not specified [RCV004418835]	Chr10:114444068 [GRCh38] Chr10:116203827 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1474C>G (p.Leu492Val)	single nucleotide variant	not specified [RCV004668697]	Chr10:114453451 [GRCh38] Chr10:116213210 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.159G>T (p.Arg53Ser)	single nucleotide variant	not specified [RCV004668551]	Chr10:114658042 [GRCh38] Chr10:116417801 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1328G>A (p.Arg443Gln)	single nucleotide variant	not specified [RCV004676869]	Chr10:114465811 [GRCh38] Chr10:116225570 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.469C>T (p.Arg157Cys)	single nucleotide variant	not specified [RCV004677055]	Chr10:114575510 [GRCh38] Chr10:116335269 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.248C>T (p.Ala83Val)	single nucleotide variant	not specified [RCV004858808]	Chr10:114601958 [GRCh38] Chr10:116361717 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1619C>G (p.Ser540Cys)	single nucleotide variant	not specified [RCV004858744]	Chr10:114447996 [GRCh38] Chr10:116207755 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2243T>C (p.Val748Ala)	single nucleotide variant	not specified [RCV004856184]	Chr10:114436354 [GRCh38] Chr10:116196113 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q25.3(chr10:115478883-117638513)x3	copy number gain	not provided [RCV004819564]	Chr10:115478883..117638513 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.424G>A (p.Gly142Arg)	single nucleotide variant	not specified [RCV004855807]	Chr10:114575555 [GRCh38] Chr10:116335314 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.394C>G (p.Leu132Val)	single nucleotide variant	not specified [RCV004855786]	Chr10:114575585 [GRCh38] Chr10:116335344 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1678G>A (p.Glu560Lys)	single nucleotide variant	not specified [RCV004855787]	Chr10:114447937 [GRCh38] Chr10:116207696 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1346G>A (p.Arg449Gln)	single nucleotide variant	not specified [RCV004856017]	Chr10:114465793 [GRCh38] Chr10:116225552 [GRCh37] Chr10:10q25.3	uncertain significance
GRCh37/hg19 10q25.1-26.3(chr10:106003533-135427143)x3	copy number gain	See cases [RCV000510813]	Chr10:106003533..135427143 [GRCh37] Chr10:10q25.1-26.3	pathogenic
GRCh37/hg19 10q25.1-26.3(chr10:111447991-133435388)x3	copy number gain	not provided [RCV003484817]	Chr10:111447991..133435388 [GRCh37] Chr10:10q25.1-26.3	pathogenic
NM_002313.7(ABLIM1):c.1216T>C (p.Tyr406His)	single nucleotide variant	not specified [RCV004418797]	Chr10:114473036 [GRCh38] Chr10:116232795 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1621T>G (p.Ser541Ala)	single nucleotide variant	not specified [RCV004418815]	Chr10:114447994 [GRCh38] Chr10:116207753 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1681A>T (p.Thr561Ser)	single nucleotide variant	not specified [RCV004418819]	Chr10:114447934 [GRCh38] Chr10:116207693 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2024A>G (p.Tyr675Cys)	single nucleotide variant	not specified [RCV004418838]	Chr10:114441052 [GRCh38] Chr10:116200811 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2249G>T (p.Arg750Leu)	single nucleotide variant	not specified [RCV004420929]	Chr10:114436348 [GRCh38] Chr10:116196107 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.455G>A (p.Arg152Gln)	single nucleotide variant	not specified [RCV004420941]	Chr10:114575524 [GRCh38] Chr10:116335283 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1483C>T (p.Arg495Trp)	single nucleotide variant	not specified [RCV004676976]	Chr10:114453442 [GRCh38] Chr10:116213201 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.1769A>G (p.Glu590Gly)	single nucleotide variant	not specified [RCV004855906]	Chr10:114445370 [GRCh38] Chr10:116205129 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.2224C>T (p.Arg742Cys)	single nucleotide variant	not specified [RCV004855964]	Chr10:114436373 [GRCh38] Chr10:116196132 [GRCh37] Chr10:10q25.3	uncertain significance
NM_002313.7(ABLIM1):c.944A>G (p.Asn315Ser)	single nucleotide variant	not specified [RCV004856087]	Chr10:114491829 [GRCh38] Chr10:116251588 [GRCh37] Chr10:10q25.3	uncertain significance

Predicted Target Of

	Summary Value
Count of predictions:	10656
Count of miRNA genes:	1251
Interacting mature miRNAs:	1593
Transcripts:	ENST00000277895, ENST00000369252, ENST00000369253, ENST00000369256, ENST00000369266, ENST00000392952, ENST00000392955, ENST00000428430, ENST00000440467, ENST00000466400, ENST00000477638, ENST00000481974, ENST00000485570, ENST00000533213
Prediction methods:	Miranda, Rnahybrid, Targetscan
Result types:	miRGate_prediction

The detailed report is available here: Full Report CSV TAB Printer

miRNA Target Status data imported from miRGate (http://mirgate.bioinfo.cnio.es/).
For more information about miRGate, see PMID:25858286 or access the full paper here.

The following QTLs overlap with this region.

RGD ID	Symbol	Name	LOD	P Value	Trait	Sub Trait	Chr	Start	Stop	Species
597617018	GWAS1673878_H	gastrointestinal disease, complication QTL GWAS1673878 (human)		6e-12	gastrointestinal disease, complication		10	114473199	114473200	Human
597023121	GWAS1119195_H	trait in response to paclitaxel QTL GWAS1119195 (human)		0.000002	trait in response to paclitaxel		10	114642349	114642350	Human
597205055	GWAS1301129_H	neuroimaging measurement QTL GWAS1301129 (human)		3e-12	neuroimaging measurement		10	114478001	114478002	Human
597051569	GWAS1147643_H	response to norepinephrine-dopamine reuptake inhibitor QTL GWAS1147643 (human)		0.000006	response to norepinephrine-dopamine reuptake inhibitor		10	114593515	114593516	Human
597205266	GWAS1301340_H	neuroimaging measurement QTL GWAS1301340 (human)		5e-16	neuroimaging measurement		10	114478001	114478002	Human
597335665	GWAS1431739_H	severe acute respiratory syndrome, COVID-19 QTL GWAS1431739 (human)		7e-09	severe acute respiratory syndrome, COVID-19		10	114456946	114456947	Human
407049839	GWAS698815_H	salicylurate measurement QTL GWAS698815 (human)		0.000005	salicylurate measurement		10	114557021	114557022	Human
597145914	GWAS1241988_H	severe acute respiratory syndrome, COVID-19 QTL GWAS1241988 (human)		0.0000005	severe acute respiratory syndrome, COVID-19		10	114444215	114444216	Human
597146937	GWAS1243011_H	coffee consumption measurement QTL GWAS1243011 (human)		4e-08	coffee consumption measurement		10	114511206	114511207	Human
407046316	GWAS695292_H	body mass index QTL GWAS695292 (human)		0.000006	body mass index	body mass index (BMI) (CMO:0000105)	10	114439416	114439417	Human
407115381	GWAS764357_H	cognitive decline measurement QTL GWAS764357 (human)		0.000005	cognitive behavior trait (VT:0010450)		10	114435021	114435022	Human
597033831	GWAS1129905_H	sensory perception of taste QTL GWAS1129905 (human)		0.000009	sensory perception of taste		10	114498625	114498626	Human
597320332	GWAS1416406_H	uracil measurement QTL GWAS1416406 (human)		0.000002	uracil measurement		10	114457904	114457905	Human
597154817	GWAS1250891_H	psoriasis QTL GWAS1250891 (human)		0.000002	psoriasis		10	114538469	114538470	Human
596965485	GWAS1085004_H	psoriasis QTL GWAS1085004 (human)		0.000002	psoriasis		10	114538469	114538470	Human
597209762	GWAS1305836_H	blood protein measurement QTL GWAS1305836 (human)		2e-10	blood protein amount (VT:0005416)	blood protein measurement (CMO:0000028)	10	114634467	114634468	Human

D10S1158

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,272,547 - 116,272,846	UniSTS	GRCh37
Build 36	10	116,262,537 - 116,262,836	RGD	NCBI36
Celera	10	110,001,780 - 110,002,079	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,899,298 - 109,899,597	UniSTS
Marshfield Genetic Map	10	135.24	UniSTS
Marshfield Genetic Map	10	135.24	RGD

G15970

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,193,887 - 116,194,117	UniSTS	GRCh37
Build 36	10	116,183,877 - 116,184,107	RGD	NCBI36
Celera	10	109,923,136 - 109,923,355	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,820,626 - 109,820,860	UniSTS

RH25292

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,192,389 - 116,192,669	UniSTS	GRCh37
Build 36	10	116,182,379 - 116,182,659	RGD	NCBI36
Celera	10	109,921,638 - 109,921,918	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,819,128 - 109,819,408	UniSTS
GeneMap99-GB4 RH Map	10	521.27	UniSTS

D10S1336E

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,190,894 - 116,191,045	UniSTS	GRCh37
Build 36	10	116,180,884 - 116,181,035	RGD	NCBI36
Celera	10	109,920,144 - 109,920,295	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,817,634 - 109,817,785	UniSTS
GeneMap99-GB4 RH Map	10	519.15	UniSTS
NCBI RH Map	10	1247.5	UniSTS

RH66528

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,409,949 - 116,410,143	UniSTS	GRCh37
Build 36	10	116,399,939 - 116,400,133	RGD	NCBI36
Celera	10	110,139,142 - 110,139,336	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	110,036,413 - 110,036,607	UniSTS
GeneMap99-GB4 RH Map	10	517.81	UniSTS
NCBI RH Map	10	1266.9	UniSTS

RH91180

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,190,946 - 116,191,078	UniSTS	GRCh37
Build 36	10	116,180,936 - 116,181,068	RGD	NCBI36
Celera	10	109,920,196 - 109,920,328	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,817,686 - 109,817,818	UniSTS
GeneMap99-GB4 RH Map	10	519.86	UniSTS

RH119261

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,346,564 - 116,346,883	UniSTS	GRCh37
Build 36	10	116,336,554 - 116,336,873	RGD	NCBI36
Celera	10	110,075,755 - 110,076,074	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,973,033 - 109,973,352	UniSTS
TNG Radiation Hybrid Map	10	56535.0	UniSTS

RH122579

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,190,666 - 116,190,953	UniSTS	GRCh37
Build 36	10	116,180,656 - 116,180,943	RGD	NCBI36
Cytogenetic Map	10	q25	UniSTS

D10S1298E

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,243,893 - 116,244,018	UniSTS	GRCh37
Build 36	10	116,233,883 - 116,234,008	RGD	NCBI36
Celera	10	109,973,131 - 109,973,256	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,870,631 - 109,870,756	UniSTS

SHGC-146082

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,300,321 - 116,300,645	UniSTS	GRCh37
Build 36	10	116,290,311 - 116,290,635	RGD	NCBI36
Celera	10	110,029,543 - 110,029,867	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,926,805 - 109,927,129	UniSTS
TNG Radiation Hybrid Map	10	56519.0	UniSTS

SHGC-146643

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,300,596 - 116,300,867	UniSTS	GRCh37
Build 36	10	116,290,586 - 116,290,857	RGD	NCBI36
Celera	10	110,029,818 - 110,030,089	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,927,080 - 109,927,351	UniSTS
TNG Radiation Hybrid Map	10	56523.0	UniSTS

SHGC-53066

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,239,766 - 116,239,999	UniSTS	GRCh37
Build 36	10	116,229,756 - 116,229,989	RGD	NCBI36
Celera	10	109,969,004 - 109,969,237	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,866,504 - 109,866,737	UniSTS
TNG Radiation Hybrid Map	10	56512.0	UniSTS

D10S2292

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,194,377 - 116,194,711	UniSTS	GRCh37
Build 36	10	116,184,367 - 116,184,701	RGD	NCBI36
Celera	10	109,923,615 - 109,923,949	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,821,120 - 109,821,454	UniSTS
Whitehead-YAC Contig Map	10		UniSTS

SGC30280

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,190,899 - 116,191,000	UniSTS	GRCh37
Build 36	10	116,180,889 - 116,180,990	RGD	NCBI36
Celera	10	109,920,149 - 109,920,250	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,817,639 - 109,817,740	UniSTS
GeneMap99-GB4 RH Map	10	517.71	UniSTS
Whitehead-RH Map	10	622.9	UniSTS

RH44627

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,222,581 - 116,222,749	UniSTS	GRCh37
Build 36	10	116,212,571 - 116,212,739	RGD	NCBI36
Celera	10	109,951,818 - 109,951,986	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,849,318 - 109,849,486	UniSTS
GeneMap99-GB4 RH Map	10	519.86	UniSTS

SHGC-35224

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	10	116,222,581 - 116,222,714	UniSTS	GRCh37
Build 36	10	116,212,571 - 116,212,704	RGD	NCBI36
Celera	10	109,951,818 - 109,951,951	RGD
Cytogenetic Map	10	q25	UniSTS
HuRef	10	109,849,318 - 109,849,451	UniSTS
Stanford-G3 RH Map	10	5333.0	UniSTS
GeneMap99-GB4 RH Map	10	521.27	UniSTS
Whitehead-RH Map	10	622.0	UniSTS
GeneMap99-G3 RH Map	10	5569.0	UniSTS

D15S1477

Human Assembly	Chr	Position (strand)	Source
Cytogenetic Map	4	q32-q35	UniSTS
Cytogenetic Map	5	q11	UniSTS
Cytogenetic Map	10	p12.1	UniSTS
Cytogenetic Map	10	p12.1-p11.2	UniSTS
Cytogenetic Map	15	q13	UniSTS
Cytogenetic Map	21	q21.3	UniSTS
Cytogenetic Map	12	p13.3	UniSTS
Cytogenetic Map	1	q25	UniSTS
Cytogenetic Map	20	q13.3	UniSTS
Cytogenetic Map	14	q11.2	UniSTS
Cytogenetic Map	11	p15.4	UniSTS
Cytogenetic Map	12	q12	UniSTS
Cytogenetic Map	3	p24.3	UniSTS
Cytogenetic Map	5	q14	UniSTS
Cytogenetic Map	3	q29	UniSTS
Cytogenetic Map	1	p36.13	UniSTS
Cytogenetic Map	7	q36.3	UniSTS
Cytogenetic Map	7	p21.3	UniSTS
Cytogenetic Map	1	q22	UniSTS
Cytogenetic Map	14	q32.33	UniSTS
Cytogenetic Map	14	q23.3	UniSTS
Cytogenetic Map	19	q13.4	UniSTS
Cytogenetic Map	2	q11.2	UniSTS
Cytogenetic Map	14	q31-q32	UniSTS
Cytogenetic Map	10	q25.2	UniSTS
Cytogenetic Map	16	p13.13-p13.12	UniSTS
Cytogenetic Map	3	q12.3	UniSTS
Cytogenetic Map	14	q24.3	UniSTS
Cytogenetic Map	10	p15.3	UniSTS
Cytogenetic Map	2	p22.1	UniSTS
Cytogenetic Map	13	q13.1	UniSTS
Cytogenetic Map	5	q23.3	UniSTS
Cytogenetic Map	15	q21.1	UniSTS
Cytogenetic Map	19	q13.42	UniSTS
Cytogenetic Map	17	q21	UniSTS
Cytogenetic Map	3	p21.3	UniSTS
Cytogenetic Map	12	q24.13	UniSTS
Cytogenetic Map	4	q21.1	UniSTS
Cytogenetic Map	19	q13.3	UniSTS
Cytogenetic Map	2	q37.3	UniSTS
Cytogenetic Map	2	p15	UniSTS
Cytogenetic Map	17	q25.3	UniSTS
Cytogenetic Map	19	p13	UniSTS
Cytogenetic Map	4	p16.3	UniSTS
Cytogenetic Map	1	p35.1	UniSTS
Cytogenetic Map	17	q11.2	UniSTS
Cytogenetic Map	1	p31.3	UniSTS
Cytogenetic Map	20	q13.31	UniSTS
Cytogenetic Map	10	q22	UniSTS
Cytogenetic Map	1	q41	UniSTS
Cytogenetic Map	9	q34.3	UniSTS
Cytogenetic Map	9	p13.3	UniSTS
Cytogenetic Map	12	q24.31	UniSTS
Cytogenetic Map	2	p13.1	UniSTS
Cytogenetic Map	19	q13.12	UniSTS
Cytogenetic Map	10	q24.2	UniSTS
Cytogenetic Map	1	q42.11	UniSTS
Cytogenetic Map	1	q32.1	UniSTS
Cytogenetic Map	2	p23.3	UniSTS
Cytogenetic Map	2	p13.3	UniSTS
Cytogenetic Map	7	p22.1	UniSTS
Cytogenetic Map	11	q24	UniSTS
Cytogenetic Map	6	q16.2	UniSTS
Cytogenetic Map	2	q14	UniSTS
Cytogenetic Map	19	q13.1	UniSTS
Cytogenetic Map	16	q24	UniSTS
Cytogenetic Map	X	q26.3	UniSTS
Cytogenetic Map	10	q23.1	UniSTS
Cytogenetic Map	3	p21.31	UniSTS
Cytogenetic Map	4	q12	UniSTS
Cytogenetic Map	19	p13.2	UniSTS
Cytogenetic Map	2	p11.2	UniSTS
Cytogenetic Map	7	q21.2	UniSTS
Cytogenetic Map	17	q22.2	UniSTS
Cytogenetic Map	8	q22.3	UniSTS
Cytogenetic Map	4	q25	UniSTS
Cytogenetic Map	11	q14.2	UniSTS
Cytogenetic Map	19	p13.3	UniSTS
Cytogenetic Map	5	q23	UniSTS
Cytogenetic Map	16	p13.3	UniSTS
Cytogenetic Map	16	q22.1	UniSTS
Cytogenetic Map	13	q12.1	UniSTS
Cytogenetic Map	6	p21.32	UniSTS
Cytogenetic Map	2	q31	UniSTS
Cytogenetic Map	10	p14	UniSTS
Cytogenetic Map	6	p21.3	UniSTS
Cytogenetic Map	3	p21.2	UniSTS
Cytogenetic Map	1	q21.3	UniSTS
Cytogenetic Map	19	p12	UniSTS
Cytogenetic Map	7	q22.1	UniSTS
Cytogenetic Map	14	q12	UniSTS
Cytogenetic Map	8	p11.22	UniSTS
Cytogenetic Map	19	q13.32	UniSTS
Cytogenetic Map	17	q21.31	UniSTS
Cytogenetic Map	4	q28.2	UniSTS
Cytogenetic Map	1	p13.2	UniSTS
Cytogenetic Map	22	q12.3	UniSTS
Cytogenetic Map	19	p13.11	UniSTS
Cytogenetic Map	16	p12.3	UniSTS
Cytogenetic Map	15	q22.31	UniSTS
Cytogenetic Map	2	q31.1	UniSTS
Cytogenetic Map	2	q33.2	UniSTS
Cytogenetic Map	1	p34.3	UniSTS
Cytogenetic Map	1	p36.31	UniSTS
Cytogenetic Map	3	q21.3	UniSTS
Cytogenetic Map	17	q25	UniSTS
Cytogenetic Map	11	p13	UniSTS
Cytogenetic Map	12	q13.3	UniSTS
Cytogenetic Map	1	p36.21	UniSTS
Cytogenetic Map	1	p35.3	UniSTS
Cytogenetic Map	19	q13.2	UniSTS
Cytogenetic Map	4	p14	UniSTS
Cytogenetic Map	15	q11-q13	UniSTS
Cytogenetic Map	19	p	UniSTS
Cytogenetic Map	7	q22	UniSTS
Cytogenetic Map	9	q22.3	UniSTS
Cytogenetic Map	3	p25.3	UniSTS
Cytogenetic Map	11	q13	UniSTS
Cytogenetic Map	8	q11.21	UniSTS
Cytogenetic Map	15	q15	UniSTS
Cytogenetic Map	15	q15.1	UniSTS
Cytogenetic Map	2	q22.3	UniSTS
Cytogenetic Map	1	p34.2	UniSTS
Cytogenetic Map	5	q13.2	UniSTS
Cytogenetic Map	10	q23.2	UniSTS
Cytogenetic Map	7	p22.3	UniSTS
Cytogenetic Map	9	q34.13	UniSTS
Cytogenetic Map	1	q32	UniSTS
Cytogenetic Map	1	q31.3	UniSTS
Cytogenetic Map	4	q35	UniSTS
Cytogenetic Map	9	p13	UniSTS
Cytogenetic Map	3	p24.2	UniSTS
Cytogenetic Map	3	q23	UniSTS
Cytogenetic Map	6	q25.2-q25.3	UniSTS
Cytogenetic Map	15	q21	UniSTS
Cytogenetic Map	16	p11.2	UniSTS
Cytogenetic Map	1	q42.3	UniSTS
Cytogenetic Map	7	q22.3	UniSTS
Cytogenetic Map	9	q34.2	UniSTS
Cytogenetic Map	17	q24	UniSTS
Cytogenetic Map	17	q25.1	UniSTS
Cytogenetic Map	19	q13.3-q13.4	UniSTS
Cytogenetic Map	22	q11.23	UniSTS
Cytogenetic Map	3	q21	UniSTS
Cytogenetic Map	20	q13	UniSTS
Cytogenetic Map	22	q12.2	UniSTS
Cytogenetic Map	19	p13.12	UniSTS
Cytogenetic Map	14	q22.1	UniSTS
Cytogenetic Map	11	q23.1	UniSTS
Cytogenetic Map	17	q22-q23	UniSTS
Cytogenetic Map	X	p22.33	UniSTS
Cytogenetic Map	Y	p11.3	UniSTS
Cytogenetic Map	6	p21.1	UniSTS
Cytogenetic Map	22	q13.1	UniSTS
Cytogenetic Map	7	p15.2	UniSTS
Cytogenetic Map	1	q21	UniSTS
Cytogenetic Map	12	q23.1	UniSTS
Cytogenetic Map	16	q12.2	UniSTS
Cytogenetic Map	13	q11	UniSTS
Cytogenetic Map	X	p22.3	UniSTS
Cytogenetic Map	3	p25-p24	UniSTS
Cytogenetic Map	22	q13.2	UniSTS
Cytogenetic Map	2	p21	UniSTS
Cytogenetic Map	X	q22.1	UniSTS
Cytogenetic Map	X	p11.3	UniSTS
Cytogenetic Map	3	p12	UniSTS
Cytogenetic Map	1	q25.1	UniSTS
Cytogenetic Map	17	p11.2	UniSTS
Cytogenetic Map	X	p11.2	UniSTS
Cytogenetic Map	11	q13.1-q13.2	UniSTS
Cytogenetic Map	8	q24.3	UniSTS
Cytogenetic Map	17	p13	UniSTS
Cytogenetic Map	5	p13.2	UniSTS
Cytogenetic Map	7	q21-q22	UniSTS
Cytogenetic Map	9	q34.11	UniSTS
Cytogenetic Map	3	q26.2	UniSTS
Cytogenetic Map	20	q11.22	UniSTS
Cytogenetic Map	8	p22	UniSTS
Cytogenetic Map	4	q35.1	UniSTS
Cytogenetic Map	10	q23.31	UniSTS
Cytogenetic Map	6	p21.1-p12.2	UniSTS
Cytogenetic Map	12	q14.1	UniSTS
Cytogenetic Map	7	p11.2	UniSTS
Cytogenetic Map	11	p15.5	UniSTS
Cytogenetic Map	1	p35	UniSTS
Cytogenetic Map	12	q	UniSTS
Cytogenetic Map	1	q21.2	UniSTS
Cytogenetic Map	8	q23.1	UniSTS
Cytogenetic Map	1	p13.3	UniSTS
Cytogenetic Map	14	q11.1	UniSTS
Cytogenetic Map	21	q22.11	UniSTS
Cytogenetic Map	3	p14.1	UniSTS
Cytogenetic Map	5	q31	UniSTS
Cytogenetic Map	19	p13.3-p13.2	UniSTS
Cytogenetic Map	1	p36.11-p34.2	UniSTS
Cytogenetic Map	9	p22	UniSTS
Cytogenetic Map	1	q42.12	UniSTS
Cytogenetic Map	2	q35	UniSTS
Cytogenetic Map	9	p22.1	UniSTS
Cytogenetic Map	11	q24.2	UniSTS
Cytogenetic Map	12	q15	UniSTS
Cytogenetic Map	17	p13.2	UniSTS
Cytogenetic Map	8	q22.1	UniSTS
Cytogenetic Map	9	q21.13	UniSTS
Cytogenetic Map	11	p15.1	UniSTS
Cytogenetic Map	1	p32.3	UniSTS
Cytogenetic Map	12	q21.1	UniSTS
Cytogenetic Map	20	q13.33	UniSTS
Cytogenetic Map	3	p21	UniSTS
Cytogenetic Map	20	p11.23	UniSTS
Cytogenetic Map	15	q15.2	UniSTS
Cytogenetic Map	8	p21.1	UniSTS
Cytogenetic Map	1	p36.33	UniSTS
Cytogenetic Map	18	q12.1	UniSTS
Cytogenetic Map	8	q12.1	UniSTS
Cytogenetic Map	14	q21.2	UniSTS
Cytogenetic Map	3	q27.1	UniSTS
Cytogenetic Map	3	p14.3	UniSTS
Cytogenetic Map	17	p13.1	UniSTS
Cytogenetic Map	6	p22.1	UniSTS
Cytogenetic Map	12	p13.2	UniSTS
Cytogenetic Map	12	q13.13	UniSTS
Cytogenetic Map	15	q21.3	UniSTS
Cytogenetic Map	X	p11.22	UniSTS
Cytogenetic Map	12	p12	UniSTS
Cytogenetic Map	15	q15.3	UniSTS
Cytogenetic Map	18	q12.3	UniSTS
Cytogenetic Map	21	q22.3	UniSTS
Cytogenetic Map	12	q11-q12	UniSTS
Cytogenetic Map	3	q13.33	UniSTS
Cytogenetic Map	11	q13.4	UniSTS
Cytogenetic Map	2	p24	UniSTS
Cytogenetic Map	8	q24.21	UniSTS
Cytogenetic Map	12	q22-q23.1	UniSTS
Cytogenetic Map	3	q26.33	UniSTS
Cytogenetic Map	5	q32	UniSTS
Cytogenetic Map	15	q21-q22	UniSTS
Cytogenetic Map	8	p21.2	UniSTS
Cytogenetic Map	10	q23	UniSTS
Cytogenetic Map	1	p22	UniSTS
Cytogenetic Map	16	p13.13	UniSTS
Cytogenetic Map	17	p13.3	UniSTS
Cytogenetic Map	10	q24	UniSTS
Cytogenetic Map	8	q11.2	UniSTS
Cytogenetic Map	7	p14-p13	UniSTS
Cytogenetic Map	11	q22-q23	UniSTS
Cytogenetic Map	6	q22-q23	UniSTS
Cytogenetic Map	2	p16.1	UniSTS
Cytogenetic Map	15	q26.3	UniSTS
Cytogenetic Map	7	p14.3	UniSTS
Cytogenetic Map	4	q21.22	UniSTS
Cytogenetic Map	1	q21.1	UniSTS
Cytogenetic Map	17	q21.33	UniSTS
Cytogenetic Map	17	q12	UniSTS
Cytogenetic Map	16	p12.1	UniSTS
Cytogenetic Map	14	q32.31	UniSTS
Cytogenetic Map	11	q24.3	UniSTS
Cytogenetic Map	11	q13.1-q13.3	UniSTS
Cytogenetic Map	14	q24.2	UniSTS
Cytogenetic Map	17	q23.3	UniSTS
Cytogenetic Map	2	q24	UniSTS
Cytogenetic Map	1	q23.3	UniSTS
Cytogenetic Map	10	q25	UniSTS
Cytogenetic Map	9	q32	UniSTS
Cytogenetic Map	3	q25.33	UniSTS
Cytogenetic Map	2	p14	UniSTS
Cytogenetic Map	15	q21-q23	UniSTS
Cytogenetic Map	7	q11.23	UniSTS
Cytogenetic Map	3	p22.1	UniSTS
Cytogenetic Map	19	q13.11	UniSTS
Cytogenetic Map	15	q25.2	UniSTS
Cytogenetic Map	10	q26.3	UniSTS
Cytogenetic Map	6	p21	UniSTS
Cytogenetic Map	2	p25.2	UniSTS
Cytogenetic Map	14	q23.1	UniSTS
Cytogenetic Map	1	p31.1	UniSTS
Cytogenetic Map	15	q14-q15	UniSTS
Cytogenetic Map	5	q31.1	UniSTS
Cytogenetic Map	1	p34	UniSTS
Cytogenetic Map	X	q22.3	UniSTS
Cytogenetic Map	7	p15.3	UniSTS
Cytogenetic Map	6	p25.2	UniSTS
Cytogenetic Map	6	q25.1	UniSTS
Cytogenetic Map	12	p12.1	UniSTS
Cytogenetic Map	X	q25	UniSTS
Cytogenetic Map	14	q23.2	UniSTS
Cytogenetic Map	11	q12	UniSTS
Cytogenetic Map	2	p25.1	UniSTS
Cytogenetic Map	5	q35	UniSTS
Cytogenetic Map	16	q21	UniSTS
Cytogenetic Map	6	p23	UniSTS
Cytogenetic Map	7	q34	UniSTS
Cytogenetic Map	4	p16.1	UniSTS
Cytogenetic Map	3	q25.31	UniSTS
Cytogenetic Map	2	q33.1	UniSTS
Cytogenetic Map	17	q21.2	UniSTS
Cytogenetic Map	19	q13.41	UniSTS
Cytogenetic Map	11	q12.3	UniSTS
Cytogenetic Map	11	q13.1	UniSTS
Cytogenetic Map	10	q24.31	UniSTS
Cytogenetic Map	20	q13.13	UniSTS
Cytogenetic Map	1	p22.1	UniSTS
Cytogenetic Map	10	q22.2	UniSTS
Cytogenetic Map	6	q13	UniSTS
Cytogenetic Map	10	q21.3	UniSTS
Cytogenetic Map	17	p12	UniSTS
Cytogenetic Map	11	q23.3	UniSTS
Cytogenetic Map	4	q31.1	UniSTS
Cytogenetic Map	19	q13.43	UniSTS
Cytogenetic Map	18	q21.3	UniSTS
Cytogenetic Map	11	q21	UniSTS
Cytogenetic Map	5	q13	UniSTS
Cytogenetic Map	11	q23.2	UniSTS
Cytogenetic Map	8	q12	UniSTS
Cytogenetic Map	4	q28-q32	UniSTS
Cytogenetic Map	19	q13.33	UniSTS
Cytogenetic Map	15	q21.2	UniSTS
Cytogenetic Map	16	q24.1	UniSTS
Cytogenetic Map	9	q34	UniSTS
Cytogenetic Map	5	q12.3	UniSTS
Cytogenetic Map	12	q24.11	UniSTS
Cytogenetic Map	9	q21.12	UniSTS
Cytogenetic Map	9	q33.3	UniSTS
Cytogenetic Map	11	q22.3	UniSTS
Cytogenetic Map	20	p11.22-p11.1	UniSTS
Cytogenetic Map	10	q24.32	UniSTS
Cytogenetic Map	20	p13	UniSTS
Cytogenetic Map	16	q23.1	UniSTS
Cytogenetic Map	13	q14.2	UniSTS
Cytogenetic Map	2	q24.3	UniSTS
Cytogenetic Map	8	p12	UniSTS
Cytogenetic Map	7	p13	UniSTS
Cytogenetic Map	9	q31-q33	UniSTS
Cytogenetic Map	6	p24.1	UniSTS
Cytogenetic Map	10	p11.23	UniSTS
Cytogenetic Map	6	q15	UniSTS
Cytogenetic Map	5	q35.2	UniSTS
Cytogenetic Map	14	q32	UniSTS
Cytogenetic Map	3	q26.1-q26.2	UniSTS
Cytogenetic Map	5	q11.2-q13.2	UniSTS
Cytogenetic Map	1	p36.11	UniSTS
Cytogenetic Map	1	q25.2	UniSTS
Cytogenetic Map	X	p11.4	UniSTS
Cytogenetic Map	X	q13.3	UniSTS
Cytogenetic Map	8	q22.2	UniSTS
Cytogenetic Map	7	q11.21	UniSTS
Cytogenetic Map	5	q35.1	UniSTS
Cytogenetic Map	5	q33.1	UniSTS
Cytogenetic Map	4	q21.21	UniSTS
Cytogenetic Map	2	q21.1	UniSTS
Cytogenetic Map	22	q11.21	UniSTS
Cytogenetic Map	18	p11.21	UniSTS
Cytogenetic Map	X	q13.1	UniSTS
Cytogenetic Map	X	q21.1	UniSTS
Cytogenetic Map	10	p11.21	UniSTS
Cytogenetic Map	12	q14.3	UniSTS
Cytogenetic Map	5	q34	UniSTS
Cytogenetic Map	2	q36.1	UniSTS
Cytogenetic Map	12	p11.21	UniSTS
Cytogenetic Map	5	q33.3	UniSTS
Cytogenetic Map	16	q23.2	UniSTS
Cytogenetic Map	9	q31.3	UniSTS
Cytogenetic Map	15	q24	UniSTS
Cytogenetic Map	11	q13.2	UniSTS
Cytogenetic Map	12	q21	UniSTS
Cytogenetic Map	8	p11.2	UniSTS
Cytogenetic Map	7	q22-q31	UniSTS
Cytogenetic Map	22	q12	UniSTS
Cytogenetic Map	4	q22	UniSTS
Cytogenetic Map	17	q21.32	UniSTS
Cytogenetic Map	12	q14	UniSTS
Cytogenetic Map	11	q23.1-q23.2	UniSTS
Cytogenetic Map	13	q14	UniSTS
Cytogenetic Map	13	q32.2	UniSTS
Cytogenetic Map	17	q	UniSTS
Cytogenetic Map	2	q33	UniSTS
Cytogenetic Map	7	q	UniSTS
Cytogenetic Map	16	p12.2	UniSTS
Cytogenetic Map	10	q11.23	UniSTS
Cytogenetic Map	20	q13.12	UniSTS
Cytogenetic Map	22	q13.33	UniSTS
Cytogenetic Map	13	q22.1	UniSTS
Cytogenetic Map	3	p25.2	UniSTS
Cytogenetic Map	5	q21.3	UniSTS
Cytogenetic Map	9	q22.2	UniSTS
Cytogenetic Map	3	p22.2	UniSTS
Cytogenetic Map	6	p24.2	UniSTS

Click on a value in the shaded box below the category label to view a detailed expression data table for that system.

Download All Expressed Objects for this Gene

adipose tissue	alimentary part of gastrointestinal system	appendage	circulatory system	ectoderm	endocrine system	endoderm	entire extraembryonic component	exocrine system	hemolymphoid system	hepatobiliary system	integumental system	mesenchyme	mesoderm	musculoskeletal system	nervous system	renal system	reproductive system	respiratory system	sensory system	visual system
1204	2436	2788	2253	4961	1724	2350	6	622	1944	465	2269	7296	6464	52	3722	852	1744	1616	175	1


RefSeq Transcripts	NG_029872	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001003407	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322882	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322883	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322884	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322885	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322886	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322887	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322888	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322889	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322890	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322891	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322892	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322893	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322894	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322895	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322896	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322897	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322898	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322899	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001322900	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001352440	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001352441	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001352442	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001352443	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_002313	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_006720	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_005269826	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_005269827	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006717837	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006717846	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006717847	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011539801	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011539802	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011539805	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017016245	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017016247	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017016248	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017016250	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017016255	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017016256	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017016259	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448010	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448011	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448012	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448013	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448014	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448015	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448016	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448017	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448018	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448019	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448020	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448021	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_024448022	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425229	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425231	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425232	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425233	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425234	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425236	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425237	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425238	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425239	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425240	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425242	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425243	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425244	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425245	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_047425246	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365907	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365908	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365909	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365910	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365911	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365912	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365913	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365914	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365915	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365916	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365917	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365918	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365919	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365920	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365921	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365922	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365923	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365924	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365925	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365926	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365927	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365928	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365929	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365930	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365931	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365932	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365933	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365934	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365935	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365936	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365937	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365938	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365939	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054365940	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
GenBank Nucleotide	AA314019	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AF005654	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AI680726	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK054890	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK057834	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK058007	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK093471	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK098277	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK122891	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK297344	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK298709	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AL133384	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AL137025	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AL354873	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AL590109	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AL600892	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AL710059	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AL712271	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AW627433	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BC002448	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BE395092	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BE672277	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BG426037	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BQ721521	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CA450184	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CB128609	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CD558045	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CH471066	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CP068268	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CR749819	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	D31883	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	DB039901	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	DC376979	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	MF597763	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles

Ensembl Acc Id:

ENST00000277895 ⟹ ENSP00000277895

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,436,038 - 114,658,298 (-)	Ensembl

Ensembl Acc Id:

ENST00000369252 ⟹ ENSP00000358256

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,431,113 - 114,684,655 (-)	Ensembl

Ensembl Acc Id:

ENST00000369253 ⟹ ENSP00000358257

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,435,441 - 114,526,835 (-)	Ensembl

Ensembl Acc Id:

ENST00000369256 ⟹ ENSP00000358260

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,435,954 - 114,685,003 (-)	Ensembl

Ensembl Acc Id:

ENST00000369266 ⟹ ENSP00000358270

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,435,461 - 114,526,830 (-)	Ensembl

Ensembl Acc Id:

ENST00000392952 ⟹ ENSP00000376679

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,431,113 - 114,526,931 (-)	Ensembl

Ensembl Acc Id:

ENST00000392955 ⟹ ENSP00000376682

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,431,110 - 114,684,457 (-)	Ensembl

Ensembl Acc Id:

ENST00000428430 ⟹ ENSP00000400934

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,451,645 - 114,526,918 (-)	Ensembl

Ensembl Acc Id:

ENST00000440467 ⟹ ENSP00000414154

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,450,079 - 114,487,993 (-)	Ensembl

Ensembl Acc Id:

ENST00000466400

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,465,465 - 114,468,265 (-)	Ensembl

Ensembl Acc Id:

ENST00000477638

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,595,002 - 114,610,717 (-)	Ensembl

Ensembl Acc Id:

ENST00000481974

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,547,491 - 114,575,537 (-)	Ensembl

Ensembl Acc Id:

ENST00000485570

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,439,617 - 114,441,041 (-)	Ensembl

Ensembl Acc Id:

ENST00000533213 ⟹ ENSP00000433629

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,431,112 - 114,658,275 (-)	Ensembl

Ensembl Acc Id:

ENST00000649363 ⟹ ENSP00000497150

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,436,178 - 114,658,283 (-)	Ensembl

Ensembl Acc Id:

ENST00000651023 ⟹ ENSP00000499023

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,435,459 - 114,632,092 (-)	Ensembl

Ensembl Acc Id:

ENST00000651092 ⟹ ENSP00000499163

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,444,086 - 114,768,061 (-)	Ensembl

Ensembl Acc Id:

ENST00000707119 ⟹ ENSP00000516747

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	10	114,431,125 - 114,632,044 (-)	Ensembl

RefSeq Acc Id:

NM_001003407 ⟹ NP_001003407

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,684,443 (-)	NCBI
GRCh37	10	116,190,869 - 116,444,762 (-)	NCBI
Build 36	10	116,180,859 - 116,434,404 (-)	NCBI Archive
Celera	10	109,920,119 - 110,173,614 (-)	RGD
HuRef	10	109,817,609 - 110,070,887 (-)	ENTREZGENE
CHM1_1	10	116,474,653 - 116,728,179 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,578,497 (-)	NCBI

Sequence:

show sequence

AGGGCCCCAGCCTCTCCTTTGAGGAGTGTTGCAGCCTTTCTGTGTGCCAGATGCCTAGTGAAGAAAAGCTGAAACCCTGGAGCTTTGTGCATGTTAATGACCTTGGAAATGACTGAGCTCACGGACCC
TCATCACACCATGGGAGACTACAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCA
AACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGC
CATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGG
GAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATA
AGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAG
GCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTC
CACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTA
TCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTAT
GATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAA
CTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCC
CTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAA
GATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAG
ATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCC
GGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACC
GACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACC
AAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGT
CCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGA
TGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCA
AGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTT
GTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGG
AAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAA
TGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAAC
AGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCC
CCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTC
GTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTC
CAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCA
TGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTC
ATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTC
GAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCAT
GCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGA
TTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTAT
AGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGT
GTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCT
TGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGC
ATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAAT
TATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCT
GTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTA
ATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCC
AGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGAT
GGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAA
GATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTG
CCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAA
AATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGA
CGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCT
ACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGC
TGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAA
CCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCT
CATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTAC
TTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAA
GAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCAC
TGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATG
GTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAA
GTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATA
CGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTG
AGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCT
GTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCG
CTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322882 ⟹ NP_001309811

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,685,003 (-)	NCBI
CHM1_1	10	116,474,653 - 116,728,179 (-)	NCBI
T2T-CHM13v2.0	10	115,325,183 - 115,579,057 (-)	NCBI

Sequence:

show sequence

ATACCAGGAGTTTGTCAGGGAACTGTTTCCAAAGCCATAATGAATAATCAGGCTGTTAGTAAAAGAAGCCTCTCCAAGTTATAGCATTTTTTAAAAATTCTAGTAGTGAAGAAAATAATTAAAAGCCC
ATCTGGTTGAGATAGTAATTCATTAAGGAAAAAGAGGAGGCAGAAGGCTGGGGAATAATCGATCCTTTTCTTTCTTTATTTCATGTGTTTCAGTTATTGTGAAATGATAGTGATCAAAATCTGGATTC
TGGATTGTGCAGAATGCAGGAAAATCCTAGGAACATTCTTGGCGTGTTCTAATAGTGGCTTCCCAGAAACGAGTGTTTTCAGTGGGTGTGGCGTCATTGAGCTGATGTGCTTTTGCAAGGGGTCTCTT
TAGAAGTGGTAGGGGCAGGGTCGAGAGAAGAAGGGGATGCAGAATCTGTACATGAGGAAGGAGCCAGAGTCACTCAGGAAACTCCTCATTCTTCCTGCGCTGGCTGTGGCACACCCACCGGTGGCACA
CCCCTCCCTCGGGTCCAGTTCAGCCCACAGACTCCTGGGAGGAGAGCCAGGGCCCCAGCCTCTCCTTTGAGGAGTGTTGCAGCCTTTCTGTGTGCCAGATGCCTAGTGAAGAAAAGCTGAAACCCTGG
AGCTTTGTGCATGTTAATGACCTTGGAAATGACTGAGCTCACGGACCCTCATCACACCATGGGAGACTACAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCC
ATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGA
GAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTAC
TATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCG
GCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCT
CCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAG
ATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCAT
CCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCAT
ACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGG
CTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCA
TCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGC
CGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAA
GTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACA
TGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAG
AAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCC
TGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACA
TGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATC
TTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTG
CCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTA
ACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCC
TTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCG
GCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGC
TCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAA
GAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACA
CAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGT
TCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATC
TCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTG
TGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACAT
CACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAA
CACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACT
TTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCA
AATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTC
ACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGT
GTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTC
AGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAG
AGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTG
ATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAG
ACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCA
GCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAA
ATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAG
CTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCA
CAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGC
TTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATT
TCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTT
CTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCAT
CTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGA
GACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAG
TTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTT
TCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATT
TAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTA
TCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTT
TTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAG
GGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATT
ATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCA
TATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTG
AAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTT
TTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTAC
CTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTAGA

hide sequence

RefSeq Acc Id:

NM_001322883 ⟹ NP_001309812

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,684,443 (-)	NCBI
CHM1_1	10	116,474,653 - 116,728,179 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,578,497 (-)	NCBI

Sequence:

show sequence

AGGGCCCCAGCCTCTCCTTTGAGGAGTGTTGCAGCCTTTCTGTGTGCCAGATGCCTAGTGAAGAAAAGCTGAAACCCTGGAGCTTTGTGCATGTTAATGACCTTGGAAATGACTGAGCTCACGGACCC
TCATCACACCATGGGAGACTACAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCA
AACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGC
CATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGG
GAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATA
AGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAG
GCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTC
CACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTA
TCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTAT
GATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAA
CTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGG
CAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTC
GTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAA
AGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATG
GGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTG
TCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGT
GTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACT
GACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGG
CCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTT
CTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATT
AAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAG
GGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTG
TTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAA
GAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCC
TACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTT
TCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACC
CAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACT
GCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCC
TCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGG
AGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTT
CCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGAT
GGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTG
TGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAG
CCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAG
TGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCT
ACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGT
CTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACT
GAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACT
GCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAG
CAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATG
TCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGT
ATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAG
TTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTA
GTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCA
TGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCA
ACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTG
CAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCT
CACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTA
TTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTT
GAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCA
CTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAA
ACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTT
ATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGC
TGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGA
TGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTT
AGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGC
CTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322884 ⟹ NP_001309813

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,768,304 (-)	NCBI
CHM1_1	10	116,474,653 - 116,811,735 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,662,414 (-)	NCBI

Sequence:

show sequence

AGCGCGGCCGCGGGTGTCAGCGCTGCCGCGCCCGGCGGGTCCCTGCGGCCGCTGCGTCCCCGCCCGTCGGCCTTGCTGCGCGGAGCGGGCGGCCAGGTGTCCTGCGGGCGGCGTCCCCGCACCGGGAG
CCGGAGGGGGCCGGGGCCGGGCGGGCGCTCCGGGGCTGCCTTCTTCCCCGCGCCCTGCGGGGCTGTCCAACGCCTTCCAGCTCCGGCTCCCGCTGCCTGCACCATGTCCGCCAGAGTGGCCCACCCTC
AGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGT
GGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGAC
TGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGT
CGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGC
GGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGC
AGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGA
CCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAG
GATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCC
GAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCA
CGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATC
AAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGG
CAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGT
CATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCT
CAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATT
TCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGG
AGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATT
GAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATG
GCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAA
CAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAG
GGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAA
AAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAA
AGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGG
CCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTC
TGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGA
CTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTT
TAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGG
TGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAG
CCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGG
CTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCT
GTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTC
CTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCT
ACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTC
CATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGT
GCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCA
GACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAA
TGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCC
TGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCAC
CAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGG
GGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTAT
TGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAA
AGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGC
TATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAA
TAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTC
TGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGT
TTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTG
ACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGA
TGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGC
CAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATT
TGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTT
TTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTA
AGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTC
CTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTT
ACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTG
ATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGT
TCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTG
CCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322885 ⟹ NP_001309814

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,768,304 (-)	NCBI
CHM1_1	10	116,474,653 - 116,811,735 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,662,414 (-)	NCBI

Sequence:

show sequence

AGCGCGGCCGCGGGTGTCAGCGCTGCCGCGCCCGGCGGGTCCCTGCGGCCGCTGCGTCCCCGCCCGTCGGCCTTGCTGCGCGGAGCGGGCGGCCAGGTGTCCTGCGGGCGGCGTCCCCGCACCGGGAG
CCGGAGGGGGCCGGGGCCGGGCGGGCGCTCCGGGGCTGCCTTCTTCCCCGCGCCCTGCGGGGCTGTCCAACGCCTTCCAGCTCCGGCTCCCGCTGCCTGCACCATGTCCGCCAGAGTGGCCCACCCTC
AGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGT
GGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGAC
TGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGT
CGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGC
GGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGC
AGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGA
CCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAG
GATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCC
GAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCA
CGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTT
TCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGA
GGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTC
TGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTAT
AACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATA
TGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTG
ACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCC
CAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAG
AAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGC
TGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCT
GTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAG
CAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAA
CCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGT
GGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGT
CTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTT
CGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTT
CTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGG
CGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGG
GTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGC
TTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCT
CTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGC
TCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAAC
ATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCT
TTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCC
TTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATG
TGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGA
CATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTT
CCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAG
CCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAAC
CTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCT
GCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCT
ACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCAC
ATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTT
CACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCAT
CTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAA
AACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGG
TAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGG
AAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCT
CAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGAC
TTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGT
TTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAA
AAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGA
GTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCA
GAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTA
AGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTG
TGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCA
GCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322886 ⟹ NP_001309815

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,768,304 (-)	NCBI
CHM1_1	10	116,474,653 - 116,811,735 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,662,414 (-)	NCBI

Sequence:

show sequence

AGCGCGGCCGCGGGTGTCAGCGCTGCCGCGCCCGGCGGGTCCCTGCGGCCGCTGCGTCCCCGCCCGTCGGCCTTGCTGCGCGGAGCGGGCGGCCAGGTGTCCTGCGGGCGGCGTCCCCGCACCGGGAG
CCGGAGGGGGCCGGGGCCGGGCGGGCGCTCCGGGGCTGCCTTCTTCCCCGCGCCCTGCGGGGCTGTCCAACGCCTTCCAGCTCCGGCTCCCGCTGCCTGCACCATGTCCGCCAGAGTGGCCCACCCTC
AGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGT
GGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGAC
TGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGT
CGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGC
GGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGC
AGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGA
CCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAG
GATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCC
GAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCA
CGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTC
CATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCT
TCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAG
CTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGAT
TACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAA
AATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGA
AAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCT
CAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCAC
ATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGG
ATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTC
TTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACT
GTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTC
TGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATAT
CATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGC
TGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCT
TGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCT
AAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAAC
CACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATC
ATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGA
AAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTT
CTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCA
TTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAG
CAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAA
TGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCC
AGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTA
TTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTAT
TTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTT
GAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGG
GGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGC
TAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCC
AGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAA
GTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAG
AGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGA
TAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTG
GAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAAC
ATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGT
CTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTC
CTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAA
CCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGAT
GTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGAT
ATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAA
AATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGA
CCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTG
GGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGG
TGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGC
CACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATC
ACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322887 ⟹ NP_001309816

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,684,443 (-)	NCBI
CHM1_1	10	116,474,653 - 116,728,179 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,578,497 (-)	NCBI

Sequence:

show sequence

AGGGCCCCAGCCTCTCCTTTGAGGAGTGTTGCAGCCTTTCTGTGTGCCAGATGCCTAGTGAAGA
AAAGCTGAAACCCTGGAGCTTTGTGCATGTTAATGACCTTGGAAATGACTGAGCTCACGGACCCTCATCACACCATGGGAGACTACAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAG
CCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTT
CTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCA
ATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTC
TCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACAT
CAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCT
GTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGG
ACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAA
GGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAG
CAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCAC
AGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCA
AGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTT
CACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTAC
CAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAAT
CCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAA
AAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAG
CAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATG
TGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATG
CCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTG
AATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTT
CACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGG
TTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCAT
TCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGT
TGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGC
CCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAA
GACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCAC
AGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATG
ATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAA
CATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTG
AGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTG
CTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAG
ATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGG
CAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGC
ACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTT
GGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTT
ATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAG
AAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGA
GGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAG
AATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGT
TATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTG
CATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGC
ATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAG
AGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAG
CAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATT
TTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTT
AGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTC
TGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCA
ATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTA
CTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATG
CTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAAT
TAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCA
AAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGG
TTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGT
GTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCAC
ATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACT
GTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322888 ⟹ NP_001309817

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAG
TATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCT
ATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCAT
CGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTC
GTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTT
ACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAA
CGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGA
GAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTT
CTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTG
GAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGG
AATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCA
TAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACT
TGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTAT
CTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAA
GAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGT
TTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAA
GGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAAT
TGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTC
CAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGC
AACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGC
ATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTT
CCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTA
GATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATT
ATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATAT
TAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGT
TCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTG
TGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGG
CTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGAT
GGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAA
TGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATG
GGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCC
CACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCA
TTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGA
GGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCA
CACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCC
TGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTC
AAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAA
TATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACT
CCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGT
CTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAA
ATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTG
ACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATC
TGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAG
AAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTA
ATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGG
AAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCC
CAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATAT
GCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCT
CTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAA
AAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCT
CCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322889 ⟹ NP_001309818

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATGCACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCA
GTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGGAGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGT
AAAGCGGACATTGCACAAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCG
ACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACC
AGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGT
CAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCAT
CAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTC
CACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAA
CATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGC
TTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAA
ACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCA
CATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAA
CCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTC
CCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGT
CTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTT
ATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTT
ATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAG
CCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAA
ATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGA
CAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAA
AAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCT
TTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATG
GGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGT
GTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGA
TGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGAT
GAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATA
TGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTG
ACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACT
ACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTG
GTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTG
GGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATT
TTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCA
GGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGG
GGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCC
ATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAA
TGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTA
AACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGG
TGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTA
AAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCT
AGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTT
TTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCA
TCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCT
CAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGA
AGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTA
TTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATG
CCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAAC
TATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTAT
GTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTC
TGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCC
TGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCC
AATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCC
TCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGG
AGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTG
AATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322890 ⟹ NP_001309819

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAG
TATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCT
ATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCAT
CGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACC
CATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGG
ACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAG
CTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAA
AACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCC
ACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGA
ACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGT
CCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAG
TCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCT
TATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGT
TATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCA
GCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCA
AATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGG
ACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCA
AAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTC
TTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCAT
GGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTG
TGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGG
ATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGA
TGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCAT
ATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCT
GACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGAC
TACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTT
GGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCT
GGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGAT
TTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATC
AGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAG
GGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTC
CATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATA
ATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTT
AAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTG
GTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGT
AAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGC
TAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTT
TTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTC
ATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTC
TCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGG
AAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTT
ATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTAT
GCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAA
CTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTA
TGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTT
CTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATC
CTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTC
CAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCC
CTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAG
GAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGT
GAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322891 ⟹ NP_001309820

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGTAAAGCGGACATTGCACAAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGA
TGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTAT
TTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTG
AACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGAT
GTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAAT
CAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCG
AGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTT
CAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGC
TTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATT
ACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAA
ATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAA
AAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTC
AGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACA
TGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGA
TGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCT
TGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTG
TTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCT
GGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATC
ATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCT
GTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTT
GCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTA
AAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACC
ACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCA
TGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAA
AACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTC
TGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCAT
TGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGC
AGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAAT
GGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCA
GCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTAT
TTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATT
TTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTG
AGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGG
GAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCT
AGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCA
GTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAG
TGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGA
GCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGAT
AGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGG
AGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACA
TTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTC
TTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCC
TCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAAC
CAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATG
TACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATA
TGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAA
ATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGAC
CAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGG
GGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGT
GTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCC
ACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCA
CTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322892 ⟹ NP_001309821

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAG
TATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCT
ATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCAT
CGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACC
CATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACT
GGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAAC
TCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGC
ATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGC
CTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGG
CTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACT
CGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGT
TAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTA
TACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCAT
AATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTG
CCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGAC
TTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGA
GCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGC
AAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAA
TAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGT
GTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGAC
TCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGG
AGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGG
AGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCA
CTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACG
TGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCT
CGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGG
AAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGT
CCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTT
CATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAG
TTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCT
GCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATC
AAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAG
AGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTG
GGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAG
CTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGG
GGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTA
TGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTT
AAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTC
TCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGAT
GATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGA
CAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAAC
CACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCA
AAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGT
TGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTT
TATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAG
CTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAG
ACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCA
TGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCC
TTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTG
GCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAA
AGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322893 ⟹ NP_001309822

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGTAAAGCGGACATTGCACAAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGA
TGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTAT
TTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTG
AACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGAT
GTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAAT
CAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACAC
CAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAA
GAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACA
TATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGA
CACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTC
AGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGC
AAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAAC
ACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAG
CTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGC
ATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATG
GCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACC
GGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCC
TGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCAT
GGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTT
GGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAG
CTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACA
TTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAG
GAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTC
CCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATT
TGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTC
TGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTAT
GCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGA
GACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGC
CTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTT
GGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGA
AACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAG
AGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGA
AAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGG
TCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATG
CCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATT
AACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATA
ATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTG
GGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTT
AATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGT
TCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTT
TCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCA
TCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAA
GCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGA
AGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTT
AAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTT
GCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAA
CAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGG
TGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTT
ATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGG
TTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGC
TTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCA
TACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322894 ⟹ NP_001309823

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGTAAAGCGGACATTGCACAAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGA
TGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTAT
TTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTG
AACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGAT
GTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCC
GTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCA
TCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAG
TTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTA
TGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGG
ACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTA
GCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTA
GAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGT
CAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGC
GTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAA
ATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGG
AACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATA
TTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCC
ACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAA
GTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAA
AGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGG
TTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGT
GAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTC
ACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACT
CCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCT
CTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTC
ATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGT
GTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGT
TTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTT
ACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAAT
AAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCC
TCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGT
GATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGT
TCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACT
CCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTG
TCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGG
AAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGAT
AGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTG
GTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTT
TCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAG
TATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGT
ATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCA
GGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTT
TCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTG
TGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAG
AGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTT
AATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAG
TGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGA
AAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTG
CGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAA
AGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCG
CGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTAT
TCGTA

hide sequence

RefSeq Acc Id:

NM_001322895 ⟹ NP_001309824

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAG
TATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCT
ATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCAT
CGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCC
TCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTG
ACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATG
GAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCG
GCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCA
ACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAA
ATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCG
GTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACA
GTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTT
TCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCT
GCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGC
AGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCA
AAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAA
ACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCT
AGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAA
ATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATT
TTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAA
CATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTG
CAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCC
ACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCA
CCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACA
GTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTG
TGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGT
CTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATG
GAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACA
TTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAG
AAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAA
TCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCA
GAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTC
CAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGG
TCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCA
GGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAA
ATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAAT
GTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAG
CATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTC
GGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAA
AAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCC
TTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGT
ATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTT
CTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATT
TTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAG
AAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAA
ATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGA
TCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCA
TTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTC
CTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCC
TACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322896 ⟹ NP_001309825

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATGCACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCA
GTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGGAGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGC
AGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGA
CCGAGGAAAAGCTGCGGGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTAC
ACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCA
GGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGC
ATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCC
TCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACA
GTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCT
ATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATG
GACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTT
AGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATT
AGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAG
TCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTG
CGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATA
AATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATG
GAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTAT
ATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTC
CACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACA
AGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGA
AAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTG
GTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAG
TGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCT
CACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAAC
TCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGC
TCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGT
CATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTG
TGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAG
TTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTT
TACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAA
TAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTC
CTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAG
TGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAG
TTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTAC
TCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTT
GTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAG
GAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGA
TAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTT
GGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTT
TTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCA
GTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATG
TATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCC
AGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGT
TTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTT
GTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAA
GAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTT
TAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGA
GTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAG
AAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCT
GCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGA
AAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCC
GCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTA
TTCGTA

hide sequence

RefSeq Acc Id:

NM_001322897 ⟹ NP_001309826

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCAT
TCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTC
CTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCC
CAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCA
AGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAAT
TAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCA
TCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCC
AGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGG
TGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTC
TTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAA
AGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCA
CATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAA
AAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGT
GTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCT
GGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCC
CGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAA
AAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTT
AAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTC
GAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCAC
CGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGAT
GAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGT
GAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTT
ACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTG
CAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGA
ATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGC
TCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCA
CAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGT
GGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGG
GCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAG
GAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAG
CTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGG
AAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCAC
ATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACAC
TCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGG
CATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACT
TGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGT
TGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTT
CAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGA
ATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCT
GTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCT
CAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTT
GTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAA
CTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATG
GATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCC
AACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAG
AGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACA
GACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCC
TGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTG
TAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCAC
AACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322898 ⟹ NP_001309827

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAG
TATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCT
ATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCAT
CGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACC
CATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGAC
AGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGC
TATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAAT
GGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACT
TAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAAT
TAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGA
GTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCT
GCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTAT
AAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAAT
GGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTA
TATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCT
CCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAAC
AAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGG
AAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTT
GGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGA
GTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATC
TCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAA
CTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAG
CTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTG
TCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGT
GTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCA
GTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCT
TTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTA
ATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATT
CCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCA
GTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGA
GTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTA
CTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCT
TGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTA
GGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATG
ATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTT
TGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGT
TTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCC
AGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAAT
GTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTC
CAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTG
TTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTT
TGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAA
AGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGT
TTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTG
AGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCA
GAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCC
TGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATG
AAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTC
CGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTT
ATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322899 ⟹ NP_001309828

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGTAAAGCGGACATTGCACAAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGA
TGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTAT
TTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTG
AACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGAT
GTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAAT
CAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGA
AGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCT
AAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGG
CCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACA
GAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAA
GTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAA
AGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTAC
CTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCG
GTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACT
CAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGG
CAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTA
GGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAAC
CAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTT
TCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTC
ATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTG
TGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTG
GGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTA
GATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTC
ATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCT
CTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGG
ACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGC
TTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGC
CTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAG
ATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAA
TCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTA
AGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTT
TCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCA
TAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAG
TTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAAC
TGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAA
GTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACA
GCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGT
TTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTC
TCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCT
TCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTAT
GGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTT
TTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGT
ATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCC
AACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGT
TATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAAT
TTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAA
TCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTG
TCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCT
CCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGG
AGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTC
GTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001322900 ⟹ NP_001309829

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCAT
TCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTC
CTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCC
CAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACG
TCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCA
TCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGA
GTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGG
GCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACG
ACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACT
ACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGT
AGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGT
GCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACAC
CCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTG
TTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCA
TAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAG
GGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCA
AGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAG
CTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTT
GCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAG
ACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGA
AACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGC
CGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTA
GAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCT
AGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGT
GGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCC
CTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCAC
CTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAA
ATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCC
CTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGC
ATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCT
CTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAA
TGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACAT
GAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGG
GACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGA
GATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACC
TCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGG
CAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATT
GAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGC
TAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCC
TCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATT
CTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTAT
AGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTG
GTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGT
ACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGA
ACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGAT
GTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAAT
GTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGC
GCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATA
CTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001352440 ⟹ NP_001339369

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,632,397 (-)	NCBI
T2T-CHM13v2.0	10	115,325,183 - 115,526,451 (-)	NCBI

Sequence:

show sequence

GACTAGTTTTACTTATTGGAACCGTCTCTAGCTGGTGCTCGGTCCTCCTCTTCCTGGCAATCAT
TTATCAGACTGTGGGAGGGGGCCAGCGTTCGGGAGCTTTTCATAGCCCGTCCTCGGTGCGAGGAATACAAGGTGGTGTCAGTGACCAGAGATTAGGACAGTGGAATTTTGCATTTGTTACAGCAGCAG
CTGTAGCGAGTGGTTTCAGCCGCAGGGCAGAGTCCCCGAGCTGGGCGCGGCTGCAGCTCGGCGGGCGGGCGGAGAAGAGCGCGGGGGCGATAGCGGGGCGGGCATGGGAGCGGGGCCCGCCGAGGCGG
GGCGGGACTCGAGACCACAGCCCCGGACCTCACAAGCGGATGCCGGGGCTTCTCCTGGCTGCCCCAGCGCCCGCGGATCTGTCTGCCGAGGCGCGCTTCCACTCCCAGAGTTTATTCCTCGTTCCTTC
TTCAGTCCTGCTCGTCGGAGGACCCGGTTGCCATGGTGAAGGAAAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGT
GAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCA
GCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCG
GAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGG
CAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGG
ACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAG
AGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATT
CCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGA
GCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGT
CCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTC
CCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACAT
GAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGA
AAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCT
GTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACAT
GTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCT
TTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGC
CCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAA
CACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCT
TTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGG
CTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCT
CTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAG
AGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACAC
AAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTT
CTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCT
CTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGT
GAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATC
ACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAAC
ACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTT
TATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAA
ATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCA
CTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTG
TGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCA
GTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGA
GGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGA
TTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGA
CATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAG
CTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAA
TGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGC
TGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCAC
AGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCT
TCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTT
CTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTC
TTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATC
TACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAG
ACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGT
TCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTT
CCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTT
AATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTAT
CCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTT
TTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGG
GGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTA
TTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCAT
ATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGA
AGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTT
TGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACC
TGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTAGA

hide sequence

RefSeq Acc Id:

NM_001352441 ⟹ NP_001339370

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,632,397 (-)	NCBI
T2T-CHM13v2.0	10	115,325,183 - 115,526,451 (-)	NCBI

Sequence:

show sequence

GACTAGTTTTACTTATTGGAACCGTCTCTAGCTGGTGCTCGGTCCTCCTCTTCCTGGCAATCATTTATCAGACTGTGGGAGGGGGCCAGCGTTCGGGAGCTTTTCATAGCCCGTCCTCGGTGCGAGGA
ATACAAGGTGGTGTCAGTGACCAGAGATTAGGACAGTGGAATTTTGCATTTGTTACAGCAGCAGCTGTAGCGAGTGGTTTCAGCCGCAGGGCAGAGTCCCCGAGCTGGGCGCGGCTGCAGCTCGGCGG
GCGGGCGGAGAAGAGCGCGGGGGCGATAGCGGGGCGGGCATGGGAGCGGGGCCCGCCGAGGCGGGGCGGGACTCGAGACCACAGCCCCGGACCTCACAAGCGGATGCCGGGGCTTCTCCTGGCTGCCC
CAGCGCCCGCGGATCTGTCTGCCGAGGCGCGCTTCCACTCCCAGAGTTTATTCCTCGTTCCTTCTTCAGTCCTGCTCGTCGGAGGACCCGGTTGCCATGGTGAAGGAAAAAGTGGCCCACCCTCAGGA
CCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCT
GTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCT
CTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTC
CAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGA
AGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGT
GACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGA
GGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATT
TAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGG
ACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTC
CCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAAC
TTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTAC
GATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGT
CAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGA
CCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGG
AGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAA
TTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGA
AACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGA
GCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGT
GATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGC
AAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTT
CTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGA
TTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATG
AATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTG
GCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTC
CTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATG
GAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGC
GTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCT
GTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAA
AAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCT
AAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCT
CTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTC
TCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAA
TGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAA
TATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTG
GGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAAC
TCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCA
GAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTG
CCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTG
TACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTG
ACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGA
CTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTT
CTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCC
TCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTC
TTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAAC
CATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTC
TCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTT
TACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGAT
ACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCA
GTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACA
ATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGT
CACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCA
CAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAAT
TTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGT
GTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCT
TTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTAGA

hide sequence

RefSeq Acc Id:

NM_001352442 ⟹ NP_001339371

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,613,736 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,507,789 (-)	NCBI

Sequence:

show sequence

GACATTGCAAGTTGGATGCTGTGAACACAGGTCTCATGCTTTCATCTCCCAGTGGGTGTGCAGACACTGGAGAGACCCAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTC
ACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAG
AACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGC
TTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATT
GTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGAT
GGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATG
CAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGG
AAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTAT
GACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTA
CCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATC
AAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGC
GAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCT
TCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAG
CTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGAT
TACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAA
AATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGA
AAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCT
CAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCAC
ATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGG
ATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTC
TTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACT
GTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTC
TGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATAT
CATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGC
TGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCT
TGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCT
AAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAAC
CACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATC
ATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGA
AAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTT
CTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCA
TTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAG
CAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAA
TGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCC
AGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTA
TTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTAT
TTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTT
GAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGG
GGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGC
TAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCC
AGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAA
GTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAG
AGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGA
TAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTG
GAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAAC
ATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGT
CTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTC
CTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAA
CCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGAT
GTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGAT
ATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAA
AATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGA
CCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTG
GGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGG
TGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGC
CACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATC
ACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_001352443 ⟹ NP_001339372

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATG
CACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGG
AGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAA
GGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAG
TATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCT
ATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCAT
CGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCC
TCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAG
CTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCA
TTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTT
GATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATG
GAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGAC
CGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGC
CCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGA
GAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCA
AATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGT
TGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAAT
ATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAA
CTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATT
TAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCAC
CTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGT
CCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAG
ACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTT
TCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGA
GGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCAC
GAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCC
ACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCT
GAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCAT
TTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGT
GTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTT
GCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTAC
TCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAA
AGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTC
TTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGA
TAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTC
ATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCC
ATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTC
CTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAA
GGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAG
GAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGT
TTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTC
TATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTA
TATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTAT
ATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGG
TTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTC
TGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTG
CTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAG
AAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAA
TCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTG
GTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAA
GATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCG
AGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAG
CAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCG
CTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTC
GTA

hide sequence

RefSeq Acc Id:

NM_002313 ⟹ NP_002304

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,658,275 (-)	NCBI
GRCh37	10	116,190,869 - 116,444,762 (-)	NCBI
Build 36	10	116,180,859 - 116,408,048 (-)	NCBI Archive
Celera	10	109,920,119 - 110,173,614 (-)	RGD
HuRef	10	109,817,609 - 110,070,887 (-)	ENTREZGENE
CHM1_1	10	116,474,653 - 116,701,823 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,552,322 (-)	NCBI

Sequence:

show sequence

AGAGAGAATTGTGGGGCAGCACCGCTCCTTGGGTCCCCACTCCCCATTTCTCATTGCTTGGAAA
TCCATGCCAAGATGCCTGCCTTCCTTGGTCTAAAGTGTCTGGGGAAATTGTGCAGCTCTGAGAAAAGCAAAGTCACCTCATCTGAGAGAACCAGTGCCAGGGGCTCGAACAGAAAGAGACTGATTGTT
GAGGACCGGAGGGTCTCTGGGACCTCCTTCACCGCTCATAGGCGTGCCACTATCACTCATTTGCTGTATCTCTGTCCCAAGGACTACTGCCCACGTGGGCGTGTATGTAACAGCGTTGATCCTTTTGT
GGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCT
GCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGC
GAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGC
ACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAAT
GCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAA
GTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCA
ATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCC
TGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTT
GGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTA
CACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCC
CTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCA
GCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGA
GGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTC
GCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGG
GATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCAT
GGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTC
TTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTG
GAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGT
TCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGA
TAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTG
GCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTC
TTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAAC
TCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTA
GGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATC
CTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTA
ATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGT
TTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGC
TCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACA
CGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAA
GCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTG
GTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGG
AATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAA
TGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCA
TCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAAT
AACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAAT
GTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAA
AACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTT
TAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGC
AAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCT
AACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTA
CCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAAC
ATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTG
TGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTC
CTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAG
TTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGG
ATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTA
AAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGA
CTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTG
ATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCA
GTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGG
AAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCT
AAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCA
TGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATT
GTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTAT
GGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCA
GGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCA
CTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

NM_006720 ⟹ NP_006711

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,112 - 114,526,913 (-)	NCBI
GRCh37	10	116,190,869 - 116,444,762 (-)	NCBI
Build 36	10	116,180,859 - 116,276,675 (-)	NCBI Archive
Celera	10	109,920,119 - 110,173,614 (-)	RGD
HuRef	10	109,817,609 - 110,070,887 (-)	ENTREZGENE
CHM1_1	10	116,474,653 - 116,570,463 (-)	NCBI
T2T-CHM13v2.0	10	115,325,185 - 115,420,991 (-)	NCBI

Sequence:

show sequence

GTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATGCACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGATATGTAACCCAGGCAGGTGGGAGCCTCA
GTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGGAGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAATTAGAAGAAAAGGAACCCTGGCCTGAGGC
AGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGA
CCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATT
TATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGA
ACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATG
TTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATC
AACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACC
AAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAG
AGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACAT
ATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGAC
ACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCA
GAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCA
AAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACA
CCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGC
TTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCA
TGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGG
CTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCG
GGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCT
GCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATG
GCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTG
GTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGC
TCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACAT
TGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGG
AAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCC
CGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTT
GAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCT
GTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATG
CACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAG
ACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCC
TTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTG
GCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAA
ACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGA
GACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAA
AAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGT
CATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGC
CTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTA
ACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAA
TGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGG
GAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTA
ATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTT
CTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTT
CTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCAT
CCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAG
CAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAA
GTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTA
AGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTG
CATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAAC
AAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGT
GGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTA
TGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGT
TCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCT
TGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCAT
ACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_006717837 ⟹ XP_006717900

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,685,003 (-)	NCBI

Sequence:

show sequence

GTGCTTTTGCAAGGGGTCTCTTTAGAAGTGGTAGGGGCAGGGTCGAGAGAAGAAGGGGATGCAG
AATCTGTACATGAGGAAGGAGCCAGAGTCACTCAGGAAACTCCTCATTCTTCCTGCGCTGGCTGTGGCACACCCACCGGTGGCACACCCCTCCCTCGGGTCCAGTTCAGCCCACAGACTCCTGGGAGG
AGAGCCAGGGCCCCAGCCTCTCCTTTGAGGAGTGTTGCAGCCTTTCTGTGTGCCAGATGCCTAGTGAAGAAAAGCTGAAACCCTGGAGCTTTGTGCATGTTAATGACCTTGGAAATGACTGAGCTCAC
GGACCCTCATCACACCATGGGAGACTACAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCC
AGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACA
CGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATT
CAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGC
TGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAA
TGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCA
AGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGAC
GGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAG
GATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCC
GAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCA
CGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCGA
CACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCC
AGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCAC
CAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGA
CGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCC
CATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGG
GAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGA
GGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAA
CGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAA
CTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGA
GTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAA
GTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCAC
ACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCT
TGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCC
CATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCAT
AGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGAT
CAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTC
AGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTG
TTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATC
AGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATAT
GAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAA
GCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAG
TAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTC
CTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGG
GTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTG
CCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCC
ACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAA
AAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACC
CCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCT
GCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTG
CTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTG
AATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATAC
ATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTT
GGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAG
GAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAA
CCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGA
GGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACA
TTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAA
GCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAAC
CCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTA
TTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTT
ATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGG
TGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAG
GTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCT
GAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTG
ATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAA
ATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGC
GCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATA
TACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_006717846 ⟹ XP_006717909

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,526,913 (-)	NCBI

Sequence:

show sequence

CAGAAATCTTTCCATCATCCTAAGAAAGAGTACATTAAAAGGGCTGTGCCATCACTGGAGAAAC
TTCCAGTTCCTCCTCTCTGTTCACATGCATAGAGAGCCTGCAGCTTCCCCTCAGTCACTGGCTCACCTGAGATTTCTGCAGGGATGGTTTCGTTGAAAATGAGGCTGTGTGTATAAAATGCCTGCAAC
ATAGCCAGTAGCTAGCCAGTAATTTTCTGCTACAATTAAAAACACACAATACAAAATGTACCAAAAATATGAATCAAGAAAGCTTGATAAGAGGTTTTCCAATCATATTTGTCTCAGACAGTACTGCA
GAATAATATGGAAATTCTGAAGTAACAAAAGGGAATAAAAAGTTGAACTCAGTTTTGTTATACTTTTGCATAAGGGGTTCCTTACATGTACCTCAAAAGCAGGGACTTGCGAGGAGGCTGCAGGCTGT
GTGATGGCTGTGCTCAGCTAGGCACCTTTCCATCATCTCAAATCCGAGAAAGAAACTCAAAAAGCCTAAGAATCTCGTTTCAGTACAAGCTTATGCCTCAGGGACAATCACTGTCGGTTTCACATGCA
GACAATAGTGAGTGAATGCAAAGAAATGGTACTTTCCTACCTGCATTTAAAAAAAGAAAGAAAGTAAATCTACTCCCCCTCCTTTTTTGGGAACATGGACTGGCCCATTGTGGTTGCTGGTGTGTTGA
ACTAGTAAGTAAAGCGAGGAGAGGAGGCGTGAGAGAGCGTGCCTGCCCGCCGCACACGGGGCTGGTTTCCGGAGTGCGTCTCTAGAGGGATGCACGTTGCCTTAGCCGAGCTTCGGAGAGAAGCCTGA
TATGTAACCCAGGCAGGTGGGAGCCTCAGTCTGTCGGGCTGAGGTCTGGCATCTACAAAGCCTCTTGGCCGTGTTCTGAACTTGAAGCCTGGAGGAGTTCTCTGCTCAGCACAGCCAAGGAACAGAAT
TAGAAGAAAAGGAACCCTGGCCTGAGGTAAAGCGGACATTGCACAAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTAT
CTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCAC
AGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATT
ACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAG
TCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCC
AACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTT
TCCGACACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCAT
GTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCA
GGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTC
TGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGAT
TCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAG
CGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCA
ACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGA
CGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTT
GCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAAC
ACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCT
GGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGAT
TTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAG
CTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTG
CTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTT
TGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAAT
CAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCC
TTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTG
CTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAA
GGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTG
CATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTT
TTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAA
GCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAA
TTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTG
ACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCT
CTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGG
TGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATAT
AAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGA
CAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCA
GTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAG
TAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCA
GATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTAC
TATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACT
TCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTT
ATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTC
CAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCT
TCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTT
AGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCAT
TTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCA
TCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTAC
AATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACC
AACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTG
GGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATG
TATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCAC
TTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAA
AACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTT
TTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTG
TTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTG
TCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_011539801 ⟹ XP_011538103

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,613,736 (-)	NCBI

Sequence:

show sequence

AGCATTCTAGAATGTTTGACATTGCAAGTTGGATGCTGTGAACACAGGTCTCATGCTTTCATCT
CCCAGTGGGTGTGCAGACACTGGAGAGACCCAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTC
CAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGAC
ACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACAT
TCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCG
CTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAA
ATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTC
AAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGA
CGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAA
GGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTC
CGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACC
ACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCG
ACACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTC
CAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCA
CCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAG
ACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTC
CCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGG
GGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAG
AGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCA
ACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAA
ACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAG
AGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCA
AGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCA
CACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCC
TTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTC
CCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCA
TAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGA
TCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTT
CAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGT
GTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGAT
CAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATA
TGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAA
AGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAA
GTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGT
CCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAG
GGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGT
GCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGC
CACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGA
AAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAAC
CCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTC
TGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGT
GCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATT
GAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATA
CATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCT
TGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTA
GGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAA
ACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTG
AGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGAC
ATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAA
AGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAA
CCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATT
ATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACT
TATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAG
GTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATA
GGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCC
TGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACT
GATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCA
AATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGG
CGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCAT
ATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_011539802 ⟹ XP_011538104

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,633,184 (-)	NCBI

Sequence:

show sequence

TGGCTGTGCATTCTGGTTCTGAAAGATGTGTTAGCCATCTGCTGCTCTCCCTGCCTTGTGATGT
CTGTCTTTTTGTCTCTTGCTCATCCCATTTCTCACACATGGTGGATGTATATGGCATGCGGTCGGGACCCGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATA
AATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAG
TATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTAT
CTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCT
GCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCG
TACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATG
CAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCG
ATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACT
ATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTA
TGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCA
ACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGC
CCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAAC
TCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAG
ATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGA
TCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCG
GGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCG
ACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCA
AAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTC
CATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGAT
GTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAA
GAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTG
TCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGA
AGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAAT
GGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACA
GGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCC
CAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCG
TTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCC
AAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCAT
GTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCA
TGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCG
AATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATG
CTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGAT
TACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATA
GCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTG
TTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTT
GCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCA
TTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATT
ATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTG
TCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAA
TGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCA
GAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATG
GGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAG
ATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGC
CGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAA
ATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGAC
GTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTA
CCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCT
GGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAAC
CACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTC
ATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACT
TCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAG
AGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACT
GTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGG
TCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAG
TGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATAC
GTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGA
GTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTG
TGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGC
TCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_017016245 ⟹ XP_016871734

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,768,304 (-)	NCBI

Sequence:

show sequence

CCCTGCGGCCGCTGCGTCCCCGCCCGTCGGCCTTGCTGCGCGGAGCGGGCGGCCAGGTGTCCTGCGGGCGGCGTCCCCGCACCGGGAGCCGGAGGGGGCCGGGGCCGGGCGGGCGCTCCGGGGCTGCC
TTCTTCCCCGCGCCCTGCGGGGCTGTCCAACGCCTTCCAGCTCCGGCTCCCGCTGCCTGCACCATGTCCGCCAGAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTG
CCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACG
GAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGT
ACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGC
CGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTG
CTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGC
AGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTC
ATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTC
ATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCG
GGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTC
CATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCC
TCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCT
CTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTC
AGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAAC
GCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAG
AGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTC
TACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGG
AACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGA
ATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCAT
AGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTT
GCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATC
TGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAG
AAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTT
TGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAG
GAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATT
GCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCC
AGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCA
ACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCA
TGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTC
CTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAG
ATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTA
TCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATT
AGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTT
CTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGT
GTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGC
TTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATG
GTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAAT
GAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGG
GTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCC
ACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCAT
TGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAG
GGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCAC
ACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCT
GGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCA
AGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAAT
ATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTC
CGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTC
TAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAA
TTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGA
CTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCT
GTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGA
AAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAA
TCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGA
AATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCC
AAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATG
CATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTC
TCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAA
AGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTC
CCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_017016247 ⟹ XP_016871736

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

Sequence:

show sequence

TGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACC
TGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGG
CGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTG
CACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAA
TGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAA
AGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGC
AATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCC
TCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAAT
TTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAG
GGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCT
GATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCC
CAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGC
AGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAAC
TCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCG
AGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAA
ACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATG
AAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGT
CGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGT
CCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCT
TAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCC
TTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTC
TACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCA
GGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCC
ATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCC
ATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTC
TTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGC
TTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGG
GAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCA
CATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAG
AAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATA
GTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCT
TCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCA
TGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCT
GCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGG
TCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAA
GGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCC
TTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCA
ACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCT
CTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGT
GGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAA
TTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTC
TTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAG
GAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAA
GAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAG
GCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGC
AAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACT
GGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTG
TGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTT
CTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAA
TGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGC
AGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACA
GCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCA
TTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCT
TTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGG
AAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAA
GTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTG
CATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_017016250 ⟹ XP_016871739

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,768,304 (-)	NCBI

Sequence:

show sequence

CCCTGCGGCCGCTGCGTCCCCGCCCGTCGGCCTTGCTGCGCGGAGCGGGCGGCCAGGTGTCCTG
CGGGCGGCGTCCCCGCACCGGGAGCCGGAGGGGGCCGGGGCCGGGCGGGCGCTCCGGGGCTGCCTTCTTCCCCGCGCCCTGCGGGGCTGTCCAACGCCTTCCAGCTCCGGCTCCCGCTGCCTGCACCA
TGTCCGCCAGAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATC
AAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGA
GTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTT
GTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTG
GGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTT
TATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATC
CCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTA
GACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGA
GAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACA
GCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGAC
TCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCA
GGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTT
CCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAG
GAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCT
GTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATA
ACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATAT
GAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGA
CAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCC
AAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGA
AATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCT
GACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTG
TCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGC
AAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAAC
CTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTG
GCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTC
TCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTC
GAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTC
TGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGC
GCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGG
TTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCT
TAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTC
TGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCT
CTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACA
TGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTT
TTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCT
TACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGT
GCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGAC
ATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTC
CTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGC
CTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACC
TGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTG
CTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTA
CATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACA
TAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTC
ACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATC
TCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAA
ACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGT
AAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGA
AGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTC
AATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACT
TGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTT
TGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAA
AGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAG
TGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAG
AGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAA
GTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGT
GAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAG
CACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_017016255 ⟹ XP_016871744

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,768,304 (-)	NCBI

Sequence:

show sequence

CCCTGCGGCCGCTGCGTCCCCGCCCGTCGGCCTTGCTGCGCGGAGCGGGCGGCCAGGTGTCCTGCGGGCGGCGTCCCCGCACCGGGAGCCGGAGGGGGCCGGGGCCGGGCGGGCGCTCCGGGGCTGCC
TTCTTCCCCGCGCCCTGCGGGGCTGTCCAACGCCTTCCAGCTCCGGCTCCCGCTGCCTGCACCATGTCCGCCAGAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTG
CCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACG
GAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGT
ACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGC
CGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTG
CTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGC
AGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAG
TATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACA
TTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAG
GATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGA
GCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCAC
CCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACG
GACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAA
GCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTA
AAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGC
CACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAG
AACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAG
TCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAA
GTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACC
TTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGG
TTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTC
AGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGC
AAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAG
GACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACC
AAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTT
CTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCA
TGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGT
GTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGG
GATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAG
ATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCA
TATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTC
TGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGA
CTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCT
TGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCC
TGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGA
TTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAAT
CAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAA
GGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTT
CCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCAT
AATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGT
TAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACT
GGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAG
TAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAG
CTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTT
TTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCT
CATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTT
CTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATG
GAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTT
TATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTA
TGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCA
ACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTT
ATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATT
TCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAAT
CCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGT
CCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTC
CCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGA
GGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCG
TGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_017016256 ⟹ XP_016871745

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,632,397 (-)	NCBI

Sequence:

show sequence

GGAGTCAGGTGGGTGTTGGCTTTGTGAACCAGAAGTCCTCAGCTCACAGGACAGCAGGACAGGT
CACAGGACAGCCCGTGACCCTGTGGGTCAGAAATCAAAAGCCTCCTGAGGAGTTGCTGCTGTGGGGTCAGGCTTAGGCTGATCCTGGTGGTGGACCGAACTAGATGAGGCTGTTTGTCCCTTAATTGT
GACTGGAGTTCCTCCCTGGTATATGCACATCCAAGGGGCTTGTCTAAAAACTCCGATGAAACAGAGGGAGAAGGGGGAAGTCAAAATCCCCCCTACATGGATAAATCAGATTTTAACTTTGATCCTGA
ATTGGATCCTGGATAAGGAATAGAATCCTGAAAGATCCTCTTCCCCGGCTGTCTCTCAGTCTCTACCTTCCCCCAGCCCCATTCAGGTAAATTATAGCGGGGAGCAGCCGTGCAAACCAAATGTCATT
ATTCATTTTTCATAAGAAAGTGAACTTGAAATTGCCATTAGCATCATTATTCTGTTTTTGTTTTACATTAAGGCCAATTTTATTTATCCAGTTTGCCTGAAAGAAGCCGTAGTAAAAATTGAAAGCGA
CTGTAACAGGGAGCCAATAAGCTAACCATTGACTAGTTTTACTTATTGGAACCGTCTCTAGCTGGTGCTCGGTCCTCCTCTTCCTGGCAATCATTTATCAGACTGTGGGAGGGGGCCAGCGTTCGGGA
GCTTTTCATAGCCCGTCCTCGGTGCGAGGAATACAAGGTGGTGTCAGTGACCAGAGATTAGGACAGTAGAATTTTGCATTTGTTACAGCAGCAGCTGTAGCGAGTGGTTTCAGCCGCAGGGCAGAGTC
CCCGAGCTGGGCGCGGCTGCAGCTCGGCGGGCGGGCGGAGAAGAGCGCGGGGGCGATAGCGGGGCGGGCATGGGAGCGGGGCCCGCCGAGGCGGGGCGGGACTCGAGACCACAGCCCCGGACCTCACA
AGCGGATGCCGGGGCTTCTCCTGGCTGCCCCAGCGCCCGCGGATCTGTCTGCCGAGGCGCGCTTCCACTCCCAGAGTTTATTCCTCGTTCCTTCTTCAGTCCTGCTCGTCGGAGGACCCGGTTGCCAT
GGTGAAGGAAAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACA
TCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGG
GAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCT
TTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACT
TGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAG
TTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCA
TCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAG
TAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAG
GAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTA
CAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCC
AGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGA
CCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGA
GATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTC
ACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATG
CCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCG
GGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGT
GGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCC
AACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTT
CTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAG
CGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACA
GGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAA
AGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGG
AAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGA
CTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTT
TTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGT
AATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACC
CCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGC
TCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTA
AGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCT
GGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATG
AACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTG
TGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTG
GTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGG
GATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTT
TACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACAT
AAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCC
TAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCT
TGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAG
GCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATC
CTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATAT
GGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTT
TAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATG
AAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCT
CTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTA
ACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTT
TGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGA
ACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAAC
CTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAA
CTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGG
CATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAA
AAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAA
TAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTA
CTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTC
CGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGA
ATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGA
TCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_024448010 ⟹ XP_024303778

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

Sequence:

show sequence

TGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACC
TGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGG
CGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTG
CACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAA
TGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAA
AGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGC
AATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCC
TCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAAT
TTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAG
GGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCT
GAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCATATCAAAGGCAATGA
GCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCAC
CCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCAC
TGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAA
CTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTG
CATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATG
CCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAG
GCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCAC
TCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGG
TTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGT
ATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCA
TAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGT
GCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGA
CTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGG
AGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAG
CAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCA
ATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTG
TGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGA
CTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTG
GAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGG
GAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCC
ACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACAC
GTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTC
TCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTG
GAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTG
TCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTT
TCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTA
GTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCC
TGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATAT
CAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCA
GAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACT
GGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGA
GCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAG
GGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCT
ATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTT
TAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCT
CTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGA
TGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAG
ACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAA
CCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCC
AAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATG
TTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTT
TTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAA
GCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTA
GACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATC
ATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCC
CTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGT
GGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATA
AAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_024448011 ⟹ XP_024303779

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

Sequence:

show sequence

TGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGG
GGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCT
GCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAG
CGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAG
AGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTG
AAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAG
ATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTT
TTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATG
CAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGAC
AAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCC
TGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAA
CTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATC
ATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAG
TGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAA
GGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTC
GCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGAT
ATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATAC
AGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCAT
ATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGC
ATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAA
CAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGT
GAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGT
GAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAAT
GAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGAT
TGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATC
CTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGT
AGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCT
TTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAA
AGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATAT
GAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTG
GGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAA
GCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATC
CTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGA
TCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTA
TTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCC
AGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCAC
CCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATA
GAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAA
CCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAG
CACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTG
TGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGC
TATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATG
TAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCA
GGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTT
CAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAA
TTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAA
TGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTT
TTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGA
AGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTA
TGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATT
ATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTA
TTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGT
TTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTT
CTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTC
TTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCT
TTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCG
TGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTG
TTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_024448013 ⟹ XP_024303781

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,613,736 (-)	NCBI

Sequence:

show sequence

AGCATTCTAGAATGTTTGACATTGCAAGTTGGATGCTGTGAACACAGGTCTCATGCTTTCATCTCCCAGTGGGTGTGCAGACACTGGAGAGACCCAGTGGCCCACCCTCAGGACCCTCACCACCCATC
AGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAG
GGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTAC
CATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAAC
CACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGG
AGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCAC
CCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCC
TACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGA
AGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACT
CCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCA
TTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCATA
TCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATT
TACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACC
AAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAG
AGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACAT
ATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGAC
ACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCA
GAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCA
AAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACA
CCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGC
TTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCA
TGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGG
CTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCG
GGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCT
GCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATG
GCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTG
GTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGC
TCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACAT
TGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGG
AAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCC
CGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTT
GAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCT
GTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATG
CACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAG
ACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCC
TTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTG
GCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAA
ACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGA
GACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAA
AAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGT
CATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGC
CTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTA
ACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAA
TGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGG
GAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTA
ATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTT
CTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTT
CTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCAT
CCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAG
CAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAA
GTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTA
AGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTG
CATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAAC
AAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGT
GGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTA
TGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGT
TCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCT
TGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCAT
ACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_024448014 ⟹ XP_024303782

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,632,397 (-)	NCBI

Sequence:

show sequence

GGAGTCAGGTGGGTGTTGGCTTTGTGAACCAGAAGTCCTCAGCTCACAGGACAGCAGGACAGGT
CACAGGACAGCCCGTGACCCTGTGGGTCAGAAATCAAAAGCCTCCTGAGGAGTTGCTGCTGTGGGGTCAGGCTTAGGCTGATCCTGGTGGTGGACCGAACTAGATGAGGCTGTTTGTCCCTTAATTGT
GACTGGAGTTCCTCCCTGGTATATGCACATCCAAGGGGCTTGTCTAAAAACTCCGATGAAACAGAGGGAGAAGGGGGAAGTCAAAATCCCCCCTACATGGATAAATCAGATTTTAACTTTGATCCTGA
ATTGGATCCTGGATAAGGAATAGAATCCTGAAAGATCCTCTTCCCCGGCTGTCTCTCAGTCTCTACCTTCCCCCAGCCCCATTCAGGTAAATTATAGCGGGGAGCAGCCGTGCAAACCAAATGTCATT
ATTCATTTTTCATAAGAAAGTGAACTTGAAATTGCCATTAGCATCATTATTCTGTTTTTGTTTTACATTAAGGCCAATTTTATTTATCCAGTTTGCCTGAAAGAAGCCGTAGTAAAAATTGAAAGCGA
CTGTAACAGGGAGCCAATAAGCTAACCATTGACTAGTTTTACTTATTGGAACCGTCTCTAGCTGGTGCTCGGTCCTCCTCTTCCTGGCAATCATTTATCAGACTGTGGGAGGGGGCCAGCGTTCGGGA
GCTTTTCATAGCCCGTCCTCGGTGCGAGGAATACAAGGTGGTGTCAGTGACCAGAGATTAGGACAGTAGAATTTTGCATTTGTTACAGCAGCAGCTGTAGCGAGTGGTTTCAGCCGCAGGGCAGAGTC
CCCGAGCTGGGCGCGGCTGCAGCTCGGCGGGCGGGCGGAGAAGAGCGCGGGGGCGATAGCGGGGCGGGCATGGGAGCGGGGCCCGCCGAGGCGGGGCGGGACTCGAGACCACAGCCCCGGACCTCACA
AGCGGATGCCGGGGCTTCTCCTGGCTGCCCCAGCGCCCGCGGATCTGTCTGCCGAGGCGCGCTTCCACTCCCAGAGTTTATTCCTCGTTCCTTCTTCAGTCCTGCTCGTCGGAGGACCCGGTTGCCAT
GGTGAAGGAAAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACA
TCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGG
GAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCT
TTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACT
TGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAG
TTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCA
TCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCTTCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGC
CTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCG
AAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTAC
TCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGC
ATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCGACTCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCAT
ATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCTCAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACAT
TTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACAC
CAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAA
GAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACA
TATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGA
CACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTC
AGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGC
AAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAAC
ACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAG
CTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGC
ATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATG
GCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACC
GGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCC
TGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCAT
GGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTT
GGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAG
CTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACA
TTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAG
GAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTC
CCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATT
TGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTC
TGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTAT
GCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGA
GACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGC
CTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTT
GGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGA
AACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAG
AGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGA
AAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGG
TCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATG
CCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATT
AACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATA
ATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTG
GGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTT
AATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGT
TCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTT
TCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCA
TCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAA
GCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGA
AGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTT
AAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTT
GCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAA
CAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGG
TGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTT
ATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGG
TTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGC
TTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCA
TACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_024448016 ⟹ XP_024303784

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,632,397 (-)	NCBI

Sequence:

show sequence

GGAGTCAGGTGGGTGTTGGCTTTGTGAACCAGAAGTCCTCAGCTCACAGGACAGCAGGACAGGT
CACAGGACAGCCCGTGACCCTGTGGGTCAGAAATCAAAAGCCTCCTGAGGAGTTGCTGCTGTGGGGTCAGGCTTAGGCTGATCCTGGTGGTGGACCGAACTAGATGAGGCTGTTTGTCCCTTAATTGT
GACTGGAGTTCCTCCCTGGTATATGCACATCCAAGGGGCTTGTCTAAAAACTCCGATGAAACAGAGGGAGAAGGGGGAAGTCAAAATCCCCCCTACATGGATAAATCAGATTTTAACTTTGATCCTGA
ATTGGATCCTGGATAAGGAATAGAATCCTGAAAGATCCTCTTCCCCGGCTGTCTCTCAGTCTCTACCTTCCCCCAGCCCCATTCAGGTAAATTATAGCGGGGAGCAGCCGTGCAAACCAAATGTCATT
ATTCATTTTTCATAAGAAAGTGAACTTGAAATTGCCATTAGCATCATTATTCTGTTTTTGTTTTACATTAAGGCCAATTTTATTTATCCAGTTTGCCTGAAAGAAGCCGTAGTAAAAATTGAAAGCGA
CTGTAACAGGGAGCCAATAAGCTAACCATTGACTAGTTTTACTTATTGGAACCGTCTCTAGCTGGTGCTCGGTCCTCCTCTTCCTGGCAATCATTTATCAGACTGTGGGAGGGGGCCAGCGTTCGGGA
GCTTTTCATAGCCCGTCCTCGGTGCGAGGAATACAAGGTGGTGTCAGTGACCAGAGATTAGGACAGTAGAATTTTGCATTTGTTACAGCAGCAGCTGTAGCGAGTGGTTTCAGCCGCAGGGCAGAGTC
CCCGAGCTGGGCGCGGCTGCAGCTCGGCGGGCGGGCGGAGAAGAGCGCGGGGGCGATAGCGGGGCGGGCATGGGAGCGGGGCCCGCCGAGGCGGGGCGGGACTCGAGACCACAGCCCCGGACCTCACA
AGCGGATGCCGGGGCTTCTCCTGGCTGCCCCAGCGCCCGCGGATCTGTCTGCCGAGGCGCGCTTCCACTCCCAGAGTTTATTCCTCGTTCCTTCTTCAGTCCTGCTCGTCGGAGGACCCGGTTGCCAT
GGTGAAGGAAAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCACTGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACA
TCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAACGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGG
GAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTTGTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCT
TTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGTGCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACT
TGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGGTGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAG
TTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCAGCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCA
TCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGGTCATACTATCTATGCAAAAG
TAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTTCGGGCTATGATGACAAACAG
GAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGCTCCATCAACTCCCCTGTGTA
CAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGAGCTTTTGTCTCCTGGTGTGCAGAGGTTGTCGTACCTGCGCACCAGCAGCCTCAGCCCCACCCACAGCG
ACTCCCGCCCCAACCCCCCTTTCCGACACCACTTCATTCCCCATATCAAAGGCAATGAGCCGTCCAGCGGCCGGAACTCCCCTCTCCCTTACCGGCCAGACAGCCGCCCTCTAACTCCAACTTACGCT
CAGGCCCCTAAACATTTCCATGTTCCAGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGATGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTT
TTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCCCCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAG
AGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGACAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCT
CTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGGCTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTA
TAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAATGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCAT
ATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCACTTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTT
GACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAATTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGC
CCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATGAGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTA
GAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGCTGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTG
CTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTATAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTC
TGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAATGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACA
GCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGTATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAA
ACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGCTCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAG
TGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAACAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTG
TCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAGGAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCT
TCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGTTGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATT
TCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAGAGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTG
GCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCATCTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAG
GGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTAACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTG
CTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAAGCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTC
TCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCTGTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTG
CTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAA
CATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGCAGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGC
TTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGCTTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTC
CTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCTAATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACAT
GTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAATTCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGG
ACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGCAGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTT
TCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATGAGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTA
GCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCTACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAA
CCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGCTTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTC
TGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCTAGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGC
TACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGATGATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCA
CATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATTTTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACT
TCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAGTTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCA
TCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATCCAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTA
AAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAATGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAG
GTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCTCCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTG
GAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGTGTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCC
TCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTTTTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGA
CTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGAAAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTG
TTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAGTTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCA
AAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATTGAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAG
AGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTCAGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGC
AGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTCCTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTT
AAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATATGAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCT
GTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCTCCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGC
AGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTTTATTCGTA

hide sequence

RefSeq Acc Id:

XM_024448018 ⟹ XP_024303786

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,632,397 (-)	NCBI

Sequence:

show sequence

GGAGTCAGGTGGGTGTTGGCTTTGTGAACCAGAAGTCCTCAGCTCACAGGACAGCAGGACAGGTCACAGGACAGCCCGTGACCCTGTGGGTCAGAAATCAAAAGCCTCCTGAGGAGTTGCTGCTGTGG
GGTCAGGCTTAGGCTGATCCTGGTGGTGGACCGAACTAGATGAGGCTGTTTGTCCCTTAATTGTGACTGGAGTTCCTCCCTGGTATATGCACATCCAAGGGGCTTGTCTAAAAACTCCGATGAAACAG
AGGGAGAAGGGGGAAGTCAAAATCCCCCCTACATGGATAAATCAGATTTTAACTTTGATCCTGAATTGGATCCTGGATAAGGAATAGAATCCTGAAAGATCCTCTTCCCCGGCTGTCTCTCAGTCTCT
ACCTTCCCCCAGCCCCATTCAGGTAAATTATAGCGGGGAGCAGCCGTGCAAACCAAATGTCATTATTCATTTTTCATAAGAAAGTGAACTTGAAATTGCCATTAGCATCATTATTCTGTTTTTGTTTT
ACATTAAGGCCAATTTTATTTATCCAGTTTGCCTGAAAGAAGCCGTAGTAAAAATTGAAAGCGACTGTAACAGGGAGCCAATAAGCTAACCATTGACTAGTTTTACTTATTGGAACCGTCTCTAGCTG
GTGCTCGGTCCTCCTCTTCCTGGCAATCATTTATCAGACTGTGGGAGGGGGCCAGCGTTCGGGAGCTTTTCATAGCCCGTCCTCGGTGCGAGGAATACAAGGTGGTGTCAGTGACCAGAGATTAGGAC
AGTAGAATTTTGCATTTGTTACAGCAGCAGCTGTAGCGAGTGGTTTCAGCCGCAGGGCAGAGTCCCCGAGCTGGGCGCGGCTGCAGCTCGGCGGGCGGGCGGAGAAGAGCGCGGGGGCGATAGCGGGG
CGGGCATGGGAGCGGGGCCCGCCGAGGCGGGGCGGGACTCGAGACCACAGCCCCGGACCTCACAAGCGGATGCCGGGGCTTCTCCTGGCTGCCCCAGCGCCCGCGGATCTGTCTGCCGAGGCGCGCTT
CCACTCCCAGAGTTTATTCCTCGTTCCTTCTTCAGTCCTGCTCGTCGGAGGACCCGGTTGCCATGGTGAAGGAAAAAGTGGCCCACCCTCAGGACCCTCACCACCCATCAGAGAAGCCTGTCATTCAC
TGCCATAAATGTGGGGAGCCTTGCAAGGGTGAAGTGCTTCGGGTCCAGACCAAACATTTCCACATCAAGTGTTTCACCTGCAAAGTGTGTGGCTGTGACCTGGCACAAGGGGGCTTCTTCATAAAGAA
CGGAGAGTATCTCTGCACCCTGGACTACCAGCGGATGTACGGGACACGCTGCCATGGCTGTGGGGAGTTCGTGGAGGGCGAAGTGGTGACTGCTCTGGGCAAGACCTACCATCCCAATTGCTTTGCTT
GTACTATCTGCAAGCGCCCGTTTCCACCCGGAGACCGAGTCACATTCAATGGGAGAGACTGCCTTTGTCAACTCTGTGCACAGCCGATGTCGTCCAGTCCGAAAGAAACCACCTTCTCCAGCAATTGT
GCCGGCTGCGGAAGAGATATCAAGAATGGGCAGGCGCTGCTGGCGCTGGATAAGCAGTGGCACTTGGGGTGCTTTAAATGCAAGTCCTGCGGGAAGGTCCTCACCGGGGAGTACATCAGCAAGGATGG
TGCTCCGTACTGTGAAAAGGACTACCAGGGACTCTTTGGGGTGAAATGTGAGGCGTGTCACCAGTTTATCACAGGGAAAGTCCTGGAGGCAGGTGACAAACATTACCACCCCAGCTGTGCACGATGCA
GCAGATGCAACCAGATGTTCACAGAAGGAGAGGAAATGTATCTTCAAGGCTCCACCGTTTGGCATCCCGACTGTAAGCAATCTACGAAGACCGAGGAAAAGCTGCGGCTGCCAAACATTCGGCGTTCT
TCATCCGATTTCTTTTATTCCAAAAGTCTGATTCGACGCACAGGACGGTCTCCGTCTCTGCAGCCTACCAGGACATCCTCGGAAAGTATTTATTCTAGGCCAGGCTCCAGTATTCCTGGCTCACCAGG
TCATACTATCTATGCAAAAGTAGACAATGAGATCCTGGATTACAAGGATTTAGCAGCCATTCCGAAGGTCAAGGCAATTTATGACATTGAACGTCCAGATCTTATTACCTATGAGCCTTTCTACACTT
CGGGCTATGATGACAAACAGGAGAGACAGAGCCTTGGAGAGTCTCCGAGGACTTTGTCTCCTACTCCATCAGCAGAAGGGTACCAGGATGTTCGGGATCGGATGATCCATCGGTCCACGAGCCAGGGC
TCCATCAACTCCCCTGTGTACAGCCGCCACAGCTACACTCCAACCACGTCCCGCTCTCCCCAGCATTTCCACAGACCTGATCAAGGAATCAACATTTACCGAAAGCCACCCATCTACAAACAGCATGA
TGCAGCTGCCTTGGCAGCCCAGAGCAAGTCCTCAGAAGATATCATCAAGTTTTCCAAGTTCCCAGCAGCCCAGGCACCAGACCCCAGCGAGACACCAAAGATTGAGACGGACCACTGGCCTGGTCCCC
CCTCATTTGCTGTCGTAGGACCTGACATGAAACGCAGATCTAGTGGCAGAGAGGAAGATGATGAGGAACTTCTGAGACGTCGGCAGCTTCAAGAAGAGCAATTAATGAAGCTTAACTCAGGCCTGGGA
CAGTTGATCTTGAAAGAAGAGATGGAGAAAGAGAGCCGGGAAAGGTCATCTCTGTTAGCCAGTCGCTACGATTCTCCCATCAACTCAGCTTCACATATTCCATCATCTAAAACTGCATCTCTCCCTGG
CTATGGAAGAAATGGGCTTCACCGGCCTGTTTCTACCGACTTCGCTCAGTATAACAGCTATGGGGATGTCAGCGGGGGAGTGCGAGATTACCAGACACTCCCAGATGGCCACATGCCTGCAATGAGAA
TGGACCGAGGAGTGTCTATGCCCAACATGTTGGAACCAAAGATATTTCCATATGAAATGCTCATGGTGACCAACAGAGGGCGAAACAAAATCCTCAGAGAGGTGGACAGAACCAGGCTGGAGCGCCAC
TTAGCCCCTGAAGTGTTTCGGGAAATCTTTGGAATGTCCATACAGGAGTTTGACAGGTTACCTCTTTGGAGACGCAACGACATGAAGAAAAAAGCAAAACTCTTCTAAGTCCCACTCGTGAATGGCAA
TTAGAGAAAGGACTGACAGTGGCGGTGCCCCATAGGATGTCATATTGAGGCCCAAACTTGATTGGAGAATTTGCAAACTACCGTCGCTCAGCAACACCAAAAAGAGAAAGTCTGGTTAAAACACCATG
AGTCAAATGTCGGGCCAGCCAACAGTAACACTTGCCAAGAAGCATGGCGTAGAAATTTCTATGTTCCGAAACACAGAGTAGTGTCCACATGTGAGCTTTTCACATTACCTTATGTATACAACAGGAGC
TGCGTTGTTTTCTTCTTTTTCTTTTCCTTTATCTGTTGTCCAACAACAGTGCTGACTGTCCGGATAAGAGCTGGCAAGTGCCCTTAGGATGCCGCATGGGAAAAATCGGTTATCATAATTTCAAAGTA
TAAATATATTTATTAAGTAGCGCTGCGGCTAAGAAGGAAGAGTGAGGGGTCTGTCCATGGGGTGGCAGTGATTTCACACCCGCCTTTCTTGAATGGCTTCGTGTTACTCAGCCGTGCCCTGGCAGGAA
TGGAACTCCATCAGGGAACAGGGCAGCTCTGTTTGAATGGGGTGAAAAACAGCAAAATTAATTCTTAGCAAGCTCCTTGTTCTCTACTGTTCACCGGGACCTGGCTGGCAAATGACTTAGCTATTAGT
ATATTTAAAAACTGTTCAAAAGCAAAAGAGAAGGAACAGGAATGAAAGGAAACCTTCCCTTAACTCTTTCTGCTTCCCATAGCAGGTCTGGTTCCTGCTCCCCGCCTAGGACAGGAGCTGTCTGGAGC
TCCACCTTTGCAAAGAAAGGAAAAACACAAATTGCCCCCAGATTGGCCCAGTGGCATGCCATTAGGTGATTTTGCATAGGGGCCATATCATTCATGGCCAAAAAAAACCAAAAAGCAAAAAACAAAAA
CAAGTCCCATGTCCTACTGACTCTAGTTCTTCCAGTCGTTATCCTCTGCTGTCTCTCTGGCATCCTATGAATCAGATCAAGCCCATGCTGTTGTTGGTTTTTAAGGTTTCTTTCAATAATAGGCTAAG
GAAAGACATGTTTTTCTCTTTTAAATCTCTGCAACTCCAAAGTAGACTCCTTCGAACGTATTTAATTTGGCCTTTTCAGCTTTCTTCTTGCCCAGCTCTGTCGAATTCATGGGTGTGTGTGCACATGT
TGGTTTCACTCACCCAGAGTAATTTTGTGAGCATGCATGTGCTTTTTAATTTCTGCTTGAATGTTTGTCCTGCTGTGTTGCAGCTTCTAAAGACATTGTCACCGAGTGTGTGTGACTCAAAGATCAAG
AGTGAGGCTAAACTGCGACCCCAACATCACTTCCTTCATGGAAAGGTGTTGGCGCTGATGTAGCTCATGGAAGGATCAGACTGGGAACCACAGAGGAAGGATGAGGTGGGATGTGGAGGTCAGAGCAT
CTCACGAGAGTCCCTCAGGCTCTGCAACACTAGATTCGAATATGAGCCTAGGGTTTCCCCAACACGTGCGTGCATATGAAACCACATCATGATTCCCGACGTGAGTTAGATGAGGGAGAGTTTGTGTA
ACTCCACACCCAGGAGGGTAAGCCACTTTATTATCATGCTTTGGGGCTGTGCTTAAGAATTTAAGCTCTGTTTTAAAGCCGAAGAAGAAAACATTTGAATTTACCTTCATATGCCACTAAGAACAAAA
GCTCTGAAGTTCTTCCTGCTGGCACCAAATATTAGGATTACAAGCTGTCTCTCTGACACCAGTGGTAAAAAAGCAAGTAGAATAGTTTCTGAGTCTGTGTTGCAGCCTCTGACACGTGGCTCACCGCT
GTCATTTGGGGGATGGAATGAACAGTCACTGTTCTATAGCATCCTCCTGTGCTCTTACCTAAGGAATCTAAATTGTCCTAGCCTTCCATTGCTATGCACTGAATGAGGACTACTCTCGTGTGTGTGTG
TGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTGGATCTACTAACATGTTTAGCAAATGGCTCTGACAGGGTGGCCATGAGCAGATGAGACCAGCTCTTGCTTGGTTGGAAGCCACACTGC
AGTTTGCAGTTTAGCCTTTGGTGTCTCAGTGGCTTCTTGCTTATTCCATGCTTTTTCTATCCCATCCTCTCTCTGTGCCCTCCTGCAATGGCAGCCTTGGCACAATGCCTGGGTGTCCTCATCCTTGC
TTTACTCTGGAAAGTGTGGGGATGGAGAGGATGGTGCATTTCCAGTGCTTCCTTACCTGTCAATAACAATGGTGGCCACCTGGGTCCCAGCACTTGGCTGGTGGAGAGATTTTTTTCATTATGGAGCT
AATAAAGGGTCCCTACGTTTTACATTGATTAATGAATTATCACCCAGACATGTGCAGATGAAATGTCAATATAAGAAAAATCAAGGTATTTGGGAAACATGGGCATAATCAGGTAGTTTTGCTAAAAT
TCCTCTTCCTTGGTCTACATAAAGAAGACATGGGTCTGTCATAGAATGGGGACATTAGACTGAAAACTGGGACAACCCCCTTCCTTATTTTATAGAGACTAGGAGTTAAGGGGCCTGCCTAAGATTGC
AGTGATAAAGAACTGAACCCTAAATCAGCTCCCACTAATGAAACCCTGCTTTCCTTGTATCTTTTAAACTCAGTTCTGCATCCAACTTGAGAAGAAAAAAAGCTTCTTTCCATATCAAGTACCATATG
AGTTCATTTAAACTGCACCTTGCAGAAATGCATTGCCAGAAAGCACCAGTAGCCTCCTATCTGCAAGCAGAGTAGTGCTCTGCTCTGGGGAGGGGTCATTGGAAACCATAATGCAGAGTGGGCCCCCT
ACTCCATTTCCCAGCAAAAGGCTCCAGCTGGAGGGATGGGTTGTGGGGCAACCTGGTTCCTGCTAACTGCCAGATTGAATGTGTGGGCTAGAATGCCTGCACATTTAGTTAAACTGGGCTCAGCATGC
TTGTCCTCAAAATGTCCATCCTGGTCACAGCACACAAGATGGCTATTGGTCTGCTTTTACCCTACCCTGTACTATACATGAAAATTCCAGTTATTAACACACTCAAACTGGTGGAGCTTGTTCACCCT
AGGAAGGGGATTGTATATATGGCAGGCTTCCCTGGTGCCGATGTAAAGGGCTACATTTGGGAACATTTGACTTCCTTGGGACTCTTAAGTGCATAATGATGGCATGAAGTAAAAGGGGCCTCAATGAT
GATAGGAAAATCAGTTCTTTTAAAATTTCTTCAAGAAAATCCAGGCTATCACATAGTCTTTCTGTGTGACTTATTAGGAGATAGGAAGAGCATTGGGAAACTTGCACAGCTAGCTATGCATCTACATT
TTGGTTTGGGGTTAGTTATGAAATGTTCTTAATATGACGTGTTCAATAACTTCACATAAACTTCCTGTTCTCCAAAACCTCAAAGAGATAGAGTTAATGAGTTGTTGTTTTTTTTTAAATGGGGGTAG
TTTTCTATCTGTCATGGGCTCTAGCATCTACTCCGCTACCCAATTCTGTCATCTCCAAGCTGAGTTTCCTCTTCTGAGGCAGAGGCTGGAGCAGTTCTTTTTCAGTTCTCATCCTCTCCATCCCAATC
CAGTATATCAATCAACTCTAACTCGGAGACGTCTAGCTGGCAATGTTTCTAAAACTTTCACTGGATTTCTTTAGACATTGAAGCAAACATTTTTTTCTAAGAATTGCTTCTCAGATGATGATATCAAA
TGTATATGCTTTTGCAAGTTTGAAAAGTTCAAATTAACCACTTTTGACTAGGTAAGTCTTTCTAAAAACCATTTAAAGCTAACTGGGTCTTAGCATCCTCCTGTGTATGGAAGAGACAGGTGACCGCT
CCAGGTTGGGTGCTCACAGAACCCTTTTCCTGACTCTCATGGAAGATGGTGGAAGGAAAATAGACTGTCTCATCAACCCTCCTGTGTCCTCTGAAGCAATCTCAGTTTTTATTAACCACCTCTTCTGT
GTTTCTGGTAGCTATTTAACCTGTATTTAATCTGTACTTCCTATGCCAGCCTCAATTTTATTTGATTTTTACAATTATTCTCTTCTAACCAATGAAGTGTTTGTCAGTATGCCCCAAAGCTTGCTCTT
TTGTGCTCCCTTTTGAATAACTTTCTATCCAGAAAAAGAGATTATTTGGGACTTGAGATTTGCAGTGATACCAACTTATAGCAATGATGTACTTTAAGGGAACTACCCAACTATGTTGTGATAGAAGA
AAGAGAAACCTTCACTTTGGCATTTTTTTTTAATCACTGTTTATTTTTCTGTTTGCGGCCCAGGAAGCAGTGGGAGGTGGTGGCAGATATGCTTTGCATATGGATTGTTATGTTTTTATTTGGGCAAG
TTTAATCATGGAAAACTCAAAAAGAAGGGGGGAAATGGTCAGTTTAAGCCAAAAGAAACTTTCTAAACAATGTATAGGTACACAGCAAAATTAAACAAATCCAACAATTTCTGAAGCTTAGTGTAATT
GAGTGGTGGTTGTTATTCAATAAAATTATTCCCAAAAGTGTTTCTCCTAAGAGTGCAGTTCCCATGAGTCACTTCCTGAACCCATTGACCAAAGGTGGACAGAGACAATCCTGTAGACCTTGACATTC
AGAAAGATGTGAGCTGCTTACTGATCATATATGCATACGTTTCTTTACAGCAGAGGAAACCATTGTCCACAAAACTGATGTTCTTTTGGGGTTTTATGTACAGACTTGTCCAATCATGTGTGTGGTTC
CTGCGAGTTGCTGATGACTCCGCATTGAAGCTCTCTGAGTTCTTTGATTTTAAGTTGGGTTTATGGAATTTTTTCAAATGTTGGAAGGTGTGTGGTTCTTCCTGCCCTCCCTCCCCTTTTGGAAATAT
GAAAGCAAATGTTTAGAAGAATTCCTTTTGAAAAGCTGTGTCGTGTTCCCTGTGAAACTGAGCAGGTGTGTGTTGGCGCGCTAAGTGCCACATGCTTGTGTGTAGAGGAGGAGGTGGCCCTGCCGGCT
CCGCGCTGCTGTGCCTGTGATCCCTACCTGCTCCCCGCTCCTGTTGCCAGCAGCACTCACTGCACTCCTTTGTCATATACTCTGCATCACTGTCATACTCACAACTTCGTGAATAAAGTTGTGTGCTT
TATTCGTA

hide sequence

RefSeq Acc Id:

XM_047425229 ⟹ XP_047281185

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425231 ⟹ XP_047281187

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425232 ⟹ XP_047281188

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425233 ⟹ XP_047281189

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,685,003 (-)	NCBI

RefSeq Acc Id:

XM_047425234 ⟹ XP_047281190

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425236 ⟹ XP_047281192

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425237 ⟹ XP_047281193

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425238 ⟹ XP_047281194

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425239 ⟹ XP_047281195

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425240 ⟹ XP_047281196

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425242 ⟹ XP_047281198

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425243 ⟹ XP_047281199

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,431,110 - 114,685,003 (-)	NCBI

RefSeq Acc Id:

XM_047425244 ⟹ XP_047281200

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,449,980 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425245 ⟹ XP_047281201

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,449,980 - 114,801,373 (-)	NCBI

RefSeq Acc Id:

XM_047425246 ⟹ XP_047281202

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	10	114,449,980 - 114,632,397 (-)	NCBI

RefSeq Acc Id:

XM_054365907 ⟹ XP_054221882

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,686 (-)	NCBI

RefSeq Acc Id:

XM_054365908 ⟹ XP_054221883

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365909 ⟹ XP_054221884

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,507,789 (-)	NCBI

RefSeq Acc Id:

XM_054365910 ⟹ XP_054221885

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365911 ⟹ XP_054221886

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365912 ⟹ XP_054221887

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,579,057 (-)	NCBI

RefSeq Acc Id:

XM_054365913 ⟹ XP_054221888

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,686 (-)	NCBI

RefSeq Acc Id:

XM_054365914 ⟹ XP_054221889

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,527,219 (-)	NCBI

RefSeq Acc Id:

XM_054365915 ⟹ XP_054221890

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,507,789 (-)	NCBI

RefSeq Acc Id:

XM_054365916 ⟹ XP_054221891

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,526,451 (-)	NCBI

RefSeq Acc Id:

XM_054365917 ⟹ XP_054221892

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,662,414 (-)	NCBI

RefSeq Acc Id:

XM_054365918 ⟹ XP_054221893

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365919 ⟹ XP_054221894

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365920 ⟹ XP_054221895

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,579,057 (-)	NCBI

RefSeq Acc Id:

XM_054365921 ⟹ XP_054221896

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365922 ⟹ XP_054221897

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365923 ⟹ XP_054221898

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,686 (-)	NCBI

RefSeq Acc Id:

XM_054365924 ⟹ XP_054221899

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,686 (-)	NCBI

RefSeq Acc Id:

XM_054365925 ⟹ XP_054221900

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,526,451 (-)	NCBI

RefSeq Acc Id:

XM_054365926 ⟹ XP_054221901

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,662,414 (-)	NCBI

RefSeq Acc Id:

XM_054365927 ⟹ XP_054221902

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365928 ⟹ XP_054221903

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365929 ⟹ XP_054221904

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365930 ⟹ XP_054221905

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365931 ⟹ XP_054221906

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,662,414 (-)	NCBI

RefSeq Acc Id:

XM_054365932 ⟹ XP_054221907

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,526,451 (-)	NCBI

RefSeq Acc Id:

XM_054365933 ⟹ XP_054221908

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,686,685 (-)	NCBI

RefSeq Acc Id:

XM_054365934 ⟹ XP_054221909

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,579,057 (-)	NCBI

RefSeq Acc Id:

XM_054365935 ⟹ XP_054221910

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,526,451 (-)	NCBI

RefSeq Acc Id:

XM_054365936 ⟹ XP_054221911

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,523,952 (-)	NCBI

RefSeq Acc Id:

XM_054365937 ⟹ XP_054221912

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,325,183 - 115,420,991 (-)	NCBI

RefSeq Acc Id:

XM_054365938 ⟹ XP_054221913

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,344,138 - 115,686,686 (-)	NCBI

RefSeq Acc Id:

XM_054365939 ⟹ XP_054221914

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,344,138 - 115,686,686 (-)	NCBI

RefSeq Acc Id:

XM_054365940 ⟹ XP_054221915

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	10	115,344,138 - 115,526,451 (-)	NCBI


Protein RefSeqs	NP_001003407	(Get FASTA)	NCBI Sequence Viewer
	NP_001309811	(Get FASTA)	NCBI Sequence Viewer
	NP_001309812	(Get FASTA)	NCBI Sequence Viewer
	NP_001309813	(Get FASTA)	NCBI Sequence Viewer
	NP_001309814	(Get FASTA)	NCBI Sequence Viewer
	NP_001309815	(Get FASTA)	NCBI Sequence Viewer
	NP_001309816	(Get FASTA)	NCBI Sequence Viewer
	NP_001309817	(Get FASTA)	NCBI Sequence Viewer
	NP_001309818	(Get FASTA)	NCBI Sequence Viewer
	NP_001309819	(Get FASTA)	NCBI Sequence Viewer
	NP_001309820	(Get FASTA)	NCBI Sequence Viewer
	NP_001309821	(Get FASTA)	NCBI Sequence Viewer
	NP_001309822	(Get FASTA)	NCBI Sequence Viewer
	NP_001309823	(Get FASTA)	NCBI Sequence Viewer
	NP_001309824	(Get FASTA)	NCBI Sequence Viewer
	NP_001309825	(Get FASTA)	NCBI Sequence Viewer
	NP_001309826	(Get FASTA)	NCBI Sequence Viewer
	NP_001309827	(Get FASTA)	NCBI Sequence Viewer
	NP_001309828	(Get FASTA)	NCBI Sequence Viewer
	NP_001309829	(Get FASTA)	NCBI Sequence Viewer
	NP_001339369	(Get FASTA)	NCBI Sequence Viewer
	NP_001339370	(Get FASTA)	NCBI Sequence Viewer
	NP_001339371	(Get FASTA)	NCBI Sequence Viewer
	NP_001339372	(Get FASTA)	NCBI Sequence Viewer
	NP_002304	(Get FASTA)	NCBI Sequence Viewer
	NP_006711	(Get FASTA)	NCBI Sequence Viewer
	XP_006717900	(Get FASTA)	NCBI Sequence Viewer
	XP_006717909	(Get FASTA)	NCBI Sequence Viewer
	XP_011538103	(Get FASTA)	NCBI Sequence Viewer
	XP_011538104	(Get FASTA)	NCBI Sequence Viewer
	XP_016871734	(Get FASTA)	NCBI Sequence Viewer
	XP_016871736	(Get FASTA)	NCBI Sequence Viewer
	XP_016871739	(Get FASTA)	NCBI Sequence Viewer
	XP_016871744	(Get FASTA)	NCBI Sequence Viewer
	XP_016871745	(Get FASTA)	NCBI Sequence Viewer
	XP_024303778	(Get FASTA)	NCBI Sequence Viewer
	XP_024303779	(Get FASTA)	NCBI Sequence Viewer
	XP_024303781	(Get FASTA)	NCBI Sequence Viewer
	XP_024303782	(Get FASTA)	NCBI Sequence Viewer
	XP_024303784	(Get FASTA)	NCBI Sequence Viewer
	XP_024303786	(Get FASTA)	NCBI Sequence Viewer
	XP_047281185	(Get FASTA)	NCBI Sequence Viewer
	XP_047281187	(Get FASTA)	NCBI Sequence Viewer
	XP_047281188	(Get FASTA)	NCBI Sequence Viewer
	XP_047281189	(Get FASTA)	NCBI Sequence Viewer
	XP_047281190	(Get FASTA)	NCBI Sequence Viewer
	XP_047281192	(Get FASTA)	NCBI Sequence Viewer
	XP_047281193	(Get FASTA)	NCBI Sequence Viewer
	XP_047281194	(Get FASTA)	NCBI Sequence Viewer
	XP_047281195	(Get FASTA)	NCBI Sequence Viewer
	XP_047281196	(Get FASTA)	NCBI Sequence Viewer
	XP_047281198	(Get FASTA)	NCBI Sequence Viewer
	XP_047281199	(Get FASTA)	NCBI Sequence Viewer
	XP_047281200	(Get FASTA)	NCBI Sequence Viewer
	XP_047281201	(Get FASTA)	NCBI Sequence Viewer
	XP_047281202	(Get FASTA)	NCBI Sequence Viewer
	XP_054221882	(Get FASTA)	NCBI Sequence Viewer
	XP_054221883	(Get FASTA)	NCBI Sequence Viewer
	XP_054221884	(Get FASTA)	NCBI Sequence Viewer
	XP_054221885	(Get FASTA)	NCBI Sequence Viewer
	XP_054221886	(Get FASTA)	NCBI Sequence Viewer
	XP_054221887	(Get FASTA)	NCBI Sequence Viewer
	XP_054221888	(Get FASTA)	NCBI Sequence Viewer
	XP_054221889	(Get FASTA)	NCBI Sequence Viewer
	XP_054221890	(Get FASTA)	NCBI Sequence Viewer
	XP_054221891	(Get FASTA)	NCBI Sequence Viewer
	XP_054221892	(Get FASTA)	NCBI Sequence Viewer
	XP_054221893	(Get FASTA)	NCBI Sequence Viewer
	XP_054221894	(Get FASTA)	NCBI Sequence Viewer
	XP_054221895	(Get FASTA)	NCBI Sequence Viewer
	XP_054221896	(Get FASTA)	NCBI Sequence Viewer
	XP_054221897	(Get FASTA)	NCBI Sequence Viewer
	XP_054221898	(Get FASTA)	NCBI Sequence Viewer
	XP_054221899	(Get FASTA)	NCBI Sequence Viewer
	XP_054221900	(Get FASTA)	NCBI Sequence Viewer
	XP_054221901	(Get FASTA)	NCBI Sequence Viewer
	XP_054221902	(Get FASTA)	NCBI Sequence Viewer
	XP_054221903	(Get FASTA)	NCBI Sequence Viewer
	XP_054221904	(Get FASTA)	NCBI Sequence Viewer
	XP_054221905	(Get FASTA)	NCBI Sequence Viewer
	XP_054221906	(Get FASTA)	NCBI Sequence Viewer
	XP_054221907	(Get FASTA)	NCBI Sequence Viewer
	XP_054221908	(Get FASTA)	NCBI Sequence Viewer
	XP_054221909	(Get FASTA)	NCBI Sequence Viewer
	XP_054221910	(Get FASTA)	NCBI Sequence Viewer
	XP_054221911	(Get FASTA)	NCBI Sequence Viewer
	XP_054221912	(Get FASTA)	NCBI Sequence Viewer
	XP_054221913	(Get FASTA)	NCBI Sequence Viewer
	XP_054221914	(Get FASTA)	NCBI Sequence Viewer
	XP_054221915	(Get FASTA)	NCBI Sequence Viewer
GenBank Protein	AAC51676	(Get FASTA)	NCBI Sequence Viewer
	AAH02448	(Get FASTA)	NCBI Sequence Viewer
	AWX65651	(Get FASTA)	NCBI Sequence Viewer
	BAA06681	(Get FASTA)	NCBI Sequence Viewer
	BAG52725	(Get FASTA)	NCBI Sequence Viewer
	BAG53605	(Get FASTA)	NCBI Sequence Viewer
	BAG53784	(Get FASTA)	NCBI Sequence Viewer
	BAG60865	(Get FASTA)	NCBI Sequence Viewer
	BAH12557	(Get FASTA)	NCBI Sequence Viewer
	CAH18679	(Get FASTA)	NCBI Sequence Viewer
	EAW49467	(Get FASTA)	NCBI Sequence Viewer
	EAW49468	(Get FASTA)	NCBI Sequence Viewer
	EAW49469	(Get FASTA)	NCBI Sequence Viewer
Ensembl Protein	ENSP00000358257
	ENSP00000358257.2
	ENSP00000358260
	ENSP00000358260.3
	ENSP00000376679
	ENSP00000376679.3
	ENSP00000376682
	ENSP00000376682.4
	ENSP00000433629
	ENSP00000433629.3
	ENSP00000499023
	ENSP00000516747
GenBank Protein	O14639	(Get FASTA)	NCBI Sequence Viewer

RefSeq Acc Id:	NP_001003407 ⟸ NM_001003407
- Peptide Label:	isoform b
- UniProtKB:	F8W8M4 (UniProtKB/TrEMBL)
- Sequence:	show sequence MLMTLEMTELTDPHHTMGDYKVAHPQDPHHPSEKPVIHCHKCGEPCKGEVLRVQTKHFHIKCFTCKVCGCDLAQGGFFIKNGEYLCTLDYQRMYGTRCHGCGEFVEGEVVTALGKTYHPNCFACTICK RPFPPGDRVTFNGRDCLCQLCAQPMSSSPKETTFSSNCAGCGRDIKNGQALLALDKQWHLGCFKCKSCGKVLTGEYISKDGAPYCEKDYQGLFGVKCEACHQFITGKVLEAGDKHYHPSCARCSRCNQ MFTEGEEMYLQGSTVWHPDCKQSTKTEEKLRPTRTSSESIYSRPGSSIPGSPGHTIYAKVDNEILDYKDLAAIPKVKAIYDIERPDLITYEPFYTSGYDDKQERQSLGESPRTLSPTPSAEGYQDVRD RMIHRSTSQGSINSPVYSRHSYTPTTSRSPQHFHRPGNEPSSGRNSPLPYRPDSRPLTPTYAQAPKHFHVPDQGINIYRKPPIYKQHAALAAQSKSSEDIIKFSKFPAAQAPDPSETPKIETDHWPGP PSFAVVGPDMKRRSSGREEDDEELLRRRQLQEEQLMKLNSGLGQLILKEEMEKESRERSSLLASRYDSPINSASHIPSSKTASLPGYGRNGLHRPVSTDFAQYNSYGDVSGGVRDYQTLPDGHMPAMR MDRGVSMPNMLEPKIFPYEMLMVTNRGRNKILREVDRTRLERHLAPEVFREIFGMSIQEFDRLPLWRRNDMKKKAKLF hide sequence

RefSeq Acc Id:	NP_002304 ⟸ NM_002313
- Peptide Label:	isoform a
- UniProtKB:	Q68CQ9 (UniProtKB/Swiss-Prot), Q5T6N5 (UniProtKB/Swiss-Prot), Q5T6N3 (UniProtKB/Swiss-Prot), Q5T6N2 (UniProtKB/Swiss-Prot), Q5JVV2 (UniProtKB/Swiss-Prot), Q5JVV1 (UniProtKB/Swiss-Prot), Q15039 (UniProtKB/Swiss-Prot), B3KVH2 (UniProtKB/Swiss-Prot), A8MXA9 (UniProtKB/Swiss-Prot), A6NJ06 (UniProtKB/Swiss-Prot), A6NI16 (UniProtKB/Swiss-Prot), Q9BUP1 (UniProtKB/Swiss-Prot), O14639 (UniProtKB/Swiss-Prot), A0A2Z4N5U1 (UniProtKB/TrEMBL)
- Sequence:	show sequence MPAFLGLKCLGKLCSSEKSKVTSSERTSARGSNRKRLIVEDRRVSGTSFTAHRRATITHLLYLCPKDYCPRGRVCNSVDPFVAHPQDPHHPSEKPVIHCHKCGEPCKGEVLRVQTKHFHIKCFTCKVC GCDLAQGGFFIKNGEYLCTLDYQRMYGTRCHGCGEFVEGEVVTALGKTYHPNCFACTICKRPFPPGDRVTFNGRDCLCQLCAQPMSSSPKETTFSSNCAGCGRDIKNGQALLALDKQWHLGCFKCKSC GKVLTGEYISKDGAPYCEKDYQGLFGVKCEACHQFITGKVLEAGDKHYHPSCARCSRCNQMFTEGEEMYLQGSTVWHPDCKQSTKTEEKLRPTRTSSESIYSRPGSSIPGSPGHTIYAKVDNEILDYK DLAAIPKVKAIYDIERPDLITYEPFYTSGYDDKQERQSLGESPRTLSPTPSAEGYQDVRDRMIHRSTSQGSINSPVYSRHSYTPTTSRSPQHFHRPGNEPSSGRNSPLPYRPDSRPLTPTYAQAPKHF HVPDQGINIYRKPPIYKQHAALAAQSKSSEDIIKFSKFPAAQAPDPSETPKIETDHWPGPPSFAVVGPDMKRRSSGREEDDEELLRRRQLQEEQLMKLNSGLGQLILKEEMEKESRERSSLLASRYDS PINSASHIPSSKTASLPGYGRNGLHRPVSTDFAQYNSYGDVSGGVRDYQTLPDGHMPAMRMDRGVSMPNMLEPKIFPYEMLMVTNRGRNKILREVDRTRLERHLAPEVFREIFGMSIQEFDRLPLWRR NDMKKKAKLF hide sequence

RefSeq Acc Id:	NP_006711 ⟸ NM_006720
- Peptide Label:	isoform s
- UniProtKB:	B3KSG3 (UniProtKB/TrEMBL)
- Sequence:	show sequence MFTEGEEMYLQGSTVWHPDCKQSTKTEEKLRLPNIRRSSSDFFYSKSLIRRTGRSPSLQPTRTS SESIYSRPGSSIPGSPGHTIYAKVDNEILDYKDLAAIPKVKAIYDIERPDLITYEPFYTSGYDDKQERQSLGESPRTLSPTPSAEGYQDVRDRMIHRSTSQGSINSPVYSRHSYTPTTSRSPQHFHRP DQGINIYRKPPIYKQHAALAAQSKSSEDIIKFSKFPAAQAPDPSETPKIETDHWPGPPSFAVVGPDMKRRSSGREEDDEELLRRRQLQEEQLMKLNSGLGQLILKEEMEKESRERSSLLASRYDSPIN SASHIPSSKTASLPGYGRNGLHRPVSTDFAQYNSYGDVSGGVRDYQTLPDGHMPAMRMDRGVSMPNMLEPKIFPYEMLMVTNRGRNKILREVDRTRLERHLAPEVFREIFGMSIQEFDRLPLWRRNDM KKKAKLF hide sequence

RefSeq Acc Id:	XP_006717900 ⟸ XM_006717837
- Peptide Label:	isoform X5
- UniProtKB:	F8W8M4 (UniProtKB/TrEMBL)
- Sequence:	show sequence MLMTLEMTELTDPHHTMGDYKVAHPQDPHHPSEKPVIHCHKCGEPCKGEVLRVQTKHFHIKCFT CKVCGCDLAQGGFFIKNGEYLCTLDYQRMYGTRCHGCGEFVEGEVVTALGKTYHPNCFACTICKRPFPPGDRVTFNGRDCLCQLCAQPMSSSPKETTFSSNCAGCGRDIKNGQALLALDKQWHLGCFK CKSCGKVLTGEYISKDGAPYCEKDYQGLFGVKCEACHQFITGKVLEAGDKHYHPSCARCSRCNQMFTEGEEMYLQGSTVWHPDCKQSTKTEEKLRLPNIRRSSSDFFYSKSLIRRTGRSPSLQPTRTS SESIYSRPGSSIPGSPGHTIYAKVDNEILDYKDLAAIPKVKAIYDIERPDLITYEPFYTSGYDDKQERQSLGESPRTLSPTPSAEGYQDVRDRMIHRSTSQGSINSPVYSRHSYTPTTSRSPQHFHRP ELLSPGVQRLSYLRTSSLSPTHSDSRPNPPFRHHFIPHIKGNEPSSGRNSPLPYRPDSRPLTPTYAQAPKHFHVPDQGINIYRKPPIYKQHDAAALAAQSKSSEDIIKFSKFPAAQAPDPSETPKIET DHWPGPPSFAVVGPDMKRRSSGREEDDEELLRRRQLQEEQLMKLNSGLGQLILKEEMEKESRERSSLLASRYDSPINSASHIPSSKTASLPGYGRNGLHRPVSTDFAQYNSYGDVSGGVRDYQTLPDG HMPAMRMDRGVSMPNMLEPKIFPYEMLMVTNRGRNKILREVDRTRLERHLAPEVFREIFGMSIQEFDRLPLWRRNDMKKKAKLF hide sequence

RefSeq Acc Id:	XP_006717909 ⟸ XM_006717846
- Peptide Label:	isoform X27
- UniProtKB:	B3KSG3 (UniProtKB/TrEMBL)
- Sequence:	show sequence MFTEGEEMYLQGSTVWHPDCKQSTKTEEKLRLPNIRRSSSDFFYSKSLIRRTGRSPSLQPTRTSSESIYSRPGSSIPGSPGHTIYAKVDNEILDYKDLAAIPKVKAIYDIERPDLITYEPFYTSGYDD KQERQSLGESPRTLSPTPSAEGYQDVRDRMIHRSTSQGSINSPVYSRHSYTPTTSRSPQHFHRPELLSPGVQRLSYLRTSSLSPTHSDSRPNPPFRHHFIPHIKGNEPSSGRNSPLPYRPDSRPLTPT YAQAPKHFHVPDQGINIYRKPPIYKQHDAAALAAQSKSSEDIIKFSKFPAAQAPDPSETPKIETDHWPGPPSFAVVGPDMKRRSSGREEDDEELLRRRQLQEEQLMKLNSGLGQLILKEEMEKESRER SSLLASRYDSPINSASHIPSSKTASLPGYGRNGLHRPVSTDFAQYNSYGDVSGGVRDYQTLPDGHMPAMRMDRGVSMPNMLEPKIFPYEMLMVTNRGRNKILREVDRTRLERHLAPEVFREIFGMSIQ EFDRLPLWRRNDMKKKAKLF hide sequence

Protein Domains

HP LIM zinc-binding Putative adherens-junction anchoring

Name	Modeler	Protein Id	AA Range	Protein Structure
AF-O14639-F1-model_v2	AlphaFold	O14639	1-778	view protein structure

RGD ID:

6787300

Promoter ID:

HG_KWN:11256

Type:

Non-CpG

SO ACC ID:

SO:0000170

Source:

MPROMDB

Tissues & Cell Lines:

CD4+TCell

Transcripts:

OTTHUMT00000050480

Position:

Human Assembly	Chr	Position (strand)	Source
Build 36	10	116,237,066 - 116,237,566 (-)	MPROMDB

RGD ID:

6787303

Promoter ID:

HG_KWN:11257

Type:

Non-CpG

SO ACC ID:

SO:0000170

Source:

MPROMDB

Tissues & Cell Lines:

CD4+TCell

Transcripts:

UC009XYG.1

Position:

Human Assembly	Chr	Position (strand)	Source
Build 36	10	116,242,266 - 116,242,766 (-)	MPROMDB

RGD ID:

6787549

Promoter ID:

HG_KWN:11259

Type:

CpG-Island

SO ACC ID:

SO:0000170

Source:

MPROMDB

Tissues & Cell Lines:

CD4+TCell, CD4+TCell_12Hour, CD4+TCell_2Hour, HeLa_S3, K562, Lymphoblastoid, NB4

Transcripts:

ENST00000369257, ENST00000369260, ENST00000392952, NM_006720, OTTHUMT00000050479, UC009XYH.1, UC009XYN.1

Position:

Human Assembly	Chr	Position (strand)	Source
Build 36	10	116,276,294 - 116,276,794 (-)	MPROMDB

Database	Acc Id	Source(s)
COSMIC	ABLIM1	COSMIC
Ensembl Genes	ENSG00000099204	Ensembl, ENTREZGENE, UniProtKB/Swiss-Prot
Ensembl Transcript	ENST00000369253	ENTREZGENE
	ENST00000369253.6	UniProtKB/Swiss-Prot
	ENST00000369256	ENTREZGENE
	ENST00000369256.6	UniProtKB/Swiss-Prot
	ENST00000392952	ENTREZGENE
	ENST00000392952.7	UniProtKB/Swiss-Prot
	ENST00000392955	ENTREZGENE
	ENST00000392955.8	UniProtKB/Swiss-Prot
	ENST00000533213	ENTREZGENE
	ENST00000533213.7	UniProtKB/Swiss-Prot
	ENST00000651023	ENTREZGENE
	ENST00000707119	ENTREZGENE
Gene3D-CATH	1.10.950.10	UniProtKB/Swiss-Prot
	Cysteine Rich Protein	UniProtKB/Swiss-Prot
GTEx	ENSG00000099204	GTEx
HGNC ID	HGNC:78	ENTREZGENE
Human Proteome Map	ABLIM1	Human Proteome Map
InterPro	AbLIM_anchor	UniProtKB/Swiss-Prot
	Actin-binding_LIM	UniProtKB/Swiss-Prot
	Villin_headpiece	UniProtKB/Swiss-Prot
	Villin_headpiece_dom_sf	UniProtKB/Swiss-Prot
	Znf_LIM	UniProtKB/Swiss-Prot
KEGG Report	hsa:3983	UniProtKB/Swiss-Prot
NCBI Gene	3983	ENTREZGENE
OMIM	602330	OMIM
PANTHER	ACTIN-BINDING LIM PROTEIN	UniProtKB/Swiss-Prot
	PTHR24213:SF18	UniProtKB/Swiss-Prot
Pfam	AbLIM_anchor	UniProtKB/Swiss-Prot
	LIM	UniProtKB/Swiss-Prot
	VHP	UniProtKB/Swiss-Prot
PharmGKB	ABLIM1	RGD, PharmGKB
PROSITE	LIM_DOMAIN_1	UniProtKB/Swiss-Prot
	LIM_DOMAIN_2	UniProtKB/Swiss-Prot
	PS51089	UniProtKB/Swiss-Prot
SMART	LIM	UniProtKB/Swiss-Prot
	VHP	UniProtKB/Swiss-Prot
Superfamily-SCOP	Glucocorticoid receptor-like (DNA-binding domain)	UniProtKB/Swiss-Prot
	SSF47050	UniProtKB/Swiss-Prot
UniProt	A0A2Z4N5U1	ENTREZGENE, UniProtKB/TrEMBL
	A0A3B3IS55	ENTREZGENE, UniProtKB/TrEMBL
	A0A494C1G0	ENTREZGENE
	A0A494C1P1	ENTREZGENE, UniProtKB/TrEMBL
	A0A9L9PY99	ENTREZGENE, UniProtKB/TrEMBL
	A6NI16	ENTREZGENE
	A6NJ06	ENTREZGENE
	A8MXA9	ENTREZGENE
	ABLM1_HUMAN	UniProtKB/Swiss-Prot
	B3KSG3	ENTREZGENE, UniProtKB/TrEMBL
	B3KVH2	ENTREZGENE
	B4DQA3	ENTREZGENE, UniProtKB/TrEMBL
	B7Z4H1	ENTREZGENE, UniProtKB/TrEMBL
	F6XFR5_HUMAN	UniProtKB/TrEMBL
	F8W8M4	ENTREZGENE, UniProtKB/TrEMBL
	H0Y7N6_HUMAN	UniProtKB/TrEMBL
	O14639	ENTREZGENE
	Q15039	ENTREZGENE
	Q5JVV1	ENTREZGENE
	Q5JVV2	ENTREZGENE
	Q5T6N2	ENTREZGENE
	Q5T6N3	ENTREZGENE
	Q5T6N5	ENTREZGENE
	Q68CQ9	ENTREZGENE
	Q9BUP1	ENTREZGENE
UniProt Secondary	A6NI16	UniProtKB/Swiss-Prot
	A6NJ06	UniProtKB/Swiss-Prot
	A8MXA9	UniProtKB/Swiss-Prot
	B3KVH2	UniProtKB/Swiss-Prot
	Q15039	UniProtKB/Swiss-Prot
	Q5JVV1	UniProtKB/Swiss-Prot
	Q5JVV2	UniProtKB/Swiss-Prot
	Q5T6N2	UniProtKB/Swiss-Prot
	Q5T6N3	UniProtKB/Swiss-Prot
	Q5T6N5	UniProtKB/Swiss-Prot
	Q68CQ9	UniProtKB/Swiss-Prot
	Q9BUP1	UniProtKB/Swiss-Prot

Gene Annotator (Functional Annotation) unavailable	Gene Annotator (Annotation Distribution) unavailable	Variant Visualizer (Genomic Variants) unavailable


InterViewer (Protein-Protein Interactions) unavailable	Gviewer (Genome Viewer) unavailable	Variant Visualizer (Damaging Variants) unavailable


Gene Annotator (Annotation Comparison) unavailable	OLGA (Gene List Generator) unavailable
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MOET (Multi-Ontology Enrichement) unavailable	GOLF (Gene-Ortholog Location Finder) unavailable

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Imported Disease Annotations - CTD