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Gene: Ino80d (INO80 complex subunit D) Rattus norvegicus

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Symbol:

Ino80d

Name:

INO80 complex subunit D

RGD ID:

1304808

Description:

Predicted to be involved in several processes, including regulation of embryonic development; regulation of nucleobase-containing compound metabolic process; and telomere maintenance. Predicted to be part of Ino80 complex. Predicted to be active in nucleus. Orthologous to human INO80D (INO80 complex subunit D); PARTICIPATES IN INO80 family mediated chromatin remodeling pathway; INTERACTS WITH 17alpha-ethynylestradiol; 2,3,7,8-Tetrachlorodibenzofuran; amphetamine.

Type:

protein-coding

RefSeq Status:

VALIDATED

Previously known as:

LOC316440; RGD1304808; similar to hypothetical protein FLJ20309

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 ...
Homo sapiens (human):	INO80D (INO80 complex subunit D)	HGNC	EggNOG, Ensembl, HomoloGene, Inparanoid, NCBI, OMA, OrthoDB, OrthoMCL, Panther, Treefam
Mus musculus (house mouse):	Ino80d (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chinchilla lanigera (long-tailed chinchilla):	Ino80d (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Pan paniscus (bonobo/pygmy chimpanzee):	INO80D (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Canis lupus familiaris (dog):	INO80D (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Ictidomys tridecemlineatus (thirteen-lined ground squirrel):	Ino80d (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Sus scrofa (pig):	INO80D (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chlorocebus sabaeus (green monkey):	INO80D (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Heterocephalus glaber (naked mole-rat):	Ino80d (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Rattus rattus (black rat):	Ino80d (INO80 complex subunit D)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Other homologs ²
Homo sapiens (human):	JAK2 (Janus kinase 2)	HGNC	OMA
Alliance orthologs ³
Homo sapiens (human):	INO80D (INO80 complex subunit D)	Alliance	DIOPT (Ensembl Compara\|HGNC\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Mus musculus (house mouse):	Ino80d (INO80 complex subunit D)	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Danio rerio (zebrafish):	ino80db (INO80 complex subunit Db)	Alliance	DIOPT (Ensembl Compara\|OrthoFinder\|PANTHER)
Danio rerio (zebrafish):	ino80db (INO80 complex subunit Db)	Alliance	DIOPT (OrthoFinder\|PANTHER\|PhylomeDB)
Drosophila melanogaster (fruit fly):	l(3)L1231	Alliance	DIOPT (Ensembl Compara\|OrthoFinder\|OrthoInspector\|PANTHER)
Caenorhabditis elegans (roundworm):	sumv-1	Alliance	DIOPT (Ensembl Compara\|PANTHER)
Xenopus tropicalis (tropical clawed frog):	ino80d	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)

Latest Assembly:

GRCr8 - GRCr8 Assembly

Position:

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	9	71,940,941 - 72,007,879 (-)	NCBI	GRCr8	GRCr8		GRCr8
GRCr8 Ensembl	9	71,951,031 - 72,040,232 (-)	Ensembl				GRCr8
mRatBN7.2	9	64,447,075 - 64,514,013 (-)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	9	64,457,165 - 64,515,242 (-)	Ensembl				mRatBN7.2
UTH_Rnor_SHR_Utx	9	72,960,222 - 72,998,099 (-)	NCBI	UTH_Rnor_SHR_Utx	UTH_Rnor_SHR_Utx
UTH_Rnor_SHRSP_BbbUtx_1.0	9	78,081,486 - 78,118,813 (-)	NCBI	UTH_Rnor_SHRSP_BbbUtx_1.0	UTH_Rnor_SHRSP_BbbUtx_1.0
UTH_Rnor_WKY_Bbb_1.0	9	76,387,605 - 76,425,033 (-)	NCBI	UTH_Rnor_WKY_Bbb_1.0	UTH_Rnor_WKY_Bbb_1.0
Rnor_6.0	9	69,820,520 - 69,887,475 (-)	NCBI	Rnor_6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_6.0 Ensembl	9	69,830,424 - 69,878,706 (-)	Ensembl			rn6	Rnor6.0
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI	Rnor_5.0	Rnor_5.0	rn5
RGSC_v3.4	9	61,708,910 - 61,746,437 (-)	NCBI	RGSC_v3.4	RGSC_v3.4	rn4
Celera	9	61,875,183 - 61,912,560 (-)	NCBI		Celera
RGSC_v3.1	9	61,855,901 - 61,912,107 (-)	NCBI
Cytogenetic Map	9	q32	NCBI

JBrowse:

View Region in Genome Browser (JBrowse)

Annotation Click to see Annotation Detail View

Gene-Chemical Interaction Annotations Click to see Annotation Detail View

1,2,4-trichloro-5-(2,5-dichlorophenyl)benzene (ISO)

17alpha-ethynylestradiol (EXP)

2,2',4,4',5,5'-hexachlorobiphenyl (ISO)

2,2',5,5'-tetrachlorobiphenyl (ISO)

2,3,7,8-Tetrachlorodibenzofuran (EXP)

2,4,4'-trichlorobiphenyl (ISO)

acrylamide (ISO)

amphetamine (EXP)

aristolochic acid A (ISO)

benzo[a]pyrene diol epoxide I (ISO)

bisphenol A (EXP,ISO)

Butylbenzyl phthalate (ISO)

cadmium atom (ISO)

cadmium dichloride (ISO)

caffeine (ISO)

chlorpyrifos (ISO)

cisplatin (ISO)

cyclosporin A (ISO)

Dibutyl phosphate (ISO)

dorsomorphin (ISO)

doxorubicin (ISO)

entinostat (ISO)

fenthion (ISO)

formaldehyde (ISO)

FR900359 (ISO)

glyphosate (EXP)

hydrogen cyanide (ISO)

mercury dibromide (ISO)

methidathion (ISO)

methyl methanesulfonate (ISO)

paracetamol (ISO)

PCB138 (ISO)

perfluorooctane-1-sulfonic acid (ISO)

phenobarbital (ISO)

phenylmercury acetate (ISO)

potassium cyanide (ISO)

rifampicin (ISO)

SB 431542 (ISO)

sodium arsenate (ISO)

sodium arsenite (ISO)

thimerosal (ISO)

thioacetamide (EXP)

thiram (ISO)

titanium dioxide (ISO)

torcetrapib (ISO)

trichostatin A (ISO)

triphenyl phosphate (ISO)

triptonide (ISO)

troglitazone (ISO)

tungsten (ISO)

urethane (ISO)

valproic acid (EXP,ISO)

vinclozolin (EXP)

vorinostat (ISO)

Gene Ontology Annotations Click to see Annotation Detail View

Biological Process

biological_process (ND)

chromatin remodeling (IEA,ISO)

positive regulation of DNA repair (IEA,ISO)

positive regulation of DNA-templated transcription (IEA,ISO)

positive regulation of telomere maintenance in response to DNA damage (IEA,ISO)

regulation of cell cycle (IEA,ISO)

regulation of chromosome organization (IEA,ISO)

regulation of DNA repair (IEA,ISO)

regulation of DNA replication (IEA,ISO)

regulation of DNA strand elongation (IEA,ISO)

regulation of embryonic development (IEA,ISO)

telomere maintenance (IEA,ISO)

Cellular Component

nucleus (IBA,IEA)

Molecular Pathway Annotations Click to see Annotation Detail View

INO80 family mediated chromatin remodeling pathway (ISO)

References

References - curated

#	Reference Title	Reference Citation
1.	Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium.	Gaudet P, etal., Brief Bioinform. 2011 Sep;12(5):449-62. doi: 10.1093/bib/bbr042. Epub 2011 Aug 27.
2.	Data Import for Chemical-Gene Interactions	RGD automated import pipeline for gene-chemical interactions
3.	Comprehensive gene review and curation	RGD comprehensive gene curation
4.	The INO80 family of chromatin-remodeling enzymes: regulators of histone variant dynamics.	Watanabe S and Peterson CL, Cold Spring Harb Symp Quant Biol. 2010;75:35-42. doi: 10.1101/sqb.2010.75.063. Epub 2011 Apr 18.

Genomics

Comparative Map Data

Ino80d
(Rattus norvegicus - Norway rat)

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	9	71,940,941 - 72,007,879 (-)	NCBI	GRCr8	GRCr8		GRCr8
GRCr8 Ensembl	9	71,951,031 - 72,040,232 (-)	Ensembl				GRCr8
mRatBN7.2	9	64,447,075 - 64,514,013 (-)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	9	64,457,165 - 64,515,242 (-)	Ensembl				mRatBN7.2
UTH_Rnor_SHR_Utx	9	72,960,222 - 72,998,099 (-)	NCBI	UTH_Rnor_SHR_Utx	UTH_Rnor_SHR_Utx
UTH_Rnor_SHRSP_BbbUtx_1.0	9	78,081,486 - 78,118,813 (-)	NCBI	UTH_Rnor_SHRSP_BbbUtx_1.0	UTH_Rnor_SHRSP_BbbUtx_1.0
UTH_Rnor_WKY_Bbb_1.0	9	76,387,605 - 76,425,033 (-)	NCBI	UTH_Rnor_WKY_Bbb_1.0	UTH_Rnor_WKY_Bbb_1.0
Rnor_6.0	9	69,820,520 - 69,887,475 (-)	NCBI	Rnor_6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_6.0 Ensembl	9	69,830,424 - 69,878,706 (-)	Ensembl			rn6	Rnor6.0
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI	Rnor_5.0	Rnor_5.0	rn5
RGSC_v3.4	9	61,708,910 - 61,746,437 (-)	NCBI	RGSC_v3.4	RGSC_v3.4	rn4
Celera	9	61,875,183 - 61,912,560 (-)	NCBI		Celera
RGSC_v3.1	9	61,855,901 - 61,912,107 (-)	NCBI
Cytogenetic Map	9	q32	NCBI

INO80D
(Homo sapiens - human)

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	2	205,993,721 - 206,086,174 (-)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	2	205,993,721 - 206,086,303 (-)	Ensembl			hg38	GRCh38
GRCh37	2	206,858,445 - 206,950,898 (-)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	2	206,566,690 - 206,659,151 (-)	NCBI	Build 36	Build 36	hg18	NCBI36
Celera	2	200,615,842 - 200,708,300 (-)	NCBI		Celera
Cytogenetic Map	2	q33.3	NCBI
HuRef	2	198,706,439 - 198,799,527 (-)	NCBI		HuRef
CHM1_1	2	206,864,927 - 206,957,389 (-)	NCBI		CHM1_1
T2T-CHM13v2.0	2	206,475,671 - 206,568,063 (-)	NCBI		T2T-CHM13v2.0

Ino80d
(Mus musculus - house mouse)

Mouse Assembly	Chr	Position (strand)	Source	Genome Browsers
Mouse Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCm39	1	63,086,960 - 63,153,693 (-)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	1	62,997,577 - 63,153,849 (-)	Ensembl		GRCm39 Ensembl		GRCm39
GRCm38	1	63,047,801 - 63,114,267 (-)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	1	62,958,418 - 63,114,667 (-)	Ensembl			mm10	GRCm38
MGSCv37	1	63,094,375 - 63,160,841 (-)	NCBI	MGSCv37	MGSCv37	mm9	NCBIm37
MGSCv36	1	62,992,456 - 63,048,605 (-)	NCBI		MGSCv36	mm8
Celera	1	63,558,373 - 63,624,725 (-)	NCBI		Celera
Cytogenetic Map	1	C2	NCBI
cM Map	1	31.89	NCBI

Ino80d
(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_004955457	8,924,615 - 8,973,274 (+)	Ensembl
ChiLan1.0	NW_004955457	8,913,625 - 8,983,859 (+)	NCBI	ChiLan1.0	ChiLan1.0

INO80D
(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	13	108,607,545 - 108,699,850 (-)	NCBI		NHGRI_mPanPan1-v2
NHGRI_mPanPan1	2B	108,622,527 - 108,714,783 (-)	NCBI		NHGRI_mPanPan1
Mhudiblu_PPA_v0	2B	93,233,672 - 93,325,871 (-)	NCBI	Mhudiblu_PPA_v0	Mhudiblu_PPA_v0	panPan3
PanPan1.1	2B	211,363,367 - 211,433,124 (-)	NCBI	PanPan1.1	PanPan1.1	panPan2
PanPan1.1 Ensembl	2B	211,373,993 - 211,433,124 (-)	Ensembl			panPan2	panpan1.1

INO80D
(Canis lupus familiaris - dog)

Dog Assembly	Chr	Position (strand)	Source	Genome Browsers
Dog Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
CanFam3.1	37	14,581,531 - 14,647,930 (-)	NCBI	CanFam3.1	CanFam3.1	canFam3	CanFam3.1
CanFam3.1 Ensembl	37	14,591,055 - 14,647,936 (-)	Ensembl			canFam3	CanFam3.1
Dog10K_Boxer_Tasha	37	15,458,402 - 15,525,801 (-)	NCBI	Dog10K_Boxer_Tasha	Dog10K_Boxer_Tasha
ROS_Cfam_1.0	37	14,517,057 - 14,584,513 (-)	NCBI	ROS_Cfam_1.0	ROS_Cfam_1.0
ROS_Cfam_1.0 Ensembl	37	14,524,733 - 14,584,303 (-)	Ensembl				ROS_Cfam_1.0 Ensembl
UMICH_Zoey_3.1	37	14,471,292 - 14,538,679 (-)	NCBI		UMICH_Zoey_3.1
UNSW_CanFamBas_1.0	37	14,443,555 - 14,510,914 (-)	NCBI		UNSW_CanFamBas_1.0
UU_Cfam_GSD_1.0	37	14,438,424 - 14,505,831 (-)	NCBI	UU_Cfam_GSD_1.0	UU_Cfam_GSD_1.0

Ino80d
(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_024405303	162,771,091 - 162,839,734 (-)	NCBI		HiC_Itri_2
SpeTri2.0 Ensembl	NW_004936631	2,410,300 - 2,474,811 (-)	Ensembl		SpeTri2.0 Ensembl
SpeTri2.0	NW_004936631	2,405,056 - 2,474,798 (-)	NCBI	SpeTri2.0	SpeTri2.0		SpeTri2.0

INO80D
(Sus scrofa - pig)

Pig Assembly	Chr	Position (strand)	Source	Genome Browsers
Pig Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
Sscrofa11.1 Ensembl	15	109,307,166 - 109,376,463 (-)	Ensembl			susScr11	Sscrofa11.1
Sscrofa11.1	15	109,301,753 - 109,376,614 (-)	NCBI	Sscrofa11.1	Sscrofa11.1	susScr11	Sscrofa11.1
Sscrofa10.2	15	120,860,998 - 120,926,506 (-)	NCBI	Sscrofa10.2	Sscrofa10.2	susScr3

INO80D
(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	10	91,770,873 - 91,864,797 (-)	NCBI	ChlSab1.1	ChlSab1.1	chlSab2
ChlSab1.1 Ensembl	10	91,781,563 - 91,843,787 (-)	Ensembl		ChlSab1.1 Ensembl	chlSab2	Vervet-AGM
Vero_WHO_p1.0	NW_023666040	107,514,063 - 107,608,820 (+)	NCBI	Vero_WHO_p1.0	Vero_WHO_p1.0

Ino80d
(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_004624765	10,057,460 - 10,116,802 (+)	Ensembl		HetGla_female_1.0 Ensembl	hetGla2	HetGla_female_1.0 Ensembl
HetGla 1.0	NW_004624765	10,040,259 - 10,127,449 (+)	NCBI	HetGla 1.0	HetGla 1.0	hetGla2

Ino80d
(Rattus rattus - black rat)

Black Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Black Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
Rrattus_CSIRO_v1	4	137,042,908 - 137,100,398 (-)	NCBI		Rrattus_CSIRO_v1

Variants

Variants in Ino80d
343 total Variants

miRNA Target Status (No longer updated)

Predicted Target Of

	Summary Value
Count of predictions:	126
Count of miRNA genes:	102
Interacting mature miRNAs:	111
Transcripts:	ENSRNOT00000035879
Prediction methods:	Microtar, 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.

QTLs in Region (GRCr8)

The following QTLs overlap with this region.

RGD ID	Symbol	Name	LOD	P Value	Trait	Sub Trait	Chr	Start	Stop	Species
2303170	Bp332	Blood pressure QTL 332	3.73	0.027	arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	9	6714888	84474983	Rat
631656	Bp108	Blood pressure QTL 108	5.97	0.0001	arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	9	56047863	101047863	Rat
7411571	Bw138	Body weight QTL 138	14.3	0.001	body mass (VT:0001259)	body weight gain (CMO:0000420)	9	40029925	85029925	Rat
1582203	Gluco19	Glucose level QTL 19	3.3	0.001	blood glucose amount (VT:0000188)	blood glucose level (CMO:0000046)	9	63376862	108376862	Rat
8662828	Vetf6	Vascular elastic tissue fragility QTL 6	3.9		artery integrity trait (VT:0010639)	patent ductus arteriosus score (CMO:0002566)	9	44458256	99506504	Rat
724515	Uae16	Urinary albumin excretion QTL 16	8		urine albumin amount (VT:0002871)	urine albumin excretion rate (CMO:0000757)	9	65657365	108376720	Rat
61450	Ciaa3	CIA Autoantibody QTL 3	6.5		blood autoantibody amount (VT:0003725)	calculated serum anti-type 2 collagen antibody titer (CMO:0001279)	9	29567664	74567664	Rat
1598834	Memor11	Memory QTL 11	2.5		exploratory behavior trait (VT:0010471)	average horizontal distance between subject and target during voluntary locomotion in an experimental apparatus (CMO:0002674)	9	44458256	85262605	Rat
70186	Niddm26	Non-insulin dependent diabetes mellitus QTL 26	3.87		blood glucose amount (VT:0000188)	blood glucose level area under curve (AUC) (CMO:0000350)	9	29567664	83835942	Rat
70218	Cm28	Cardiac mass QTL 28	8.3	0.0001	heart mass (VT:0007028)	heart wet weight (CMO:0000069)	9	41720295	86720295	Rat
724544	Uae9	Urinary albumin excretion QTL 9	4.5		urine albumin amount (VT:0002871)	urine albumin level (CMO:0000130)	9	64220169	109220169	Rat
2290450	Scl57	Serum cholesterol level QTL 57	4.15		blood cholesterol amount (VT:0000180)	plasma total cholesterol level (CMO:0000585)	9	44458256	121768150	Rat
1578760	Cm53	Cardiac mass QTL 53	3.3	0.0001	heart mass (VT:0007028)	heart wet weight (CMO:0000069)	9	64220169	109220169	Rat
1581580	Uae34	Urinary albumin excretion QTL 34			urine albumin amount (VT:0002871)	urine albumin excretion rate (CMO:0000757)	9	64220169	109220169	Rat
1581517	Bp284	Blood pressure QTL 284			arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	9	39220186	84220186	Rat
1300134	Bp185	Blood pressure QTL 185	3.73		arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	9	68875497	121768150	Rat
731164	Uae25	Urinary albumin excretion QTL 25	3.5	0.0001	urine albumin amount (VT:0002871)	urine albumin excretion rate (CMO:0000757)	9	48718864	108376862	Rat
7411656	Foco26	Food consumption QTL 26	9.8	0.001	eating behavior trait (VT:0001431)	feed conversion ratio (CMO:0001312)	9	40029925	85029925	Rat
1598849	Memor17	Memory QTL 17	2.2		exploratory behavior trait (VT:0010471)	difference between duration of physical contact or close proximity of test subject and social stimulus during sample phase and test phase (CMO:0002678)	9	57460497	78547958	Rat
1578659	Tspe1	Trichinella spiralis expulsion QTL 1	4.8		parasite quantity (VT:0010441)	logarithm of the intestinal adult Trichinella spiralis count (CMO:0002024)	9	68875497	73185088	Rat
4889943	Bss90	Bone structure and strength QTL 90	4.1		tibia area (VT:1000281)	tibia-fibula cortical bone endosteal cross-sectional area (CMO:0001722)	9	54506504	99506504	Rat
1578757	Pur6	Proteinuria QTL 6	3.3	0.005	urine total protein amount (VT:0000032)	urine total protein excretion rate (CMO:0000756)	9	64220169	109220169	Rat
1641894	Alcrsp12	Alcohol response QTL 12			response to alcohol trait (VT:0010489)	brain neurotensin receptor 1 density (CMO:0002068)	9	34960590	79960590	Rat

Markers in Region

D9Rat65

Rat Assembly	Chr	Position (strand)	Source	JBrowse
GRCr8	9	72,001,664 - 72,001,862 (+)	Marker Load Pipeline
mRatBN7.2	9	64,507,799 - 64,507,997 (+)	MAPPER	mRatBN7.2
Rnor_6.0	9	69,881,257 - 69,881,454	NCBI	Rnor6.0
Rnor_5.0	9	69,690,312 - 69,690,509	UniSTS	Rnor5.0
RGSC_v3.4	9	61,759,521 - 61,759,718	UniSTS	RGSC3.4
RGSC_v3.4	9	61,759,520 - 61,759,718	RGD	RGSC3.4
Celera	9	61,925,699 - 61,925,896	UniSTS
RGSC_v3.1	9	61,906,503 - 61,906,700	RGD
RH 3.4 Map	9	530.1	RGD
RH 3.4 Map	9	530.1	UniSTS
RH 2.0 Map	9	598.5	RGD
SHRSP x BN Map	9	44.3798	RGD
FHH x ACI Map	9	42.32	RGD
Cytogenetic Map	9	q31	UniSTS

D9Got69

Rat Assembly	Chr	Position (strand)	Source	JBrowse
mRatBN7.2	9	64,496,697 - 64,496,857 (+)	MAPPER	mRatBN7.2
Rnor_6.0	9	69,870,152 - 69,870,311	NCBI	Rnor6.0
Rnor_5.0	9	69,679,207 - 69,679,366	UniSTS	Rnor5.0
RGSC_v3.4	9	61,748,416 - 61,748,575	RGD	RGSC3.4
RGSC_v3.4	9	61,748,416 - 61,748,575	UniSTS	RGSC3.4
Celera	9	61,914,539 - 61,914,698	UniSTS
RGSC_v3.1	9	61,895,398 - 61,895,557	RGD
RH 3.4 Map	9	530.0	RGD
RH 3.4 Map	9	530.0	UniSTS
RH 2.0 Map	9	598.6	RGD
Cytogenetic Map	9	q31	UniSTS

BF413441

Rat Assembly	Chr	Position (strand)	Source	JBrowse
GRCr8	9	72,008,439 - 72,008,751 (+)	Marker Load Pipeline
mRatBN7.2	9	64,514,574 - 64,514,886 (+)	MAPPER	mRatBN7.2
Rnor_6.0	9	69,888,032 - 69,888,343	NCBI	Rnor6.0
Rnor_5.0	9	69,697,087 - 69,697,398	UniSTS	Rnor5.0
RGSC_v3.4	9	61,766,296 - 61,766,607	UniSTS	RGSC3.4
Celera	9	61,932,532 - 61,932,843	UniSTS
RH 3.4 Map	9	532.1	UniSTS
Cytogenetic Map	9	q31	UniSTS

Expression

RNA-SEQ Expression

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

alimentary part of gastrointestinal system	appendage	circulatory system	ectoderm	endocrine system	endoderm	exocrine system	hemolymphoid system	hepatobiliary system	integumental system	mesenchyme	mesoderm	musculoskeletal system	nervous system	renal system	reproductive system	respiratory system	sensory system	visual system
16	12	67	165	91	90	59	92	59	6	356	192	11	144	81	92	31	17	17

Sequence

Nucleotide Sequences


RefSeq Transcripts	NM_001191809	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001437679	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245023	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245025	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245026	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245029	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245031	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245032	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245033	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006245034	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039083645	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039083646	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
GenBank Nucleotide	AC141169	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CH473965	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	JAXUCZ010000009	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles

Ensembl Acc Id:

ENSRNOT00000035879 ⟹ ENSRNOP00000037428

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8 Ensembl	9	71,951,031 - 72,040,232 (-)	Ensembl
mRatBN7.2 Ensembl	9	64,457,165 - 64,515,242 (-)	Ensembl
Rnor_6.0 Ensembl	9	69,830,424 - 69,878,706 (-)	Ensembl

Ensembl Acc Id:

ENSRNOT00000148720 ⟹ ENSRNOP00000104757

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8 Ensembl	9	71,951,031 - 72,007,946 (-)	Ensembl

RefSeq Acc Id:

NM_001191809 ⟹ NP_001178738

RefSeq Status:

VALIDATED

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,951,031 - 71,988,581 (-)	NCBI
mRatBN7.2	9	64,457,165 - 64,494,719 (-)	NCBI
Rnor_6.0	9	69,830,610 - 69,868,173 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI
Celera	9	61,875,183 - 61,912,560 (-)	NCBI

Sequence:

show sequence

ATGTATGAAGGGAAACATATACACTTCTCTGAGGTTGACAATAAGCCCTTGTGCTCATATAGCC
CCAAACTGTGCAAGCAGCGGCGACTCAACGGCTACGCTTTCTGTATCAGACACGTTCTGGAAGA
CAAGACTGCCCCCTTCAAGCAATGTGAATATGTGGCCAAGTATAACAGCCAGCGCTGCACCAAC
CCCATTCCCAAGTCAGAGGATCGCAGGTACTGCAACAGCCACTTGCAGGTACTCGGCTTTATCC
CGAAAAAAGAGAGGAAGAAAAAGAATGACCCGGTAGATGAGGTGAAGGTCAGGCACCAGATGGA
CGCCATGGCATTTAGCCTGACGGTACCTACCCTGGCCTTGAAGATGCCCAATGGACTGGATAGC
ATGTCCCTCTCTCCACCTGGGGCAAGGGTTCCTCTCCACTACCTGGAAACTGAGTTGGAAGACC
CCTTTGCTTTCAATGAGGAAGACGATGACCTAAAGAAAGGGGTGACGGTGAGAAAAAAGTTGCA
GAGCAAATTGGCTCAGAACCGGCAACGCCAGAGAGAGACAGAGATTTTAAAAGTTCGGCAAGAG
CACTTTAGCACCCCTCCCACACCTCCACAGCAGCACGCCCACCTGTCACCTCTACCTACTTCTT
TAAAACCTCCAGCGCCACCACAGGGCTCAGTCTGCAAGTCACCTCAGCCTCAGAGCACCAGCCT
ACCAATGCAGGGAGTGGCCCCCACCACACACTCTATAGCACAAACAAGGCAGGCCTCTCACAAG
AGGCCTCTGCCCCTCCTTCCCTCCAGTCGAGCTCCCGTCTCAGACACCCCCAGGACTGACCGAA
TCCTCATGAAAGCCACCGCCTTCTCTCCACACTTCTCTTGTATAAGCCGACTGCAGAGACTGGT
GAAACTGTGTACCCAAAAGCATCAGCTGGACGCGGATCTGTTTCCTCACTTAGGGCTGGACTGG
TCTGAGGAGAGCGGAGAGGAGCTGGAGGATTCAGATCAGGCTTCACCATATCAGGTCGCATGGT
CCGTCCGAGAAACCCTCAGACAGGAAAGACACACGTCAGATGACGACGATGCGGAGAGCAGGAG
CTCCAGGGTGACCCAACTTTGCACTTACTTTCAGCAGAAATACAAGCACCTCTGCCGCCTGGAG
CGTGCAGAGTCGCGACAAAAGAAATGCCGGCATACGTTTAGGAAGGCGCTGCTGCAGGCAGCCA
GTAAGGAGCCCGAATGTACTGGTCAGCTGATACAAGAACTTCGGAGAGCTGCGTGTAGCCGAGA
CAGCCTCAGCCAGACCAAGTTGAAGGAGGTGGAGCCAGCAGCTTGCAGTGGAACAGTGAAGGGT
GAACAGTGCACAAACCAGGCCCTGCCCTTCACCAGGCATTGTTTCCAGCACATCCTCTTGAACC
GTTCTCAGCAGCTGTTCTCCAGCTGCACTGCCAAGTTTGCAGACGGACAGCAGTGCTCTGTGCC
AGTGTTTGACATTACACACCAGACGCCCCTGTGCGAAGAACATGCCAAAAAGATGGATAATTTC
CTGAGAGGAGATAACTCCCGTAAAGTTCAGCACCAGCAACAGAGGAAACCTAGGAAAAAAACAA
AGCCCCCTGCACTTACCAAAAAACACAAGAAGAAGAGACGGCGTGGACCTCGTCGACCCCAGAA
GCCCATCCCTCCTGCAGTGCCCCAAGGGAATCTCAGCATGCCCACCAGCGTCTCACTGCCAGTG
CAGGCCTCCCAGATCCGAAGCCCTTCCACGCCAGAGCTGAGTGCTGACGAGTTGCCGGATGACA
TTGCCAATGAGATCACTGACATTCCGCACGACTTGGAATTGAACCAGGAAGACTTTGCAGATGT
CCTGCCGCGGCTGCCGGATGATTTACAAGACTTTGATTTTTTTGAAGGAAAGAATGGAGACCTC
CTCCCGACCACTGAAGAAGCTGAAGAGCTTGAGCGGGCCTTGCAAGCTGTAACTTCTCTCGAGT
GCCTGAGTACAATTGGGGTACTTTCCCAGTCAGACGGTGTGCCAGTCCAGGGCTTGTCAGATAG
AGGGATGGGGGTGTTCTCCACGGGTACCGATGCTTCGGGAATCCAGTCCTTGAGTCGAGAAGTA
AACACGGATCTAGGGGAGCTACTGAACGGACGTATAGTACACGATAGCTTTTCTAGTCTAGAGC
TGGACGAGAACCTACTCCATTCTGCTACTCTGTCCAACCCACCTACACCCCTGGCAGGGCAGAT
CCAGGGGCAGTTCTCTGCCCCAGCCAGCGTTGGCCTTACTTCTGCCACTCTGCTCAGCCAGAGT
GCACTTGGGGAGAGAGCCTTCCCAGGACAGTTTCATGGACTTCATGATGGCAGCCATGCCTCTC
AGAGGCCACATCCTGCCCAGCTGCTGAGCAAGGCAGACGACCTTATCACCTCACGACAGCAATA
CAGCAGTGATCATTCACACTCCTCACCCCATGGAAGCCATTATGATAGCGAGCACGTGCCGTCG
CCCTACAGTGACCATATCACCTCTCCCCACACATCTTACTCTGGTGATAATATGGCAGCTACCT
TTTCAGCAGAGATGCCCATCATGGCCCAGCACTTGCTCCCCACCCAGCTTGAGGTGCCACTTGG
AGGAGTGGTCAACCCCAGAACTCACTGGGGCAATCTCCCCGTCAACCTTGGCGATCCCTCTGCA
TTTAGCAACCTCCTTGGCGCGGATGGACACCTTCTTTCCACTTCCCTCTCCACGCCACCCACCA
CATCCAACTCAGAGACCACACAGCCTGCCTTCGCCACCGTTACCCCAAGCAGTTCCAGTGTGCT
TCCGGGGTTACCACAGACCAGCTTCAGTGGCATGGGGCCTTCTGCTGAACTAATGGCCTCCACC
TCTCCCAAGCAGCAACTCCCACAGTTCAGCGCAGCCTTCGGCCACCAGCTGAGTTCTCACAGTG
GCATTCCTAAGGACCTGCAGCCCAGCCACAGCTCCATAGCCCCTCCTACAGGCTTCACAGTAAC
AGGTGCCACCGCTACAAGTACCAATAATGCATCTCCCCCCTTCCCCACCCCCAACTGAGCGAGT
CTGT

hide sequence

RefSeq Acc Id:

XM_006245023 ⟹ XP_006245085

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,878 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,514,013 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,887,475 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

AGAGGCGGCCCCAGGCCCGGCCCACATCCCCGGGCTCCCGTAGGGCGGCGGGCTGGGCCGCGCA
AGCAGGGCGGGCGGCGAGCGCGCTTACGTGAGGCCGGGGATTCGCCGGCCCACGCCAGGCCGCG
GGCGGAGAATGAAAGGATGAGAAAATTGACCAGATTTGAGCCCCATCCCTGATTCCTCCCAGAG
GCAATGAGTAATCTCTCCGCTGCATAAACTACCCTTAACCCTTTCAAATAAACCAGACAATCTG
CTTCTTCTTGATTGATCAGCATTCCAAACTGTGGTACCCCTGGGCTCTCTTCACATTGCTGTGG
TGCAGAAGATTTAAAATCAGCTGATGTTCACAAGGAATAGAGTCACGTGATGTATGAAGGGAAA
CATATACACTTCTCTGAGGTTGACAATAAGCCCTTGTGCTCATATAGCCCCAAACTGTGCAAGC
AGCGGCGACTCAACGGCTACGCTTTCTGTATCAGACACGTTCTGGAAGACAAGACTGCCCCCTT
CAAGCAATGTGAATATGTGGCCAAGTATAACAGCCAGCGCTGCACCAACCCCATTCCCAAGTCA
GAGGATCGCAGGTACTGCAACAGCCACTTGCAGGTACTCGGCTTTATCCCGAAAAAAGAGAGGA
AGAAAAAGAATGACCCGGTAGATGAGGTGAAGGTCAGGCACCAGATGGACGCCATGGCATTTAG
CCTGACGGTACCTACCCTGGCCTTGAAGATGCCCAATGGACTGGATAGCATGTCCCTCTCTCCA
CCTGGGGCAAGGGTTCCTCTCCACTACCTGGAAACTGAGTTGGAAGACCCCTTTGCTTTCAATG
AGGAAGACGATGACCTAAAGAAAGGGGTGACGGTGAGAAAAAAGTTGCAGAGCAAATTGGCTCA
GAACCGGCAACGCCAGAGAGAGACAGAGATTTTAAAAGTTCGGCAAGAGCACTTTAGCACCCCT
CCCACACCTCCACAGCAGCACGCCCACCTGTCACCTCTACCTACTTCTTTAAAACCTCCAGCGC
CACCACAGGGCTCAGTCTGCAAGTCACCTCAGCCTCAGAGCACCAGCCTACCAATGCAGGGAGT
GGCCCCCACCACACACTCTATAGCACAAACAAGGCAGGCCTCTCACAAGAGGCCTCTGCCCCTC
CTTCCCTCCAGTCGAGCTCCCGTCTCAGACACCCCCAGGACTGACCGAATCCTCATGAAAGCCA
CCGCCTTCTCTCCACACTTCTCTTGTATAAGCCGACTGCAGAGACTGGTGAAACTGTGTACCCA
AAAGCATCAGCTGGACGCGGATCTGTTTCCTCACTTAGGGCTGGACTGGTCTGAGGAGAGCGGA
GAGGAGCTGGAGGATTCAGATCAGGCTTCACCATATCAGGTCGCATGGTCCGTCCGAGAAACCC
TCAGACAGGAAAGACACACGTCAGATGACGACGATGCGGAGAGCAGGAGCTCCAGGGTGACCCA
ACTTTGCACTTACTTTCAGCAGAAATACAAGCACCTCTGCCGCCTGGAGCGTGCAGAGTCGCGA
CAAAAGAAATGCCGGCATACGTTTAGGAAGGCGCTGCTGCAGGCAGCCAGTAAGGAGCCCGAAT
GTACTGGTCAGCTGATACAAGAACTTCGGAGAGCTGCGTGTAGCCGAGACAGCCTCAGCCAGAC
CAAGTTGAAGGAGGTGGAGCCAGCAGCTTGCAGTGGAACAGTGAAGGGTGAACAGTGCACAAAC
CAGGCCCTGCCCTTCACCAGGCATTGTTTCCAGCACATCCTCTTGAACCGTTCTCAGCAGCTGT
TCTCCAGCTGCACTGCCAAGTTTGCAGACGGACAGCAGTGCTCTGTGCCAGTGTTTGACATTAC
ACACCAGACGCCCCTGTGCGAAGAACATGCCAAAAAGATGGATAATTTCCTGAGAGGAGATAAC
TCCCGTAAAGTTCAGCACCAGCAACAGAGGAAACCTAGGAAAAAAACAAAGCCCCCTGCACTTA
CCAAAAAACACAAGAAGAAGAGACGGCGTGGACCTCGTCGACCCCAGAAGCCCATCCCTCCTGC
AGTGCCCCAAGGGAATCTCAGCATGCCCACCAGCGTCTCACTGCCAGTGCAGGCCTCCCAGATC
CGAAGCCCTTCCACGCCAGAGCTGAGTGCTGACGAGTTGCCGGATGACATTGCCAATGAGATCA
CTGACATTCCGCACGACTTGGAATTGAACCAGGAAGACTTTGCAGATGTCCTGCCGCGGCTGCC
GGATGATTTACAAGACTTTGATTTTTTTGAAGGAAAGAATGGAGACCTCCTCCCGACCACTGAA
GAAGCTGAAGAGCTTGAGCGGGCCTTGCAAGCTGTAACTTCTCTCGAGTGCCTGAGTACAATTG
GGGTACTTTCCCAGTCAGACGGTGTGCCAGTCCAGGGCTTGTCAGATAGAGGGATGGGGGTGTT
CTCCACGGGTACCGATGCTTCGGGAATCCAGTCCTTGAGTCGAGAAGTAAACACGGATCTAGGG
GAGCTACTGAACGGACGTATAGTACACGATAGCTTTTCTAGTCTAGAGCTGGACGAGAACCTAC
TCCATTCTGCTACTCTGTCCAACCCACCTACACCCCTGGCAGGGCAGATCCAGGGGCAGTTCTC
TGCCCCAGCCAGCGTTGGCCTTACTTCTGCCACTCTGCTCAGCCAGAGTGCACTTGGGGAGAGA
GCCTTCCCAGGACAGTTTCATGGACTTCATGATGGCAGCCATGCCTCTCAGAGGCCACATCCTG
CCCAGCTGCTGAGCAAGGCAGACGACCTTATCACCTCACGACAGCAATACAGCAGTGATCATTC
ACACTCCTCACCCCATGGAAGCCATTATGATAGCGAGCACGTGCCGTCGCCCTACAGTGACCAT
ATCACCTCTCCCCACACATCTTACTCTGGTGATAATATGGCAGCTACCTTTTCAGCAGAGATGC
CCATCATGGCCCAGCACTTGCTCCCCACCCAGCTTGAGGTGCCACTTGGAGGAGTGGTCAACCC
CAGAACTCACTGGGGCAATCTCCCCGTCAACCTTGGCGATCCCTCTGCATTTAGCAACCTCCTT
GGCGCGGATGGACACCTTCTTTCCACTTCCCTCTCCACGCCACCCACCACATCCAACTCAGAGA
CCACACAGCCTGCCTTCGCCACCGTTACCCCAAGCAGTTCCAGTGTGCTTCCGGGGTTACCACA
GACCAGCTTCAGTGGCATGGGGCCTTCTGCTGAACTAATGGCCTCCACCTCTCCCAAGCAGCAA
CTCCCACAGTTCAGCGCAGCCTTCGGCCACCAGCTGAGTTCTCACAGTGGCATTCCTAAGGACC
TGCAGCCCAGCCACAGCTCCATAGCCCCTCCTACAGGCTTCACAGTAACAGGTGCCACCGCTAC
AAGTACCAATAATGCATCTCCCCCCTTCCCCACCCCCAACTGAGCGAGTCTGTGTGCTTGCCGG
CAGGTGGAACCCGGTGTTTTCTATCTTTGTTTCCTCTTTTGCACCCCTCTCTCCTTTTCCTACA
GAAGATTTAAAAATGACAGTGGGGATTAGAGGGACGCCCCTTCCCGGTTCAACAGGTGGCCGTG
CAGTGGACCTTGCGTCAGTGTTCGCGCGTGCTCCCTAGCACTGGTGCTCATTCCCTCCTGGCGG
TCCGCTCAGCCTGGCGGGTCACTCGGCCTGGCAGGCTTTTTGGTGGCTCAGCACAGTGACTGGG
TAGGATTGATTATTTTATTTTTTATTTTTATTTTTATTTGTTTTTATTTCAGCAAGTCCTAGAA
GTGGAAGATACCTCAGATTACCAGTGCCCTTTACTGTCTCCTACTGTTGAGATAATGCTTCCCA
TTCTCTAGCCAGGTTTTACATAGGTTGTTCTGGATGTTCTGTTGAGATCCTGTGTAGTAGGTGG
TGTGCGGACACAAATCAAAGCTCTGACTTAGCACCAACTGCCAGACACCACAGGGAGGCCAGGA
TGCCATTCCTAATTATGATACATTAGCTGAAAAGAACATGGTCTCTTAACTGCCTGTGCCTGCT
TGTTCATTCGTCCTGTGTGTGTGCTGTGCAGTGCAGTAGCTGTCGCTTGTGGCTTGTCTCTCCT
CACTCCCAGAATAAGCATAGGCCCTTCCCCCTCCTCCTGTCTCATGCCTTGCAAGATTCGTCCT
TCCTTCCTACTGAGTTGCTAAAGCATCCTGAACAGAGAGGGGTGGTCTCAGAGTGATAGCGCCT
TGCTAAAATCAGCCTGTGAGGAAAGGAGCCCAGAGGCGGAGCTCACATCAGTCATGGGGAGTGT
CGTGACCCCCCACCTCTCTTCTATCATGTGCATTTGTTTCAGATTCCCCACTCATGGAACACAT
TTGTAAGTAGTAATGAAAAAAATGTTTTGGTGTGCAAAAGCAGGCTACACCAGAGAGATTCGAA
AGATGACATCTCGGCCTGTTTGGTCCATCATTGGCTCCTAGTTTTTACATGTTTACAGTTGTGA
TTCTTTGGTGAGATTTGTGAACTGTGGAGGACACCTGTAGAACCGTGTACCAGTTGTGAAGTGA
TGTGTAATATCAGAAGGACACACATTTTAACAGTTCTGTCAAAGCAGAATTTGGAAATTAGACA
TAATTTGACTCACCTTAGGTACTTTTAAAATAATTTAAGTAAAATTGGAAAATTTTTTTAACGT
ACCAAGGCTTTAGGGTAAAAAATCTTGTTGGGTAGTGCAGTAAGTTGGTGACTGTGAAGTGATG
TGAGGGTTTCCTCTTGCCTGCCTTCCCCTCCCAGCGGGGTGGAGCTTCATTTTCTGCTCTGCTC
TGCTCTGCTGATGGCTCCCTGCCCCTTCAGATATCGTCAGGTGTCTACATCTGAGCTCCACCTG
ATTTACATGCAGACACTCTTAAAAGTGAGGCAGCATGTCTCTAAATGACGTGTGTGGTACAGCA
ATCCTTTAGTCAGGGACTGTCTGATCCTAATTCCTTCCTGCGAGTTTAAGGTTGGGACGTATTT
TCCTACTTCTTATGTGTGTGTTCCTCGTGCTACTTCTGACCAGGTCTTCCTGTTGAAGGCCTTG
CAAAGGAATGATGGTGGTTACCAGGCATTATGCAGACACCACGTGCCTGAGCTTTGGAGAGAAA
GTGTCACATGACCAGATGAAATCATGATCTGACCTATTTTGTATTTACTGAAGTTGGGGAGGCA
AATATGTTTGTAATATGTTTCCTTTTTTTCCTTAAAAATAATGTTAGTTAATTGGAACATTTGT
TTTTAATAGCTTTGCCTTTTTTTGCAAATTGAGAAAATCCTAAATTATAAATTATGTCACAAAG
CAAAATTATATTTGGTATCACCATGAACTTCTCTCCTGAATTGTGAGAACAGCTTTTTGACTGT
TTGATCTGTGAGCCTATGTCAGTAGCTTTTTTATTTTAGTATGCTGTAATAGAGTGAGAGTGAG
TGGTTACCTCACCTCAAAAGTGTCATTTCGTTTGTTAGGCTGTTCTCACATCCCCACTAGAATC
ATTTTAGGTAACTGAATTCCCAGAAAATGCATTTTGTCTCCAGTGTGCATCGACTGAAGACTGT
AGCAGAGCCACATGGCCGTCTCCTTATCGGCTCCTCTTTGCCAGGGAGAGGGAAGTCGTGAGTA
GTCAATTTGGACTGCCACTGTCTGTCTGTCTCTGTGTTAGCTGCTGAAACTCGTTTAGTTGTCA
AACTGAGTTTGCAGGAGGTTGCACCTTTTATTGTTTGCAGTTTTCTGTTTATGTGCATTTAAAA
GCCCTTCTTCGCTTTCGAGTAAGGAGGCTTGAAGTGATCAGGAATGTTGCCAGTTACAGCTTCA
CGCCAAAAATGTTGAGCAAGCTCCCTTCTGTTCAGATGCCCATGATGGTTGCTGAAGGGAGGGC
AGTCTTGGAAATACTGATAATGGACTGAATAATTAGCAAAAGCACACTTTCCTTCCGTCTCAGA
ACGAACATCCAAGCCTGTAATTTGCTTTTCTCTTGGTTTTTTTGTGAGCTCCCTGTTAGAGGAA
TATCTGTTTCTAAGCCCAGAGGTGTCCACTTTGTCACCCCTCTAGCTGTTGAAGCAATTCTAGT
CTCTTAGTAGTAGGTGGGTATTAATATGCAAAGAAAGTTCAGCATCTTTTGTAATGCTTATATG
AAAACGTAGCACTTATGGTAAGGCAATACTGGAATCAAAAACAAACCCTGCACAGGCCCTAATG
GGATAGAAGCTAGTATTAGTGTAGTGTTGAGTACATGAGGGACAGTAACAAAGAAGGCTCACTG
TGTCTCTGCGGGTTCTGGGACCATTTATAAAGGCCAGTTCATTGTGTTACTGTGACTTAACTTG
TGAAGTTGCTGCCGTTGATGACTGACTATGTGCTCTGAGAATATGAATGTCAGCAACTGTAATC
TCTGGTACCTGAAGGGAAGATGGGCTTTCTCTCCTTTAACTGCTAATGTTATTTTAGTGAAAGT
ACTCAAGACATTGTTTTTTTCTTCTGTAAAAATGGCTTAGCAATGTTCATACCTGGGTAGGTTA
TACAGCTAGTGAACAATTCAGGATAGTAAATGACAGTTAGAGGAAGCCCACCAAGTAACAGACT
CTGCAATGGACACATCTTGTACTTATCATCCCATAGTTGAAAGCAGAGATTTTCTCTAGTGAGC
CTACTGTGTGAGGTATTCCTGCTTATAAATGACAGCAGTTCCCTGTTGGCAGGTAATGTGATCT
AATGTCCCTCTGTGAGAAGATTTTGGTTTGATGAGAAGCAGATAGTTATTAGAGATGGAGTTGG
AAAGTGATTATTTTATATTGCCAAATAACTGTTTATAAGATGAATCTTTTAAAGTAAAACCAGA
CTGTCACCTGAAGGTTAGGGAATCATCCCTTCTGAGAGTCACACTAAAAACTCTTCCAAAGTTC
ATTCTCAGTCCATCCATGCTCCCGGTCCACATGGCAAAGTCAGTTCTGTGTTTAGGAGGGAGCC
ATGTTCAGGCATCCTGAATATTTAGTTTCTTTTACACGAAAGAATAGCTTTCTGTTGGCTTCTT
GCATTGCTTGTTATAAATAAGGCATTAGAGATGAGTCACTCACACAGAGGTGAACCCCTTACTG
TGTGTTCCTTGACCCTGCCCCGCTGTGCGCTGTGCGCTGGCATCCTGGTCAGCGGCGGGTGGCG
TGTGGGCGTCCTCTTCAGTGCCTGTCTGAAAGCATTGCCTTCTCTAGTGCAGTTCTCAGCATGG
CTGTGCGTTGTTTCACACTGCAGAGTGGGAGTGAGGATATTAACACTCAACTCCTTAATAGGTT
TGGAATTCATTATACTTTTAAAAGTATTTACTTTTTAGTCTCCTTTTTAGACTTAAAAAGATTA
AGTTCTATACTTTATCTGACATGTGTAGGATAATCTAATAAATGGTTTGTTGAATGGTCAACAC
AACTCTGCAGTATAATGAGGAGATTTAGAAACATCTTTGAAAGATAATTTAATTGGAGTGAGTG
TTCTCTCGTATTTTTTTTTCTTTACTGCTACCCACATTGTTCTATGGATTCTTCATGTCAAGAG
TACTTCATGGGAGACAGTCATTCATGAAAAGACATATTTTTCCCCCTTTCAACAAATAAAAAAA
TAACTGACTTCTTCCCTGAAATTCAGAAAAAAGAAAAATGACTTCTTAATACTTTGGCTTCTTT
AGCCTTCCCATGTTATTATATTTGTGGGACCCAAAATCACAGTTTAATTAAAGTAGTATTTACA
TGAGATCTTTCAAAATGTTTATAATACAATGCGGTCTCTGAGAAAAGCAGAGGCAGATGCCTGT
TGAGCCTTTCCACTGGCCAGTGAGTGAGTGAGTCAGGAAGGCCTGTGTGGGATTAGCCCTGCCT
CTCGTAAGGCCCAGTGTGTGGATGCGTGGTTGTGAGTAACTGTAGGAACCTGTGGTTCTTTACT
CCAGTGTTTGTGCTTGGCTGGCTTCCCCTCTTGCACTGTGGTGTGAAGCAAGTAGAAGAGATGT
GGCATTTCAGAGATTTGTTGTGACTTTATTTACCCTGTGTTTCTGAGTATCAGGAATGTTTTGA
GTGCTTTGAAGAGCAGATCAACATGGTCTTTGGCTGACCTAAAGCTAGTCTAGAAAGCAGTCTT
CTGAGGTGAAAGCTGCTCGACTCTTGATGGCTGGCGGGCAGCATGTTTTCTTCTCTTCCTCCCT
CCCTCTGCCTTTTGCACGCTCTTCCCCGTGCTGCAGTGTGCGTGTGCCGCACTCGTCTTGGCCC
AAGAGTGGTAGGATTTTCATTCGTTGGTTCTCATTGTTCTTATGTGTTTGTTTGTTTGCTTTTT
AAGCTGGGGACCACTGACCTAAGCTCTATATGCACCCCAAGTTCCCCATGGAGAACGCTTCAAC
ATGCAGGACGGAAGGCACCAGTTACAGCTCAAGGCCACACCGTCGCTTTTCCTTGGGGACTTAG
GCTGATTTGCTTGGAACTGACCCCAGCCTGTGTCATGTAGTCCAGGCGGCTCCAGCGGGTTAGT
GCTGACTCGGGGGAGAGCTTGACACCTGCCGACAGTGTGTGCCTCTGCTCCAAAGGGTTGAATC
AGTTCTTCTCAACGGTGATAGCTCTTCTCACTGTCTAGTGTTGAGTATGTCTCAGGGATTCCTT
GCGGAAATTAGGGCAGTTTTTAAAATAAGGAAATAGTTTTAAAGGAAACTAAAGGTGACTCCTC
ACTGATGAGAGCTCCAGAAAGAGAAAGCGTTTGGTTTCACAGCCCGTGGTGTCTCGCCGAGGAC
TTCCTTTCTACTTCAGGCTCTCATCTCAGCTTCAGCTTACAGAATCCTTTCCCATCATGCACAG
CTTTAAAACTTTTATTTAAAACTTCCTTCCCCAATGAGCTTTCAGAATACTTATTGTAGATTTT
AAGAGAAAAGGTATATTAATTTATGCTATTAACATCACCTCATAAATTATAAGTTTTATACTAA
AGCTGTATTGAGTGTAATGAATTATGTTGCCTATGTGTTTTAATAGCTTAAAATTATATATGAG
CTTCTTTTTATTTTTATTTTTATTTTTTGACAAAACAAACTAGTGACGCACCTTCTTACACTGG
ATCTCTGCCGTGTCAAGGTGTAACGCTGTCCTTGCTACCTTGCAGATACATAAAGAAAAGGATA
GCCTGGGGCCTCGAAATGGAGACCACCCTAGACCACTTACTATTGTGTATAGAGCTGTTGAGGG
TCATGTTCTCTGCACATGATCTGTGGTTTACACTTAAGATGGCTAGACACTTAGTTACAGGGTA
AGTAGAAGCAAATAGATCAAGTAAAACGCCCACTACTGTAGCTGGAATTTGTAAACTTAAGTTT
TTAAGACCTCTTATTTCCTATGGATTTATTCTTTAATTTACAGTTTATTCTGTAAGTTGAGAAG
TAAAATAGAGAAATTAATAAATCTAGATGTTCTCAGTGTCTCATTCAGGAACGTTTTACCCCTC
CTCACTAAGGAATTCCCACTGTGACTTAAAAATAGAGGTAAATTACTTGTGTGCATGTATGTGT
CTGTGTTTTTACACAAATGCAAAAATATACATCGGGGGCACGTGTGTGAGATATGAATGTGTGC
TTGTGTAAAAATAGAAAGGTAACCGAATGTATTATAGAAATATGATTTATTTAGCTGAGGGTAT
TAGAGTTATTTTCCCATTGTTTCTATTTTATAAACATGCCATATTCTTGGCTATATTCTGTTCA
AAGGCTAGCTCTGATATCACGCGCATTTTCTATTAACTTAGGCTGTTTTTAAAAGTGACACGAG
AAAAGAAGCAGATTCTAAGACCAGCCTTTTAGTTATGAGCATAACGACGAGAGAGCGAGAGCGA
GAGCGAGAGAGAGAGAGAGAGAGAAAGAGAGAGAGAGAAACAGACCTAGATAGGTAACAGCTCA
TATATCTTTTGAAGTGATGGGACCAGAGATTTGTTGAAATATTATGTCTAGTAAATTTTCTTCA
TATTCCAAGTAATAAACTAATATGTTTTCTTGGTCAAGTTCAGAAAACATAGGCCTTGATAAGG
AAGCTTTGAAGGGGCTGCTTGTTGAAGGAGTTGGTGGGCTCATCTCCCCATATATACTTCAAAG
CTGGTATGATTTCAGTTGTTTGCAAAATATTTTTTGAAACGAAATTGTGCCATTGGTTGTGGAG
TAGAGCATCCCAGCTCTGTCCTCTGGCTGTGGGAAAATCATGCTTACCTGACTATGTGGAACTA
AAAAGACAGACACATTCCTGTGTCCTGGGAGCTTTGTCATTCTCTGTGTGGTCCTTCCTGGAAC
ACCTGGTGATCTGAGACGGTCAACAAGGGCCAAGTGCTCCATCACACTTACTTTAATATGAAGG
CGCTGTACTTAGAAATGCCAGGGCAACTCCCAGGAACACACTTGAATTGGTAGTTGTCTTTGGG
GCCTCAGTTACTTCATCTTAGATCCAGACAAAACCCAGGCAAGCTCTCCATGTTGTTTTTCACA
CTTGTGTTTTTGTAGCATCTCCCTGTTTCATTCACTCTTGCTTTCAGATTTTAAGAAACCTGCA
TATTTCTTGTACATATGCATGCAAGCGAAAGAAGGGAGTTTGTACTGATGCCATTTCTCCCTTC
AGTTGCTGGTTAATGGAATTTGCTAGAATCAATTCCCCCTTATTGAAGGGTGAAAACAGACCCT
TTGTGTATATCTGTACAGAGATGTGTATATGGGATGTGGTGGCACTTTGCTGAATGTGAACTTG
CCTTGTCAATGGAAAGATTGAAAAAGTATTATGTTTATTTATACATTTGTATAAATCTATATAT
ACACGTATGTATATGTGTGTGTATAGATAAAGCTATATACATATATTTCCCTAAAATGTGTGTG
TGTAATAGATTAACAGCCCTTGCTAAGCAAGATTATGCATCTGTGGGAATTCTGGGTTATTCTG
CCAGCCAGTGGAAATGGCCACAGTGTAGAGCACATCACCAAGCATGCTGACGTGGGAACCCTTT
GGATTACAGTCACGATTACAGATTAGTGCTCACAAACCAATCTTTGAACTCTTCTTTCTCAGAT
TTCTGCTAGCTATTCTCTCATTACTTAACAATCACACATCTTTGCCAAGTTGTCTGTTGTCCAA
GTGCTGGAGATTGGCTCCTGAGGTGGCCCTGTGCTGGGCATGTGAGAAGCCACGTCCTTGGGAT
GATTTAGCTCTCTCACTAGACACCTGGGCATGAATGTGTCAGCTGTCACTCAGGCCTTACCAAC
GACACTTCCCCACGGTATACAGCTTTCAATTATGTTTTCTCTGAGAATTGGGTAGTCATCAAAA
ATAAAAAGCCAATGTTCAAAAACTTAATTCTCAATTTCTTAACCTAGGTAACTTTGGAGTATTT
TATTTACATTGAAAAATGTAATTATGACTTTATGATTGATATTAGTGTTAGGTGTATTTCCACA
CTTATCATTTAAAGAGTTTGATTTGCTTTGTGTTTTAAATATAACCATTTACCACTTGAATTTT
AACAAAGTACACAGAGTCACATGGAAGCCTCTTGAATTCTATAACTGACTCTTGTTTCTCATGA
TGAAATGCTCTAATGAGTTCTTGTGTAATAATTCTGCTAGATTTCCTTTTGACTTCTCTCACAG
TTGTGACATTCAGTTTTAACTCTGCTGCAGCTCTCTAGAAAACTTGCACCCTTCTATATCGTGC
CTTTAAAGCTCTTATGCACACACAGAAGTGTATATATACATGTTGGCGCATGTGTACATACACT
TTGGTATATACTCACACAGTATGTCTCCAGGATATATTGTGGGAGTGGACATAGAGATATTCAA
AGGCAATGAAATGTTGCTCTCTAGATATATATGTATATAAATAGTGTTGATATAACTGTACATA
CACGTGTATATGTATGAGTTCTAAATGGCAATCTTTTACATTTAGCAAAATGCTGCCCTACTGG
AATATTGCCACTGCAATGGCACTTGTATGTAATGATTTAAAAGACATTATCAAAAATTATTTAA
AGAACATTAAAGGTCTCATCTAAAGACAGCCACACACTATTTATTTAGCTTCCTATTCCTGTGA
TTGTTGTGTTTGTATAACTGTAAGGGAGACTGTCATTTTAAACTCACCACCTGTGTAGGAGAGA
TGAGATTCACTCGGGGTACTTTGTATCCCCTCTCTCTGAAACAGTGATGTGTCACAGTCCAGCT
TGTTTATCTCAGTTTTAAAGCAGTCCTAGTACTGCCATTGGTGTGTGTCACCCACCATGTCCTC
GATCAACTTACTTCACCAATTTGCCTCTTCCTTTCATTAATAAATAATGATCATTTCGATCAGT
TTGCCTGGGGGAAAGCTAACTCCTCTCTTGCTTCAGGGAAATAGATCATCTAGCTGTTGTTCTG
CCTTGTTCAAAATTCACCATAGAAAGAGGGTGGTCCTCATAACGCTGTCTTAAGCATAGTTTAT
TTTTCATTTATTTAAAGATCTTACTTTTTTTTTTTTTTGAAAGTACTCTTAAGTTGCATGTCCT
TGGCATAGATTTCATTCTTACTGCCCTTCCCCACAGGATATTTTTCATAGTCCATCAGTTTCCC
ATACCAAATGCAAGAACGTCAGGACAAACTGTCAATACTGTTGCTGTTCGCGAGGGGCTGGCAG
CAGATCACACCTGGAATTTAGAGGGAGAGAAGGTAGCCGGATAATCCTGAGCCCTGTGAAGTGG
AGCGTGGAATAAGGGTACTTCTAAGGAAACATTTCAGGGTAGCTCACTGGAAATTGATATCAGA
ATCAGCCTTTAACAGCCTGGCAGAGGGATGGTACTAACTACCCAGCGTGCCCAAGTGTAAACAA
ACCAAGCTGCAGTGGGAAGTCAAAGGTGGGAGGTAGCCATTGGAAACCAGGAACAAAGTAACTG
CACGGTAGCAAGGACTAGCAGTCTGTTCTCATCCACCTTGGCACACCGAATGCTCCATACGCCA
TACATTCAGGACATAGGCAGGAGGACAGCTGCTTAAAGGGGACTTACAAACCAAGCACCTTCTC
TTGTGTCTGTGTCATGGCTGCCACTCAGTTCCAGGCATGTACACCGGGAGCAACTAGTTTCTGC
AGAATACAAGAGGAGGCTGGCAGGCTTTGGAAAGGCCTTTCCATGGCGTTGCCTGTGATTTCAG
TGGGGAGGACACATTTGGGGAGATGGCTGGGCTTTTGGTTTGTGATTTCCCTTTAAACAGGAAG
AGATGGTTCACACTTTCCATATATATATCTCAATGAATGTACTGTATTACTGTTTTAAAAATTT
GATGAAATAATAATGGATTGGTCTCCTTTTGTTATCTGGTCCTTGTTTAATTTGTTTAAGGGTT
TTTGTATACAAAAGTTTACATTTTTATGTATATTTTTCTTGTGTAAAAACTGATGTAATATGTG
TATAAAACACTTGTATGTATTATCTGTATATAGTGTGACAAAATGATTTTTCTTTCTTTCTTTT
GGTTGTATTAATAAATCTTGCTGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_006245025 ⟹ XP_006245087

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,879 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,514,012 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,887,475 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

AGAGGCGGCCCCAGGCCCGGCCCACATCCCCGGGCTCCCGTAGGGCGGCGGGCTGGGCCGCGCA
AGCAGGGCGGGCGGCGAGCGCGCTTACGTGAGGCCGGGGATTCGCCGGCCCACGCCAGGCCGCG
GGCGGAGAATGAAAGGACAATCTGCTTCTTCTTGATTGATCAGCATTCCAAACTGTGGTACCCC
TGGGCTCTCTTCACATTGCTGTGGTGCAGAAGATTTAAAATCAGCTGATGTTCACAAGGAATAG
AGTCACGTGATGTATGAAGGGAAACATATACACTTCTCTGAGGTTGACAATAAGCCCTTGTGCT
CATATAGCCCCAAACTGTGCAAGCAGCGGCGACTCAACGGCTACGCTTTCTGTATCAGACACGT
TCTGGAAGACAAGACTGCCCCCTTCAAGCAATGTGAATATGTGGCCAAGTATAACAGCCAGCGC
TGCACCAACCCCATTCCCAAGTCAGAGGATCGCAGGTACTGCAACAGCCACTTGCAGGTACTCG
GCTTTATCCCGAAAAAAGAGAGGAAGAAAAAGAATGACCCGGTAGATGAGGTGAAGGTCAGGCA
CCAGATGGACGCCATGGCATTTAGCCTGACGGTACCTACCCTGGCCTTGAAGATGCCCAATGGA
CTGGATAGCATGTCCCTCTCTCCACCTGGGGCAAGGGTTCCTCTCCACTACCTGGAAACTGAGT
TGGAAGACCCCTTTGCTTTCAATGAGGAAGACGATGACCTAAAGAAAGGGGTGACGGTGAGAAA
AAAGTTGCAGAGCAAATTGGCTCAGAACCGGCAACGCCAGAGAGAGACAGAGATTTTAAAAGTT
CGGCAAGAGCACTTTAGCACCCCTCCCACACCTCCACAGCAGCACGCCCACCTGTCACCTCTAC
CTACTTCTTTAAAACCTCCAGCGCCACCACAGGGCTCAGTCTGCAAGTCACCTCAGCCTCAGAG
CACCAGCCTACCAATGCAGGGAGTGGCCCCCACCACACACTCTATAGCACAAACAAGGCAGGCC
TCTCACAAGAGGCCTCTGCCCCTCCTTCCCTCCAGTCGAGCTCCCGTCTCAGACACCCCCAGGA
CTGACCGAATCCTCATGAAAGCCACCGCCTTCTCTCCACACTTCTCTTGTATAAGCCGACTGCA
GAGACTGGTGAAACTGTGTACCCAAAAGCATCAGCTGGACGCGGATCTGTTTCCTCACTTAGGG
CTGGACTGGTCTGAGGAGAGCGGAGAGGAGCTGGAGGATTCAGATCAGGCTTCACCATATCAGG
TCGCATGGTCCGTCCGAGAAACCCTCAGACAGGAAAGACACACGTCAGATGACGACGATGCGGA
GAGCAGGAGCTCCAGGGTGACCCAACTTTGCACTTACTTTCAGCAGAAATACAAGCACCTCTGC
CGCCTGGAGCGTGCAGAGTCGCGACAAAAGAAATGCCGGCATACGTTTAGGAAGGCGCTGCTGC
AGGCAGCCAGTAAGGAGCCCGAATGTACTGGTCAGCTGATACAAGAACTTCGGAGAGCTGCGTG
TAGCCGAGACAGCCTCAGCCAGACCAAGTTGAAGGAGGTGGAGCCAGCAGCTTGCAGTGGAACA
GTGAAGGGTGAACAGTGCACAAACCAGGCCCTGCCCTTCACCAGGCATTGTTTCCAGCACATCC
TCTTGAACCGTTCTCAGCAGCTGTTCTCCAGCTGCACTGCCAAGTTTGCAGACGGACAGCAGTG
CTCTGTGCCAGTGTTTGACATTACACACCAGACGCCCCTGTGCGAAGAACATGCCAAAAAGATG
GATAATTTCCTGAGAGGAGATAACTCCCGTAAAGTTCAGCACCAGCAACAGAGGAAACCTAGGA
AAAAAACAAAGCCCCCTGCACTTACCAAAAAACACAAGAAGAAGAGACGGCGTGGACCTCGTCG
ACCCCAGAAGCCCATCCCTCCTGCAGTGCCCCAAGGGAATCTCAGCATGCCCACCAGCGTCTCA
CTGCCAGTGCAGGCCTCCCAGATCCGAAGCCCTTCCACGCCAGAGCTGAGTGCTGACGAGTTGC
CGGATGACATTGCCAATGAGATCACTGACATTCCGCACGACTTGGAATTGAACCAGGAAGACTT
TGCAGATGTCCTGCCGCGGCTGCCGGATGATTTACAAGACTTTGATTTTTTTGAAGGAAAGAAT
GGAGACCTCCTCCCGACCACTGAAGAAGCTGAAGAGCTTGAGCGGGCCTTGCAAGCTGTAACTT
CTCTCGAGTGCCTGAGTACAATTGGGGTACTTTCCCAGTCAGACGGTGTGCCAGTCCAGGGCTT
GTCAGATAGAGGGATGGGGGTGTTCTCCACGGGTACCGATGCTTCGGGAATCCAGTCCTTGAGT
CGAGAAGTAAACACGGATCTAGGGGAGCTACTGAACGGACGTATAGTACACGATAGCTTTTCTA
GTCTAGAGCTGGACGAGAACCTACTCCATTCTGCTACTCTGTCCAACCCACCTACACCCCTGGC
AGGGCAGATCCAGGGGCAGTTCTCTGCCCCAGCCAGCGTTGGCCTTACTTCTGCCACTCTGCTC
AGCCAGAGTGCACTTGGGGAGAGAGCCTTCCCAGGACAGTTTCATGGACTTCATGATGGCAGCC
ATGCCTCTCAGAGGCCACATCCTGCCCAGCTGCTGAGCAAGGCAGACGACCTTATCACCTCACG
ACAGCAATACAGCAGTGATCATTCACACTCCTCACCCCATGGAAGCCATTATGATAGCGAGCAC
GTGCCGTCGCCCTACAGTGACCATATCACCTCTCCCCACACATCTTACTCTGGTGATAATATGG
CAGCTACCTTTTCAGCAGAGATGCCCATCATGGCCCAGCACTTGCTCCCCACCCAGCTTGAGGT
GCCACTTGGAGGAGTGGTCAACCCCAGAACTCACTGGGGCAATCTCCCCGTCAACCTTGGCGAT
CCCTCTGCATTTAGCAACCTCCTTGGCGCGGATGGACACCTTCTTTCCACTTCCCTCTCCACGC
CACCCACCACATCCAACTCAGAGACCACACAGCCTGCCTTCGCCACCGTTACCCCAAGCAGTTC
CAGTGTGCTTCCGGGGTTACCACAGACCAGCTTCAGTGGCATGGGGCCTTCTGCTGAACTAATG
GCCTCCACCTCTCCCAAGCAGCAACTCCCACAGTTCAGCGCAGCCTTCGGCCACCAGCTGAGTT
CTCACAGTGGCATTCCTAAGGACCTGCAGCCCAGCCACAGCTCCATAGCCCCTCCTACAGGCTT
CACAGTAACAGGTGCCACCGCTACAAGTACCAATAATGCATCTCCCCCCTTCCCCACCCCCAAC
TGAGCGAGTCTGTGTGCTTGCCGGCAGGTGGAACCCGGTGTTTTCTATCTTTGTTTCCTCTTTT
GCACCCCTCTCTCCTTTTCCTACAGAAGATTTAAAAATGACAGTGGGGATTAGAGGGACGCCCC
TTCCCGGTTCAACAGGTGGCCGTGCAGTGGACCTTGCGTCAGTGTTCGCGCGTGCTCCCTAGCA
CTGGTGCTCATTCCCTCCTGGCGGTCCGCTCAGCCTGGCGGGTCACTCGGCCTGGCAGGCTTTT
TGGTGGCTCAGCACAGTGACTGGGTAGGATTGATTATTTTATTTTTTATTTTTATTTTTATTTG
TTTTTATTTCAGCAAGTCCTAGAAGTGGAAGATACCTCAGATTACCAGTGCCCTTTACTGTCTC
CTACTGTTGAGATAATGCTTCCCATTCTCTAGCCAGGTTTTACATAGGTTGTTCTGGATGTTCT
GTTGAGATCCTGTGTAGTAGGTGGTGTGCGGACACAAATCAAAGCTCTGACTTAGCACCAACTG
CCAGACACCACAGGGAGGCCAGGATGCCATTCCTAATTATGATACATTAGCTGAAAAGAACATG
GTCTCTTAACTGCCTGTGCCTGCTTGTTCATTCGTCCTGTGTGTGTGCTGTGCAGTGCAGTAGC
TGTCGCTTGTGGCTTGTCTCTCCTCACTCCCAGAATAAGCATAGGCCCTTCCCCCTCCTCCTGT
CTCATGCCTTGCAAGATTCGTCCTTCCTTCCTACTGAGTTGCTAAAGCATCCTGAACAGAGAGG
GGTGGTCTCAGAGTGATAGCGCCTTGCTAAAATCAGCCTGTGAGGAAAGGAGCCCAGAGGCGGA
GCTCACATCAGTCATGGGGAGTGTCGTGACCCCCCACCTCTCTTCTATCATGTGCATTTGTTTC
AGATTCCCCACTCATGGAACACATTTGTAAGTAGTAATGAAAAAAATGTTTTGGTGTGCAAAAG
CAGGCTACACCAGAGAGATTCGAAAGATGACATCTCGGCCTGTTTGGTCCATCATTGGCTCCTA
GTTTTTACATGTTTACAGTTGTGATTCTTTGGTGAGATTTGTGAACTGTGGAGGACACCTGTAG
AACCGTGTACCAGTTGTGAAGTGATGTGTAATATCAGAAGGACACACATTTTAACAGTTCTGTC
AAAGCAGAATTTGGAAATTAGACATAATTTGACTCACCTTAGGTACTTTTAAAATAATTTAAGT
AAAATTGGAAAATTTTTTTAACGTACCAAGGCTTTAGGGTAAAAAATCTTGTTGGGTAGTGCAG
TAAGTTGGTGACTGTGAAGTGATGTGAGGGTTTCCTCTTGCCTGCCTTCCCCTCCCAGCGGGGT
GGAGCTTCATTTTCTGCTCTGCTCTGCTCTGCTGATGGCTCCCTGCCCCTTCAGATATCGTCAG
GTGTCTACATCTGAGCTCCACCTGATTTACATGCAGACACTCTTAAAAGTGAGGCAGCATGTCT
CTAAATGACGTGTGTGGTACAGCAATCCTTTAGTCAGGGACTGTCTGATCCTAATTCCTTCCTG
CGAGTTTAAGGTTGGGACGTATTTTCCTACTTCTTATGTGTGTGTTCCTCGTGCTACTTCTGAC
CAGGTCTTCCTGTTGAAGGCCTTGCAAAGGAATGATGGTGGTTACCAGGCATTATGCAGACACC
ACGTGCCTGAGCTTTGGAGAGAAAGTGTCACATGACCAGATGAAATCATGATCTGACCTATTTT
GTATTTACTGAAGTTGGGGAGGCAAATATGTTTGTAATATGTTTCCTTTTTTTCCTTAAAAATA
ATGTTAGTTAATTGGAACATTTGTTTTTAATAGCTTTGCCTTTTTTTGCAAATTGAGAAAATCC
TAAATTATAAATTATGTCACAAAGCAAAATTATATTTGGTATCACCATGAACTTCTCTCCTGAA
TTGTGAGAACAGCTTTTTGACTGTTTGATCTGTGAGCCTATGTCAGTAGCTTTTTTATTTTAGT
ATGCTGTAATAGAGTGAGAGTGAGTGGTTACCTCACCTCAAAAGTGTCATTTCGTTTGTTAGGC
TGTTCTCACATCCCCACTAGAATCATTTTAGGTAACTGAATTCCCAGAAAATGCATTTTGTCTC
CAGTGTGCATCGACTGAAGACTGTAGCAGAGCCACATGGCCGTCTCCTTATCGGCTCCTCTTTG
CCAGGGAGAGGGAAGTCGTGAGTAGTCAATTTGGACTGCCACTGTCTGTCTGTCTCTGTGTTAG
CTGCTGAAACTCGTTTAGTTGTCAAACTGAGTTTGCAGGAGGTTGCACCTTTTATTGTTTGCAG
TTTTCTGTTTATGTGCATTTAAAAGCCCTTCTTCGCTTTCGAGTAAGGAGGCTTGAAGTGATCA
GGAATGTTGCCAGTTACAGCTTCACGCCAAAAATGTTGAGCAAGCTCCCTTCTGTTCAGATGCC
CATGATGGTTGCTGAAGGGAGGGCAGTCTTGGAAATACTGATAATGGACTGAATAATTAGCAAA
AGCACACTTTCCTTCCGTCTCAGAACGAACATCCAAGCCTGTAATTTGCTTTTCTCTTGGTTTT
TTTGTGAGCTCCCTGTTAGAGGAATATCTGTTTCTAAGCCCAGAGGTGTCCACTTTGTCACCCC
TCTAGCTGTTGAAGCAATTCTAGTCTCTTAGTAGTAGGTGGGTATTAATATGCAAAGAAAGTTC
AGCATCTTTTGTAATGCTTATATGAAAACGTAGCACTTATGGTAAGGCAATACTGGAATCAAAA
ACAAACCCTGCACAGGCCCTAATGGGATAGAAGCTAGTATTAGTGTAGTGTTGAGTACATGAGG
GACAGTAACAAAGAAGGCTCACTGTGTCTCTGCGGGTTCTGGGACCATTTATAAAGGCCAGTTC
ATTGTGTTACTGTGACTTAACTTGTGAAGTTGCTGCCGTTGATGACTGACTATGTGCTCTGAGA
ATATGAATGTCAGCAACTGTAATCTCTGGTACCTGAAGGGAAGATGGGCTTTCTCTCCTTTAAC
TGCTAATGTTATTTTAGTGAAAGTACTCAAGACATTGTTTTTTTCTTCTGTAAAAATGGCTTAG
CAATGTTCATACCTGGGTAGGTTATACAGCTAGTGAACAATTCAGGATAGTAAATGACAGTTAG
AGGAAGCCCACCAAGTAACAGACTCTGCAATGGACACATCTTGTACTTATCATCCCATAGTTGA
AAGCAGAGATTTTCTCTAGTGAGCCTACTGTGTGAGGTATTCCTGCTTATAAATGACAGCAGTT
CCCTGTTGGCAGGTAATGTGATCTAATGTCCCTCTGTGAGAAGATTTTGGTTTGATGAGAAGCA
GATAGTTATTAGAGATGGAGTTGGAAAGTGATTATTTTATATTGCCAAATAACTGTTTATAAGA
TGAATCTTTTAAAGTAAAACCAGACTGTCACCTGAAGGTTAGGGAATCATCCCTTCTGAGAGTC
ACACTAAAAACTCTTCCAAAGTTCATTCTCAGTCCATCCATGCTCCCGGTCCACATGGCAAAGT
CAGTTCTGTGTTTAGGAGGGAGCCATGTTCAGGCATCCTGAATATTTAGTTTCTTTTACACGAA
AGAATAGCTTTCTGTTGGCTTCTTGCATTGCTTGTTATAAATAAGGCATTAGAGATGAGTCACT
CACACAGAGGTGAACCCCTTACTGTGTGTTCCTTGACCCTGCCCCGCTGTGCGCTGTGCGCTGG
CATCCTGGTCAGCGGCGGGTGGCGTGTGGGCGTCCTCTTCAGTGCCTGTCTGAAAGCATTGCCT
TCTCTAGTGCAGTTCTCAGCATGGCTGTGCGTTGTTTCACACTGCAGAGTGGGAGTGAGGATAT
TAACACTCAACTCCTTAATAGGTTTGGAATTCATTATACTTTTAAAAGTATTTACTTTTTAGTC
TCCTTTTTAGACTTAAAAAGATTAAGTTCTATACTTTATCTGACATGTGTAGGATAATCTAATA
AATGGTTTGTTGAATGGTCAACACAACTCTGCAGTATAATGAGGAGATTTAGAAACATCTTTGA
AAGATAATTTAATTGGAGTGAGTGTTCTCTCGTATTTTTTTTTCTTTACTGCTACCCACATTGT
TCTATGGATTCTTCATGTCAAGAGTACTTCATGGGAGACAGTCATTCATGAAAAGACATATTTT
TCCCCCTTTCAACAAATAAAAAAATAACTGACTTCTTCCCTGAAATTCAGAAAAAAGAAAAATG
ACTTCTTAATACTTTGGCTTCTTTAGCCTTCCCATGTTATTATATTTGTGGGACCCAAAATCAC
AGTTTAATTAAAGTAGTATTTACATGAGATCTTTCAAAATGTTTATAATACAATGCGGTCTCTG
AGAAAAGCAGAGGCAGATGCCTGTTGAGCCTTTCCACTGGCCAGTGAGTGAGTGAGTCAGGAAG
GCCTGTGTGGGATTAGCCCTGCCTCTCGTAAGGCCCAGTGTGTGGATGCGTGGTTGTGAGTAAC
TGTAGGAACCTGTGGTTCTTTACTCCAGTGTTTGTGCTTGGCTGGCTTCCCCTCTTGCACTGTG
GTGTGAAGCAAGTAGAAGAGATGTGGCATTTCAGAGATTTGTTGTGACTTTATTTACCCTGTGT
TTCTGAGTATCAGGAATGTTTTGAGTGCTTTGAAGAGCAGATCAACATGGTCTTTGGCTGACCT
AAAGCTAGTCTAGAAAGCAGTCTTCTGAGGTGAAAGCTGCTCGACTCTTGATGGCTGGCGGGCA
GCATGTTTTCTTCTCTTCCTCCCTCCCTCTGCCTTTTGCACGCTCTTCCCCGTGCTGCAGTGTG
CGTGTGCCGCACTCGTCTTGGCCCAAGAGTGGTAGGATTTTCATTCGTTGGTTCTCATTGTTCT
TATGTGTTTGTTTGTTTGCTTTTTAAGCTGGGGACCACTGACCTAAGCTCTATATGCACCCCAA
GTTCCCCATGGAGAACGCTTCAACATGCAGGACGGAAGGCACCAGTTACAGCTCAAGGCCACAC
CGTCGCTTTTCCTTGGGGACTTAGGCTGATTTGCTTGGAACTGACCCCAGCCTGTGTCATGTAG
TCCAGGCGGCTCCAGCGGGTTAGTGCTGACTCGGGGGAGAGCTTGACACCTGCCGACAGTGTGT
GCCTCTGCTCCAAAGGGTTGAATCAGTTCTTCTCAACGGTGATAGCTCTTCTCACTGTCTAGTG
TTGAGTATGTCTCAGGGATTCCTTGCGGAAATTAGGGCAGTTTTTAAAATAAGGAAATAGTTTT
AAAGGAAACTAAAGGTGACTCCTCACTGATGAGAGCTCCAGAAAGAGAAAGCGTTTGGTTTCAC
AGCCCGTGGTGTCTCGCCGAGGACTTCCTTTCTACTTCAGGCTCTCATCTCAGCTTCAGCTTAC
AGAATCCTTTCCCATCATGCACAGCTTTAAAACTTTTATTTAAAACTTCCTTCCCCAATGAGCT
TTCAGAATACTTATTGTAGATTTTAAGAGAAAAGGTATATTAATTTATGCTATTAACATCACCT
CATAAATTATAAGTTTTATACTAAAGCTGTATTGAGTGTAATGAATTATGTTGCCTATGTGTTT
TAATAGCTTAAAATTATATATGAGCTTCTTTTTATTTTTATTTTTATTTTTTGACAAAACAAAC
TAGTGACGCACCTTCTTACACTGGATCTCTGCCGTGTCAAGGTGTAACGCTGTCCTTGCTACCT
TGCAGATACATAAAGAAAAGGATAGCCTGGGGCCTCGAAATGGAGACCACCCTAGACCACTTAC
TATTGTGTATAGAGCTGTTGAGGGTCATGTTCTCTGCACATGATCTGTGGTTTACACTTAAGAT
GGCTAGACACTTAGTTACAGGGTAAGTAGAAGCAAATAGATCAAGTAAAACGCCCACTACTGTA
GCTGGAATTTGTAAACTTAAGTTTTTAAGACCTCTTATTTCCTATGGATTTATTCTTTAATTTA
CAGTTTATTCTGTAAGTTGAGAAGTAAAATAGAGAAATTAATAAATCTAGATGTTCTCAGTGTC
TCATTCAGGAACGTTTTACCCCTCCTCACTAAGGAATTCCCACTGTGACTTAAAAATAGAGGTA
AATTACTTGTGTGCATGTATGTGTCTGTGTTTTTACACAAATGCAAAAATATACATCGGGGGCA
CGTGTGTGAGATATGAATGTGTGCTTGTGTAAAAATAGAAAGGTAACCGAATGTATTATAGAAA
TATGATTTATTTAGCTGAGGGTATTAGAGTTATTTTCCCATTGTTTCTATTTTATAAACATGCC
ATATTCTTGGCTATATTCTGTTCAAAGGCTAGCTCTGATATCACGCGCATTTTCTATTAACTTA
GGCTGTTTTTAAAAGTGACACGAGAAAAGAAGCAGATTCTAAGACCAGCCTTTTAGTTATGAGC
ATAACGACGAGAGAGCGAGAGCGAGAGCGAGAGAGAGAGAGAGAGAGAAAGAGAGAGAGAGAAA
CAGACCTAGATAGGTAACAGCTCATATATCTTTTGAAGTGATGGGACCAGAGATTTGTTGAAAT
ATTATGTCTAGTAAATTTTCTTCATATTCCAAGTAATAAACTAATATGTTTTCTTGGTCAAGTT
CAGAAAACATAGGCCTTGATAAGGAAGCTTTGAAGGGGCTGCTTGTTGAAGGAGTTGGTGGGCT
CATCTCCCCATATATACTTCAAAGCTGGTATGATTTCAGTTGTTTGCAAAATATTTTTTGAAAC
GAAATTGTGCCATTGGTTGTGGAGTAGAGCATCCCAGCTCTGTCCTCTGGCTGTGGGAAAATCA
TGCTTACCTGACTATGTGGAACTAAAAAGACAGACACATTCCTGTGTCCTGGGAGCTTTGTCAT
TCTCTGTGTGGTCCTTCCTGGAACACCTGGTGATCTGAGACGGTCAACAAGGGCCAAGTGCTCC
ATCACACTTACTTTAATATGAAGGCGCTGTACTTAGAAATGCCAGGGCAACTCCCAGGAACACA
CTTGAATTGGTAGTTGTCTTTGGGGCCTCAGTTACTTCATCTTAGATCCAGACAAAACCCAGGC
AAGCTCTCCATGTTGTTTTTCACACTTGTGTTTTTGTAGCATCTCCCTGTTTCATTCACTCTTG
CTTTCAGATTTTAAGAAACCTGCATATTTCTTGTACATATGCATGCAAGCGAAAGAAGGGAGTT
TGTACTGATGCCATTTCTCCCTTCAGTTGCTGGTTAATGGAATTTGCTAGAATCAATTCCCCCT
TATTGAAGGGTGAAAACAGACCCTTTGTGTATATCTGTACAGAGATGTGTATATGGGATGTGGT
GGCACTTTGCTGAATGTGAACTTGCCTTGTCAATGGAAAGATTGAAAAAGTATTATGTTTATTT
ATACATTTGTATAAATCTATATATACACGTATGTATATGTGTGTGTATAGATAAAGCTATATAC
ATATATTTCCCTAAAATGTGTGTGTGTAATAGATTAACAGCCCTTGCTAAGCAAGATTATGCAT
CTGTGGGAATTCTGGGTTATTCTGCCAGCCAGTGGAAATGGCCACAGTGTAGAGCACATCACCA
AGCATGCTGACGTGGGAACCCTTTGGATTACAGTCACGATTACAGATTAGTGCTCACAAACCAA
TCTTTGAACTCTTCTTTCTCAGATTTCTGCTAGCTATTCTCTCATTACTTAACAATCACACATC
TTTGCCAAGTTGTCTGTTGTCCAAGTGCTGGAGATTGGCTCCTGAGGTGGCCCTGTGCTGGGCA
TGTGAGAAGCCACGTCCTTGGGATGATTTAGCTCTCTCACTAGACACCTGGGCATGAATGTGTC
AGCTGTCACTCAGGCCTTACCAACGACACTTCCCCACGGTATACAGCTTTCAATTATGTTTTCT
CTGAGAATTGGGTAGTCATCAAAAATAAAAAGCCAATGTTCAAAAACTTAATTCTCAATTTCTT
AACCTAGGTAACTTTGGAGTATTTTATTTACATTGAAAAATGTAATTATGACTTTATGATTGAT
ATTAGTGTTAGGTGTATTTCCACACTTATCATTTAAAGAGTTTGATTTGCTTTGTGTTTTAAAT
ATAACCATTTACCACTTGAATTTTAACAAAGTACACAGAGTCACATGGAAGCCTCTTGAATTCT
ATAACTGACTCTTGTTTCTCATGATGAAATGCTCTAATGAGTTCTTGTGTAATAATTCTGCTAG
ATTTCCTTTTGACTTCTCTCACAGTTGTGACATTCAGTTTTAACTCTGCTGCAGCTCTCTAGAA
AACTTGCACCCTTCTATATCGTGCCTTTAAAGCTCTTATGCACACACAGAAGTGTATATATACA
TGTTGGCGCATGTGTACATACACTTTGGTATATACTCACACAGTATGTCTCCAGGATATATTGT
GGGAGTGGACATAGAGATATTCAAAGGCAATGAAATGTTGCTCTCTAGATATATATGTATATAA
ATAGTGTTGATATAACTGTACATACACGTGTATATGTATGAGTTCTAAATGGCAATCTTTTACA
TTTAGCAAAATGCTGCCCTACTGGAATATTGCCACTGCAATGGCACTTGTATGTAATGATTTAA
AAGACATTATCAAAAATTATTTAAAGAACATTAAAGGTCTCATCTAAAGACAGCCACACACTAT
TTATTTAGCTTCCTATTCCTGTGATTGTTGTGTTTGTATAACTGTAAGGGAGACTGTCATTTTA
AACTCACCACCTGTGTAGGAGAGATGAGATTCACTCGGGGTACTTTGTATCCCCTCTCTCTGAA
ACAGTGATGTGTCACAGTCCAGCTTGTTTATCTCAGTTTTAAAGCAGTCCTAGTACTGCCATTG
GTGTGTGTCACCCACCATGTCCTCGATCAACTTACTTCACCAATTTGCCTCTTCCTTTCATTAA
TAAATAATGATCATTTCGATCAGTTTGCCTGGGGGAAAGCTAACTCCTCTCTTGCTTCAGGGAA
ATAGATCATCTAGCTGTTGTTCTGCCTTGTTCAAAATTCACCATAGAAAGAGGGTGGTCCTCAT
AACGCTGTCTTAAGCATAGTTTATTTTTCATTTATTTAAAGATCTTACTTTTTTTTTTTTTTGA
AAGTACTCTTAAGTTGCATGTCCTTGGCATAGATTTCATTCTTACTGCCCTTCCCCACAGGATA
TTTTTCATAGTCCATCAGTTTCCCATACCAAATGCAAGAACGTCAGGACAAACTGTCAATACTG
TTGCTGTTCGCGAGGGGCTGGCAGCAGATCACACCTGGAATTTAGAGGGAGAGAAGGTAGCCGG
ATAATCCTGAGCCCTGTGAAGTGGAGCGTGGAATAAGGGTACTTCTAAGGAAACATTTCAGGGT
AGCTCACTGGAAATTGATATCAGAATCAGCCTTTAACAGCCTGGCAGAGGGATGGTACTAACTA
CCCAGCGTGCCCAAGTGTAAACAAACCAAGCTGCAGTGGGAAGTCAAAGGTGGGAGGTAGCCAT
TGGAAACCAGGAACAAAGTAACTGCACGGTAGCAAGGACTAGCAGTCTGTTCTCATCCACCTTG
GCACACCGAATGCTCCATACGCCATACATTCAGGACATAGGCAGGAGGACAGCTGCTTAAAGGG
GACTTACAAACCAAGCACCTTCTCTTGTGTCTGTGTCATGGCTGCCACTCAGTTCCAGGCATGT
ACACCGGGAGCAACTAGTTTCTGCAGAATACAAGAGGAGGCTGGCAGGCTTTGGAAAGGCCTTT
CCATGGCGTTGCCTGTGATTTCAGTGGGGAGGACACATTTGGGGAGATGGCTGGGCTTTTGGTT
TGTGATTTCCCTTTAAACAGGAAGAGATGGTTCACACTTTCCATATATATATCTCAATGAATGT
ACTGTATTACTGTTTTAAAAATTTGATGAAATAATAATGGATTGGTCTCCTTTTGTTATCTGGT
CCTTGTTTAATTTGTTTAAGGGTTTTTGTATACAAAAGTTTACATTTTTATGTATATTTTTCTT
GTGTAAAAACTGATGTAATATGTGTATAAAACACTTGTATGTATTATCTGTATATAGTGTGACA
AAATGATTTTTCTTTCTTTCTTTTGGTTGTATTAATAAATCTTGCTGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_006245026 ⟹ XP_006245088

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,483 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,513,618 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,887,318 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

GCGCTGGGGTGGCCGGGAATGGGGCACCGGGGGCCTTGGGGACGCCCGCGGGCAGCGACGGCGG
GGGTTCCGGCGGCGGACTGAGCGCGGGGAGCAGTGCGGCCTGCGCGGGCCGGGCCCCGGGAGTG
CTGCGGAAGGGGGGCGCCTTAGGCCTCGGGCCCCGCGGCGGCCGCGCCCTGCCCCCGCGCCACA
GGCCTCCCGCGCCCCTGGGGTCCCCCGGGGCCTCGGGGCGGGCTGGCGGGCTGCATCCTGCGCT
GGCCCCAGGCTCTCCCGCGGGACGGAAGGCCGGGCAGCGGGGACCGGGGCGGCGGGGCCTTGGA
GTAGGGACTGTACGGCAGTACCCCGTCCCCGGGCATCGCGCTGACGGGGCCCCCGGATTCCGAT
GAGAAAATTGACCAGATTTGAGCCCCATCCCTGATTCCTCCCAGAGGCAATGAGTAATCTCTCC
GCTGCATAAACTACCCTTAACCCTTTCAAATAAACCAGACAATCTGCTTCTTCTTGATTGATCA
GCATTCCAAACTGTGGTACCCCTGGGCTCTCTTCACATTGCTGTGGTGCAGAAGATTTAAAATC
AGCTGATGTTCACAAGGAATAGAGTCACGTGATGTATGAAGGGAAACATATACACTTCTCTGAG
GTTGACAATAAGCCCTTGTGCTCATATAGCCCCAAACTGTGCAAGCAGCGGCGACTCAACGGCT
ACGCTTTCTGTATCAGACACGTTCTGGAAGACAAGACTGCCCCCTTCAAGCAATGTGAATATGT
GGCCAAGTATAACAGCCAGCGCTGCACCAACCCCATTCCCAAGTCAGAGGATCGCAGGTACTGC
AACAGCCACTTGCAGGTACTCGGCTTTATCCCGAAAAAAGAGAGGAAGAAAAAGAATGACCCGG
TAGATGAGGTGAAGGTCAGGCACCAGATGGACGCCATGGCATTTAGCCTGACGGTACCTACCCT
GGCCTTGAAGATGCCCAATGGACTGGATAGCATGTCCCTCTCTCCACCTGGGGCAAGGGTTCCT
CTCCACTACCTGGAAACTGAGTTGGAAGACCCCTTTGCTTTCAATGAGGAAGACGATGACCTAA
AGAAAGGGGTGACGGTGAGAAAAAAGTTGCAGAGCAAATTGGCTCAGAACCGGCAACGCCAGAG
AGAGACAGAGATTTTAAAAGTTCGGCAAGAGCACTTTAGCACCCCTCCCACACCTCCACAGCAG
CACGCCCACCTGTCACCTCTACCTACTTCTTTAAAACCTCCAGCGCCACCACAGGGCTCAGTCT
GCAAGTCACCTCAGCCTCAGAGCACCAGCCTACCAATGCAGGGAGTGGCCCCCACCACACACTC
TATAGCACAAACAAGGCAGGCCTCTCACAAGAGGCCTCTGCCCCTCCTTCCCTCCAGTCGAGCT
CCCGTCTCAGACACCCCCAGGACTGACCGAATCCTCATGAAAGCCACCGCCTTCTCTCCACACT
TCTCTTGTATAAGCCGACTGCAGAGACTGGTGAAACTGTGTACCCAAAAGCATCAGCTGGACGC
GGATCTGTTTCCTCACTTAGGGCTGGACTGGTCTGAGGAGAGCGGAGAGGAGCTGGAGGATTCA
GATCAGGCTTCACCATATCAGGTCGCATGGTCCGTCCGAGAAACCCTCAGACAGGAAAGACACA
CGTCAGATGACGACGATGCGGAGAGCAGGAGCTCCAGGGTGACCCAACTTTGCACTTACTTTCA
GCAGAAATACAAGCACCTCTGCCGCCTGGAGCGTGCAGAGTCGCGACAAAAGAAATGCCGGCAT
ACGTTTAGGAAGGCGCTGCTGCAGGCAGCCAGTAAGGAGCCCGAATGTACTGGTCAGCTGATAC
AAGAACTTCGGAGAGCTGCGTGTAGCCGAGACAGCCTCAGCCAGACCAAGTTGAAGGAGGTGGA
GCCAGCAGCTTGCAGTGGAACAGTGAAGGGTGAACAGTGCACAAACCAGGCCCTGCCCTTCACC
AGGCATTGTTTCCAGCACATCCTCTTGAACCGTTCTCAGCAGCTGTTCTCCAGCTGCACTGCCA
AGTTTGCAGACGGACAGCAGTGCTCTGTGCCAGTGTTTGACATTACACACCAGACGCCCCTGTG
CGAAGAACATGCCAAAAAGATGGATAATTTCCTGAGAGGAGATAACTCCCGTAAAGTTCAGCAC
CAGCAACAGAGGAAACCTAGGAAAAAAACAAAGCCCCCTGCACTTACCAAAAAACACAAGAAGA
AGAGACGGCGTGGACCTCGTCGACCCCAGAAGCCCATCCCTCCTGCAGTGCCCCAAGGGAATCT
CAGCATGCCCACCAGCGTCTCACTGCCAGTGCAGGCCTCCCAGATCCGAAGCCCTTCCACGCCA
GAGCTGAGTGCTGACGAGTTGCCGGATGACATTGCCAATGAGATCACTGACATTCCGCACGACT
TGGAATTGAACCAGGAAGACTTTGCAGATGTCCTGCCGCGGCTGCCGGATGATTTACAAGACTT
TGATTTTTTTGAAGGAAAGAATGGAGACCTCCTCCCGACCACTGAAGAAGCTGAAGAGCTTGAG
CGGGCCTTGCAAGCTGTAACTTCTCTCGAGTGCCTGAGTACAATTGGGGTACTTTCCCAGTCAG
ACGGTGTGCCAGTCCAGGGCTTGTCAGATAGAGGGATGGGGGTGTTCTCCACGGGTACCGATGC
TTCGGGAATCCAGTCCTTGAGTCGAGAAGTAAACACGGATCTAGGGGAGCTACTGAACGGACGT
ATAGTACACGATAGCTTTTCTAGTCTAGAGCTGGACGAGAACCTACTCCATTCTGCTACTCTGT
CCAACCCACCTACACCCCTGGCAGGGCAGATCCAGGGGCAGTTCTCTGCCCCAGCCAGCGTTGG
CCTTACTTCTGCCACTCTGCTCAGCCAGAGTGCACTTGGGGAGAGAGCCTTCCCAGGACAGTTT
CATGGACTTCATGATGGCAGCCATGCCTCTCAGAGGCCACATCCTGCCCAGCTGCTGAGCAAGG
CAGACGACCTTATCACCTCACGACAGCAATACAGCAGTGATCATTCACACTCCTCACCCCATGG
AAGCCATTATGATAGCGAGCACGTGCCGTCGCCCTACAGTGACCATATCACCTCTCCCCACACA
TCTTACTCTGGTGATAATATGGCAGCTACCTTTTCAGCAGAGATGCCCATCATGGCCCAGCACT
TGCTCCCCACCCAGCTTGAGGTGCCACTTGGAGGAGTGGTCAACCCCAGAACTCACTGGGGCAA
TCTCCCCGTCAACCTTGGCGATCCCTCTGCATTTAGCAACCTCCTTGGCGCGGATGGACACCTT
CTTTCCACTTCCCTCTCCACGCCACCCACCACATCCAACTCAGAGACCACACAGCCTGCCTTCG
CCACCGTTACCCCAAGCAGTTCCAGTGTGCTTCCGGGGTTACCACAGACCAGCTTCAGTGGCAT
GGGGCCTTCTGCTGAACTAATGGCCTCCACCTCTCCCAAGCAGCAACTCCCACAGTTCAGCGCA
GCCTTCGGCCACCAGCTGAGTTCTCACAGTGGCATTCCTAAGGACCTGCAGCCCAGCCACAGCT
CCATAGCCCCTCCTACAGGCTTCACAGTAACAGGTGCCACCGCTACAAGTACCAATAATGCATC
TCCCCCCTTCCCCACCCCCAACTGAGCGAGTCTGTGTGCTTGCCGGCAGGTGGAACCCGGTGTT
TTCTATCTTTGTTTCCTCTTTTGCACCCCTCTCTCCTTTTCCTACAGAAGATTTAAAAATGACA
GTGGGGATTAGAGGGACGCCCCTTCCCGGTTCAACAGGTGGCCGTGCAGTGGACCTTGCGTCAG
TGTTCGCGCGTGCTCCCTAGCACTGGTGCTCATTCCCTCCTGGCGGTCCGCTCAGCCTGGCGGG
TCACTCGGCCTGGCAGGCTTTTTGGTGGCTCAGCACAGTGACTGGGTAGGATTGATTATTTTAT
TTTTTATTTTTATTTTTATTTGTTTTTATTTCAGCAAGTCCTAGAAGTGGAAGATACCTCAGAT
TACCAGTGCCCTTTACTGTCTCCTACTGTTGAGATAATGCTTCCCATTCTCTAGCCAGGTTTTA
CATAGGTTGTTCTGGATGTTCTGTTGAGATCCTGTGTAGTAGGTGGTGTGCGGACACAAATCAA
AGCTCTGACTTAGCACCAACTGCCAGACACCACAGGGAGGCCAGGATGCCATTCCTAATTATGA
TACATTAGCTGAAAAGAACATGGTCTCTTAACTGCCTGTGCCTGCTTGTTCATTCGTCCTGTGT
GTGTGCTGTGCAGTGCAGTAGCTGTCGCTTGTGGCTTGTCTCTCCTCACTCCCAGAATAAGCAT
AGGCCCTTCCCCCTCCTCCTGTCTCATGCCTTGCAAGATTCGTCCTTCCTTCCTACTGAGTTGC
TAAAGCATCCTGAACAGAGAGGGGTGGTCTCAGAGTGATAGCGCCTTGCTAAAATCAGCCTGTG
AGGAAAGGAGCCCAGAGGCGGAGCTCACATCAGTCATGGGGAGTGTCGTGACCCCCCACCTCTC
TTCTATCATGTGCATTTGTTTCAGATTCCCCACTCATGGAACACATTTGTAAGTAGTAATGAAA
AAAATGTTTTGGTGTGCAAAAGCAGGCTACACCAGAGAGATTCGAAAGATGACATCTCGGCCTG
TTTGGTCCATCATTGGCTCCTAGTTTTTACATGTTTACAGTTGTGATTCTTTGGTGAGATTTGT
GAACTGTGGAGGACACCTGTAGAACCGTGTACCAGTTGTGAAGTGATGTGTAATATCAGAAGGA
CACACATTTTAACAGTTCTGTCAAAGCAGAATTTGGAAATTAGACATAATTTGACTCACCTTAG
GTACTTTTAAAATAATTTAAGTAAAATTGGAAAATTTTTTTAACGTACCAAGGCTTTAGGGTAA
AAAATCTTGTTGGGTAGTGCAGTAAGTTGGTGACTGTGAAGTGATGTGAGGGTTTCCTCTTGCC
TGCCTTCCCCTCCCAGCGGGGTGGAGCTTCATTTTCTGCTCTGCTCTGCTCTGCTGATGGCTCC
CTGCCCCTTCAGATATCGTCAGGTGTCTACATCTGAGCTCCACCTGATTTACATGCAGACACTC
TTAAAAGTGAGGCAGCATGTCTCTAAATGACGTGTGTGGTACAGCAATCCTTTAGTCAGGGACT
GTCTGATCCTAATTCCTTCCTGCGAGTTTAAGGTTGGGACGTATTTTCCTACTTCTTATGTGTG
TGTTCCTCGTGCTACTTCTGACCAGGTCTTCCTGTTGAAGGCCTTGCAAAGGAATGATGGTGGT
TACCAGGCATTATGCAGACACCACGTGCCTGAGCTTTGGAGAGAAAGTGTCACATGACCAGATG
AAATCATGATCTGACCTATTTTGTATTTACTGAAGTTGGGGAGGCAAATATGTTTGTAATATGT
TTCCTTTTTTTCCTTAAAAATAATGTTAGTTAATTGGAACATTTGTTTTTAATAGCTTTGCCTT
TTTTTGCAAATTGAGAAAATCCTAAATTATAAATTATGTCACAAAGCAAAATTATATTTGGTAT
CACCATGAACTTCTCTCCTGAATTGTGAGAACAGCTTTTTGACTGTTTGATCTGTGAGCCTATG
TCAGTAGCTTTTTTATTTTAGTATGCTGTAATAGAGTGAGAGTGAGTGGTTACCTCACCTCAAA
AGTGTCATTTCGTTTGTTAGGCTGTTCTCACATCCCCACTAGAATCATTTTAGGTAACTGAATT
CCCAGAAAATGCATTTTGTCTCCAGTGTGCATCGACTGAAGACTGTAGCAGAGCCACATGGCCG
TCTCCTTATCGGCTCCTCTTTGCCAGGGAGAGGGAAGTCGTGAGTAGTCAATTTGGACTGCCAC
TGTCTGTCTGTCTCTGTGTTAGCTGCTGAAACTCGTTTAGTTGTCAAACTGAGTTTGCAGGAGG
TTGCACCTTTTATTGTTTGCAGTTTTCTGTTTATGTGCATTTAAAAGCCCTTCTTCGCTTTCGA
GTAAGGAGGCTTGAAGTGATCAGGAATGTTGCCAGTTACAGCTTCACGCCAAAAATGTTGAGCA
AGCTCCCTTCTGTTCAGATGCCCATGATGGTTGCTGAAGGGAGGGCAGTCTTGGAAATACTGAT
AATGGACTGAATAATTAGCAAAAGCACACTTTCCTTCCGTCTCAGAACGAACATCCAAGCCTGT
AATTTGCTTTTCTCTTGGTTTTTTTGTGAGCTCCCTGTTAGAGGAATATCTGTTTCTAAGCCCA
GAGGTGTCCACTTTGTCACCCCTCTAGCTGTTGAAGCAATTCTAGTCTCTTAGTAGTAGGTGGG
TATTAATATGCAAAGAAAGTTCAGCATCTTTTGTAATGCTTATATGAAAACGTAGCACTTATGG
TAAGGCAATACTGGAATCAAAAACAAACCCTGCACAGGCCCTAATGGGATAGAAGCTAGTATTA
GTGTAGTGTTGAGTACATGAGGGACAGTAACAAAGAAGGCTCACTGTGTCTCTGCGGGTTCTGG
GACCATTTATAAAGGCCAGTTCATTGTGTTACTGTGACTTAACTTGTGAAGTTGCTGCCGTTGA
TGACTGACTATGTGCTCTGAGAATATGAATGTCAGCAACTGTAATCTCTGGTACCTGAAGGGAA
GATGGGCTTTCTCTCCTTTAACTGCTAATGTTATTTTAGTGAAAGTACTCAAGACATTGTTTTT
TTCTTCTGTAAAAATGGCTTAGCAATGTTCATACCTGGGTAGGTTATACAGCTAGTGAACAATT
CAGGATAGTAAATGACAGTTAGAGGAAGCCCACCAAGTAACAGACTCTGCAATGGACACATCTT
GTACTTATCATCCCATAGTTGAAAGCAGAGATTTTCTCTAGTGAGCCTACTGTGTGAGGTATTC
CTGCTTATAAATGACAGCAGTTCCCTGTTGGCAGGTAATGTGATCTAATGTCCCTCTGTGAGAA
GATTTTGGTTTGATGAGAAGCAGATAGTTATTAGAGATGGAGTTGGAAAGTGATTATTTTATAT
TGCCAAATAACTGTTTATAAGATGAATCTTTTAAAGTAAAACCAGACTGTCACCTGAAGGTTAG
GGAATCATCCCTTCTGAGAGTCACACTAAAAACTCTTCCAAAGTTCATTCTCAGTCCATCCATG
CTCCCGGTCCACATGGCAAAGTCAGTTCTGTGTTTAGGAGGGAGCCATGTTCAGGCATCCTGAA
TATTTAGTTTCTTTTACACGAAAGAATAGCTTTCTGTTGGCTTCTTGCATTGCTTGTTATAAAT
AAGGCATTAGAGATGAGTCACTCACACAGAGGTGAACCCCTTACTGTGTGTTCCTTGACCCTGC
CCCGCTGTGCGCTGTGCGCTGGCATCCTGGTCAGCGGCGGGTGGCGTGTGGGCGTCCTCTTCAG
TGCCTGTCTGAAAGCATTGCCTTCTCTAGTGCAGTTCTCAGCATGGCTGTGCGTTGTTTCACAC
TGCAGAGTGGGAGTGAGGATATTAACACTCAACTCCTTAATAGGTTTGGAATTCATTATACTTT
TAAAAGTATTTACTTTTTAGTCTCCTTTTTAGACTTAAAAAGATTAAGTTCTATACTTTATCTG
ACATGTGTAGGATAATCTAATAAATGGTTTGTTGAATGGTCAACACAACTCTGCAGTATAATGA
GGAGATTTAGAAACATCTTTGAAAGATAATTTAATTGGAGTGAGTGTTCTCTCGTATTTTTTTT
TCTTTACTGCTACCCACATTGTTCTATGGATTCTTCATGTCAAGAGTACTTCATGGGAGACAGT
CATTCATGAAAAGACATATTTTTCCCCCTTTCAACAAATAAAAAAATAACTGACTTCTTCCCTG
AAATTCAGAAAAAAGAAAAATGACTTCTTAATACTTTGGCTTCTTTAGCCTTCCCATGTTATTA
TATTTGTGGGACCCAAAATCACAGTTTAATTAAAGTAGTATTTACATGAGATCTTTCAAAATGT
TTATAATACAATGCGGTCTCTGAGAAAAGCAGAGGCAGATGCCTGTTGAGCCTTTCCACTGGCC
AGTGAGTGAGTGAGTCAGGAAGGCCTGTGTGGGATTAGCCCTGCCTCTCGTAAGGCCCAGTGTG
TGGATGCGTGGTTGTGAGTAACTGTAGGAACCTGTGGTTCTTTACTCCAGTGTTTGTGCTTGGC
TGGCTTCCCCTCTTGCACTGTGGTGTGAAGCAAGTAGAAGAGATGTGGCATTTCAGAGATTTGT
TGTGACTTTATTTACCCTGTGTTTCTGAGTATCAGGAATGTTTTGAGTGCTTTGAAGAGCAGAT
CAACATGGTCTTTGGCTGACCTAAAGCTAGTCTAGAAAGCAGTCTTCTGAGGTGAAAGCTGCTC
GACTCTTGATGGCTGGCGGGCAGCATGTTTTCTTCTCTTCCTCCCTCCCTCTGCCTTTTGCACG
CTCTTCCCCGTGCTGCAGTGTGCGTGTGCCGCACTCGTCTTGGCCCAAGAGTGGTAGGATTTTC
ATTCGTTGGTTCTCATTGTTCTTATGTGTTTGTTTGTTTGCTTTTTAAGCTGGGGACCACTGAC
CTAAGCTCTATATGCACCCCAAGTTCCCCATGGAGAACGCTTCAACATGCAGGACGGAAGGCAC
CAGTTACAGCTCAAGGCCACACCGTCGCTTTTCCTTGGGGACTTAGGCTGATTTGCTTGGAACT
GACCCCAGCCTGTGTCATGTAGTCCAGGCGGCTCCAGCGGGTTAGTGCTGACTCGGGGGAGAGC
TTGACACCTGCCGACAGTGTGTGCCTCTGCTCCAAAGGGTTGAATCAGTTCTTCTCAACGGTGA
TAGCTCTTCTCACTGTCTAGTGTTGAGTATGTCTCAGGGATTCCTTGCGGAAATTAGGGCAGTT
TTTAAAATAAGGAAATAGTTTTAAAGGAAACTAAAGGTGACTCCTCACTGATGAGAGCTCCAGA
AAGAGAAAGCGTTTGGTTTCACAGCCCGTGGTGTCTCGCCGAGGACTTCCTTTCTACTTCAGGC
TCTCATCTCAGCTTCAGCTTACAGAATCCTTTCCCATCATGCACAGCTTTAAAACTTTTATTTA
AAACTTCCTTCCCCAATGAGCTTTCAGAATACTTATTGTAGATTTTAAGAGAAAAGGTATATTA
ATTTATGCTATTAACATCACCTCATAAATTATAAGTTTTATACTAAAGCTGTATTGAGTGTAAT
GAATTATGTTGCCTATGTGTTTTAATAGCTTAAAATTATATATGAGCTTCTTTTTATTTTTATT
TTTATTTTTTGACAAAACAAACTAGTGACGCACCTTCTTACACTGGATCTCTGCCGTGTCAAGG
TGTAACGCTGTCCTTGCTACCTTGCAGATACATAAAGAAAAGGATAGCCTGGGGCCTCGAAATG
GAGACCACCCTAGACCACTTACTATTGTGTATAGAGCTGTTGAGGGTCATGTTCTCTGCACATG
ATCTGTGGTTTACACTTAAGATGGCTAGACACTTAGTTACAGGGTAAGTAGAAGCAAATAGATC
AAGTAAAACGCCCACTACTGTAGCTGGAATTTGTAAACTTAAGTTTTTAAGACCTCTTATTTCC
TATGGATTTATTCTTTAATTTACAGTTTATTCTGTAAGTTGAGAAGTAAAATAGAGAAATTAAT
AAATCTAGATGTTCTCAGTGTCTCATTCAGGAACGTTTTACCCCTCCTCACTAAGGAATTCCCA
CTGTGACTTAAAAATAGAGGTAAATTACTTGTGTGCATGTATGTGTCTGTGTTTTTACACAAAT
GCAAAAATATACATCGGGGGCACGTGTGTGAGATATGAATGTGTGCTTGTGTAAAAATAGAAAG
GTAACCGAATGTATTATAGAAATATGATTTATTTAGCTGAGGGTATTAGAGTTATTTTCCCATT
GTTTCTATTTTATAAACATGCCATATTCTTGGCTATATTCTGTTCAAAGGCTAGCTCTGATATC
ACGCGCATTTTCTATTAACTTAGGCTGTTTTTAAAAGTGACACGAGAAAAGAAGCAGATTCTAA
GACCAGCCTTTTAGTTATGAGCATAACGACGAGAGAGCGAGAGCGAGAGCGAGAGAGAGAGAGA
GAGAGAAAGAGAGAGAGAGAAACAGACCTAGATAGGTAACAGCTCATATATCTTTTGAAGTGAT
GGGACCAGAGATTTGTTGAAATATTATGTCTAGTAAATTTTCTTCATATTCCAAGTAATAAACT
AATATGTTTTCTTGGTCAAGTTCAGAAAACATAGGCCTTGATAAGGAAGCTTTGAAGGGGCTGC
TTGTTGAAGGAGTTGGTGGGCTCATCTCCCCATATATACTTCAAAGCTGGTATGATTTCAGTTG
TTTGCAAAATATTTTTTGAAACGAAATTGTGCCATTGGTTGTGGAGTAGAGCATCCCAGCTCTG
TCCTCTGGCTGTGGGAAAATCATGCTTACCTGACTATGTGGAACTAAAAAGACAGACACATTCC
TGTGTCCTGGGAGCTTTGTCATTCTCTGTGTGGTCCTTCCTGGAACACCTGGTGATCTGAGACG
GTCAACAAGGGCCAAGTGCTCCATCACACTTACTTTAATATGAAGGCGCTGTACTTAGAAATGC
CAGGGCAACTCCCAGGAACACACTTGAATTGGTAGTTGTCTTTGGGGCCTCAGTTACTTCATCT
TAGATCCAGACAAAACCCAGGCAAGCTCTCCATGTTGTTTTTCACACTTGTGTTTTTGTAGCAT
CTCCCTGTTTCATTCACTCTTGCTTTCAGATTTTAAGAAACCTGCATATTTCTTGTACATATGC
ATGCAAGCGAAAGAAGGGAGTTTGTACTGATGCCATTTCTCCCTTCAGTTGCTGGTTAATGGAA
TTTGCTAGAATCAATTCCCCCTTATTGAAGGGTGAAAACAGACCCTTTGTGTATATCTGTACAG
AGATGTGTATATGGGATGTGGTGGCACTTTGCTGAATGTGAACTTGCCTTGTCAATGGAAAGAT
TGAAAAAGTATTATGTTTATTTATACATTTGTATAAATCTATATATACACGTATGTATATGTGT
GTGTATAGATAAAGCTATATACATATATTTCCCTAAAATGTGTGTGTGTAATAGATTAACAGCC
CTTGCTAAGCAAGATTATGCATCTGTGGGAATTCTGGGTTATTCTGCCAGCCAGTGGAAATGGC
CACAGTGTAGAGCACATCACCAAGCATGCTGACGTGGGAACCCTTTGGATTACAGTCACGATTA
CAGATTAGTGCTCACAAACCAATCTTTGAACTCTTCTTTCTCAGATTTCTGCTAGCTATTCTCT
CATTACTTAACAATCACACATCTTTGCCAAGTTGTCTGTTGTCCAAGTGCTGGAGATTGGCTCC
TGAGGTGGCCCTGTGCTGGGCATGTGAGAAGCCACGTCCTTGGGATGATTTAGCTCTCTCACTA
GACACCTGGGCATGAATGTGTCAGCTGTCACTCAGGCCTTACCAACGACACTTCCCCACGGTAT
ACAGCTTTCAATTATGTTTTCTCTGAGAATTGGGTAGTCATCAAAAATAAAAAGCCAATGTTCA
AAAACTTAATTCTCAATTTCTTAACCTAGGTAACTTTGGAGTATTTTATTTACATTGAAAAATG
TAATTATGACTTTATGATTGATATTAGTGTTAGGTGTATTTCCACACTTATCATTTAAAGAGTT
TGATTTGCTTTGTGTTTTAAATATAACCATTTACCACTTGAATTTTAACAAAGTACACAGAGTC
ACATGGAAGCCTCTTGAATTCTATAACTGACTCTTGTTTCTCATGATGAAATGCTCTAATGAGT
TCTTGTGTAATAATTCTGCTAGATTTCCTTTTGACTTCTCTCACAGTTGTGACATTCAGTTTTA
ACTCTGCTGCAGCTCTCTAGAAAACTTGCACCCTTCTATATCGTGCCTTTAAAGCTCTTATGCA
CACACAGAAGTGTATATATACATGTTGGCGCATGTGTACATACACTTTGGTATATACTCACACA
GTATGTCTCCAGGATATATTGTGGGAGTGGACATAGAGATATTCAAAGGCAATGAAATGTTGCT
CTCTAGATATATATGTATATAAATAGTGTTGATATAACTGTACATACACGTGTATATGTATGAG
TTCTAAATGGCAATCTTTTACATTTAGCAAAATGCTGCCCTACTGGAATATTGCCACTGCAATG
GCACTTGTATGTAATGATTTAAAAGACATTATCAAAAATTATTTAAAGAACATTAAAGGTCTCA
TCTAAAGACAGCCACACACTATTTATTTAGCTTCCTATTCCTGTGATTGTTGTGTTTGTATAAC
TGTAAGGGAGACTGTCATTTTAAACTCACCACCTGTGTAGGAGAGATGAGATTCACTCGGGGTA
CTTTGTATCCCCTCTCTCTGAAACAGTGATGTGTCACAGTCCAGCTTGTTTATCTCAGTTTTAA
AGCAGTCCTAGTACTGCCATTGGTGTGTGTCACCCACCATGTCCTCGATCAACTTACTTCACCA
ATTTGCCTCTTCCTTTCATTAATAAATAATGATCATTTCGATCAGTTTGCCTGGGGGAAAGCTA
ACTCCTCTCTTGCTTCAGGGAAATAGATCATCTAGCTGTTGTTCTGCCTTGTTCAAAATTCACC
ATAGAAAGAGGGTGGTCCTCATAACGCTGTCTTAAGCATAGTTTATTTTTCATTTATTTAAAGA
TCTTACTTTTTTTTTTTTTTGAAAGTACTCTTAAGTTGCATGTCCTTGGCATAGATTTCATTCT
TACTGCCCTTCCCCACAGGATATTTTTCATAGTCCATCAGTTTCCCATACCAAATGCAAGAACG
TCAGGACAAACTGTCAATACTGTTGCTGTTCGCGAGGGGCTGGCAGCAGATCACACCTGGAATT
TAGAGGGAGAGAAGGTAGCCGGATAATCCTGAGCCCTGTGAAGTGGAGCGTGGAATAAGGGTAC
TTCTAAGGAAACATTTCAGGGTAGCTCACTGGAAATTGATATCAGAATCAGCCTTTAACAGCCT
GGCAGAGGGATGGTACTAACTACCCAGCGTGCCCAAGTGTAAACAAACCAAGCTGCAGTGGGAA
GTCAAAGGTGGGAGGTAGCCATTGGAAACCAGGAACAAAGTAACTGCACGGTAGCAAGGACTAG
CAGTCTGTTCTCATCCACCTTGGCACACCGAATGCTCCATACGCCATACATTCAGGACATAGGC
AGGAGGACAGCTGCTTAAAGGGGACTTACAAACCAAGCACCTTCTCTTGTGTCTGTGTCATGGC
TGCCACTCAGTTCCAGGCATGTACACCGGGAGCAACTAGTTTCTGCAGAATACAAGAGGAGGCT
GGCAGGCTTTGGAAAGGCCTTTCCATGGCGTTGCCTGTGATTTCAGTGGGGAGGACACATTTGG
GGAGATGGCTGGGCTTTTGGTTTGTGATTTCCCTTTAAACAGGAAGAGATGGTTCACACTTTCC
ATATATATATCTCAATGAATGTACTGTATTACTGTTTTAAAAATTTGATGAAATAATAATGGAT
TGGTCTCCTTTTGTTATCTGGTCCTTGTTTAATTTGTTTAAGGGTTTTTGTATACAAAAGTTTA
CATTTTTATGTATATTTTTCTTGTGTAAAAACTGATGTAATATGTGTATAAAACACTTGTATGT
ATTATCTGTATATAGTGTGACAAAATGATTTTTCTTTCTTTCTTTTGGTTGTATTAATAAATCT
TGCTGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_006245029 ⟹ XP_006245091

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,333 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,513,358 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,886,930 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

GTTGGGTTTATTTATCCCCGCTCCGCGGCGCTTCGGGCGGCCTGGCCGGGGCGGGGCGGGCGGC
CTGGCAGGCGTGGGGTGGAGGGGCGGCGAGGAGTCAGGTGCAGCCGCGGCCCGGAAAGTTTCCT
TTTAGGCCCGAATTGGGGGCTGCCTTCTCTCTGGGGAGCCCCGGTCCTAGCGCCCGGGGCCCCC
GAGGGCGTGGGGGAGAGCACTCGGCTGGCTCGAAACTCTTTGCCAGTTCCTGTCCGTTCAAGAT
GAGAAAATTGACCAGATTTGAGCCCCATCCCTGATTCCTCCCAGAGGCAATGAGTAATCTCTCC
GCTGCATAAACTACCCTTAACCCTTTCAAATAAACCAGACAATCTGCTTCTTCTTGATTGATCA
GCATTCCAAACTGTGGTACCCCTGGGCTCTCTTCACATTGCTGTGGTGCAGAAGATTTAAAATC
AGCTGATGTTCACAAGGAATAGAGTCACGTGATGTATGAAGGGAAACATATACACTTCTCTGAG
GTTGACAATAAGCCCTTGTGCTCATATAGCCCCAAACTGTGCAAGCAGCGGCGACTCAACGGCT
ACGCTTTCTGTATCAGACACGTTCTGGAAGACAAGACTGCCCCCTTCAAGCAATGTGAATATGT
GGCCAAGTATAACAGCCAGCGCTGCACCAACCCCATTCCCAAGTCAGAGGATCGCAGGTACTGC
AACAGCCACTTGCAGGTACTCGGCTTTATCCCGAAAAAAGAGAGGAAGAAAAAGAATGACCCGG
TAGATGAGGTGAAGGTCAGGCACCAGATGGACGCCATGGCATTTAGCCTGACGGTACCTACCCT
GGCCTTGAAGATGCCCAATGGACTGGATAGCATGTCCCTCTCTCCACCTGGGGCAAGGGTTCCT
CTCCACTACCTGGAAACTGAGTTGGAAGACCCCTTTGCTTTCAATGAGGAAGACGATGACCTAA
AGAAAGGGGTGACGGTGAGAAAAAAGTTGCAGAGCAAATTGGCTCAGAACCGGCAACGCCAGAG
AGAGACAGAGATTTTAAAAGTTCGGCAAGAGCACTTTAGCACCCCTCCCACACCTCCACAGCAG
CACGCCCACCTGTCACCTCTACCTACTTCTTTAAAACCTCCAGCGCCACCACAGGGCTCAGTCT
GCAAGTCACCTCAGCCTCAGAGCACCAGCCTACCAATGCAGGGAGTGGCCCCCACCACACACTC
TATAGCACAAACAAGGCAGGCCTCTCACAAGAGGCCTCTGCCCCTCCTTCCCTCCAGTCGAGCT
CCCGTCTCAGACACCCCCAGGACTGACCGAATCCTCATGAAAGCCACCGCCTTCTCTCCACACT
TCTCTTGTATAAGCCGACTGCAGAGACTGGTGAAACTGTGTACCCAAAAGCATCAGCTGGACGC
GGATCTGTTTCCTCACTTAGGGCTGGACTGGTCTGAGGAGAGCGGAGAGGAGCTGGAGGATTCA
GATCAGGCTTCACCATATCAGGTCGCATGGTCCGTCCGAGAAACCCTCAGACAGGAAAGACACA
CGTCAGATGACGACGATGCGGAGAGCAGGAGCTCCAGGGTGACCCAACTTTGCACTTACTTTCA
GCAGAAATACAAGCACCTCTGCCGCCTGGAGCGTGCAGAGTCGCGACAAAAGAAATGCCGGCAT
ACGTTTAGGAAGGCGCTGCTGCAGGCAGCCAGTAAGGAGCCCGAATGTACTGGTCAGCTGATAC
AAGAACTTCGGAGAGCTGCGTGTAGCCGAGACAGCCTCAGCCAGACCAAGTTGAAGGAGGTGGA
GCCAGCAGCTTGCAGTGGAACAGTGAAGGGTGAACAGTGCACAAACCAGGCCCTGCCCTTCACC
AGGCATTGTTTCCAGCACATCCTCTTGAACCGTTCTCAGCAGCTGTTCTCCAGCTGCACTGCCA
AGTTTGCAGACGGACAGCAGTGCTCTGTGCCAGTGTTTGACATTACACACCAGACGCCCCTGTG
CGAAGAACATGCCAAAAAGATGGATAATTTCCTGAGAGGAGATAACTCCCGTAAAGTTCAGCAC
CAGCAACAGAGGAAACCTAGGAAAAAAACAAAGCCCCCTGCACTTACCAAAAAACACAAGAAGA
AGAGACGGCGTGGACCTCGTCGACCCCAGAAGCCCATCCCTCCTGCAGTGCCCCAAGGGAATCT
CAGCATGCCCACCAGCGTCTCACTGCCAGTGCAGGCCTCCCAGATCCGAAGCCCTTCCACGCCA
GAGCTGAGTGCTGACGAGTTGCCGGATGACATTGCCAATGAGATCACTGACATTCCGCACGACT
TGGAATTGAACCAGGAAGACTTTGCAGATGTCCTGCCGCGGCTGCCGGATGATTTACAAGACTT
TGATTTTTTTGAAGGAAAGAATGGAGACCTCCTCCCGACCACTGAAGAAGCTGAAGAGCTTGAG
CGGGCCTTGCAAGCTGTAACTTCTCTCGAGTGCCTGAGTACAATTGGGGTACTTTCCCAGTCAG
ACGGTGTGCCAGTCCAGGGCTTGTCAGATAGAGGGATGGGGGTGTTCTCCACGGGTACCGATGC
TTCGGGAATCCAGTCCTTGAGTCGAGAAGTAAACACGGATCTAGGGGAGCTACTGAACGGACGT
ATAGTACACGATAGCTTTTCTAGTCTAGAGCTGGACGAGAACCTACTCCATTCTGCTACTCTGT
CCAACCCACCTACACCCCTGGCAGGGCAGATCCAGGGGCAGTTCTCTGCCCCAGCCAGCGTTGG
CCTTACTTCTGCCACTCTGCTCAGCCAGAGTGCACTTGGGGAGAGAGCCTTCCCAGGACAGTTT
CATGGACTTCATGATGGCAGCCATGCCTCTCAGAGGCCACATCCTGCCCAGCTGCTGAGCAAGG
CAGACGACCTTATCACCTCACGACAGCAATACAGCAGTGATCATTCACACTCCTCACCCCATGG
AAGCCATTATGATAGCGAGCACGTGCCGTCGCCCTACAGTGACCATATCACCTCTCCCCACACA
TCTTACTCTGGTGATAATATGGCAGCTACCTTTTCAGCAGAGATGCCCATCATGGCCCAGCACT
TGCTCCCCACCCAGCTTGAGGTGCCACTTGGAGGAGTGGTCAACCCCAGAACTCACTGGGGCAA
TCTCCCCGTCAACCTTGGCGATCCCTCTGCATTTAGCAACCTCCTTGGCGCGGATGGACACCTT
CTTTCCACTTCCCTCTCCACGCCACCCACCACATCCAACTCAGAGACCACACAGCCTGCCTTCG
CCACCGTTACCCCAAGCAGTTCCAGTGTGCTTCCGGGGTTACCACAGACCAGCTTCAGTGGCAT
GGGGCCTTCTGCTGAACTAATGGCCTCCACCTCTCCCAAGCAGCAACTCCCACAGTTCAGCGCA
GCCTTCGGCCACCAGCTGAGTTCTCACAGTGGCATTCCTAAGGACCTGCAGCCCAGCCACAGCT
CCATAGCCCCTCCTACAGGCTTCACAGTAACAGGTGCCACCGCTACAAGTACCAATAATGCATC
TCCCCCCTTCCCCACCCCCAACTGAGCGAGTCTGTGTGCTTGCCGGCAGGTGGAACCCGGTGTT
TTCTATCTTTGTTTCCTCTTTTGCACCCCTCTCTCCTTTTCCTACAGAAGATTTAAAAATGACA
GTGGGGATTAGAGGGACGCCCCTTCCCGGTTCAACAGGTGGCCGTGCAGTGGACCTTGCGTCAG
TGTTCGCGCGTGCTCCCTAGCACTGGTGCTCATTCCCTCCTGGCGGTCCGCTCAGCCTGGCGGG
TCACTCGGCCTGGCAGGCTTTTTGGTGGCTCAGCACAGTGACTGGGTAGGATTGATTATTTTAT
TTTTTATTTTTATTTTTATTTGTTTTTATTTCAGCAAGTCCTAGAAGTGGAAGATACCTCAGAT
TACCAGTGCCCTTTACTGTCTCCTACTGTTGAGATAATGCTTCCCATTCTCTAGCCAGGTTTTA
CATAGGTTGTTCTGGATGTTCTGTTGAGATCCTGTGTAGTAGGTGGTGTGCGGACACAAATCAA
AGCTCTGACTTAGCACCAACTGCCAGACACCACAGGGAGGCCAGGATGCCATTCCTAATTATGA
TACATTAGCTGAAAAGAACATGGTCTCTTAACTGCCTGTGCCTGCTTGTTCATTCGTCCTGTGT
GTGTGCTGTGCAGTGCAGTAGCTGTCGCTTGTGGCTTGTCTCTCCTCACTCCCAGAATAAGCAT
AGGCCCTTCCCCCTCCTCCTGTCTCATGCCTTGCAAGATTCGTCCTTCCTTCCTACTGAGTTGC
TAAAGCATCCTGAACAGAGAGGGGTGGTCTCAGAGTGATAGCGCCTTGCTAAAATCAGCCTGTG
AGGAAAGGAGCCCAGAGGCGGAGCTCACATCAGTCATGGGGAGTGTCGTGACCCCCCACCTCTC
TTCTATCATGTGCATTTGTTTCAGATTCCCCACTCATGGAACACATTTGTAAGTAGTAATGAAA
AAAATGTTTTGGTGTGCAAAAGCAGGCTACACCAGAGAGATTCGAAAGATGACATCTCGGCCTG
TTTGGTCCATCATTGGCTCCTAGTTTTTACATGTTTACAGTTGTGATTCTTTGGTGAGATTTGT
GAACTGTGGAGGACACCTGTAGAACCGTGTACCAGTTGTGAAGTGATGTGTAATATCAGAAGGA
CACACATTTTAACAGTTCTGTCAAAGCAGAATTTGGAAATTAGACATAATTTGACTCACCTTAG
GTACTTTTAAAATAATTTAAGTAAAATTGGAAAATTTTTTTAACGTACCAAGGCTTTAGGGTAA
AAAATCTTGTTGGGTAGTGCAGTAAGTTGGTGACTGTGAAGTGATGTGAGGGTTTCCTCTTGCC
TGCCTTCCCCTCCCAGCGGGGTGGAGCTTCATTTTCTGCTCTGCTCTGCTCTGCTGATGGCTCC
CTGCCCCTTCAGATATCGTCAGGTGTCTACATCTGAGCTCCACCTGATTTACATGCAGACACTC
TTAAAAGTGAGGCAGCATGTCTCTAAATGACGTGTGTGGTACAGCAATCCTTTAGTCAGGGACT
GTCTGATCCTAATTCCTTCCTGCGAGTTTAAGGTTGGGACGTATTTTCCTACTTCTTATGTGTG
TGTTCCTCGTGCTACTTCTGACCAGGTCTTCCTGTTGAAGGCCTTGCAAAGGAATGATGGTGGT
TACCAGGCATTATGCAGACACCACGTGCCTGAGCTTTGGAGAGAAAGTGTCACATGACCAGATG
AAATCATGATCTGACCTATTTTGTATTTACTGAAGTTGGGGAGGCAAATATGTTTGTAATATGT
TTCCTTTTTTTCCTTAAAAATAATGTTAGTTAATTGGAACATTTGTTTTTAATAGCTTTGCCTT
TTTTTGCAAATTGAGAAAATCCTAAATTATAAATTATGTCACAAAGCAAAATTATATTTGGTAT
CACCATGAACTTCTCTCCTGAATTGTGAGAACAGCTTTTTGACTGTTTGATCTGTGAGCCTATG
TCAGTAGCTTTTTTATTTTAGTATGCTGTAATAGAGTGAGAGTGAGTGGTTACCTCACCTCAAA
AGTGTCATTTCGTTTGTTAGGCTGTTCTCACATCCCCACTAGAATCATTTTAGGTAACTGAATT
CCCAGAAAATGCATTTTGTCTCCAGTGTGCATCGACTGAAGACTGTAGCAGAGCCACATGGCCG
TCTCCTTATCGGCTCCTCTTTGCCAGGGAGAGGGAAGTCGTGAGTAGTCAATTTGGACTGCCAC
TGTCTGTCTGTCTCTGTGTTAGCTGCTGAAACTCGTTTAGTTGTCAAACTGAGTTTGCAGGAGG
TTGCACCTTTTATTGTTTGCAGTTTTCTGTTTATGTGCATTTAAAAGCCCTTCTTCGCTTTCGA
GTAAGGAGGCTTGAAGTGATCAGGAATGTTGCCAGTTACAGCTTCACGCCAAAAATGTTGAGCA
AGCTCCCTTCTGTTCAGATGCCCATGATGGTTGCTGAAGGGAGGGCAGTCTTGGAAATACTGAT
AATGGACTGAATAATTAGCAAAAGCACACTTTCCTTCCGTCTCAGAACGAACATCCAAGCCTGT
AATTTGCTTTTCTCTTGGTTTTTTTGTGAGCTCCCTGTTAGAGGAATATCTGTTTCTAAGCCCA
GAGGTGTCCACTTTGTCACCCCTCTAGCTGTTGAAGCAATTCTAGTCTCTTAGTAGTAGGTGGG
TATTAATATGCAAAGAAAGTTCAGCATCTTTTGTAATGCTTATATGAAAACGTAGCACTTATGG
TAAGGCAATACTGGAATCAAAAACAAACCCTGCACAGGCCCTAATGGGATAGAAGCTAGTATTA
GTGTAGTGTTGAGTACATGAGGGACAGTAACAAAGAAGGCTCACTGTGTCTCTGCGGGTTCTGG
GACCATTTATAAAGGCCAGTTCATTGTGTTACTGTGACTTAACTTGTGAAGTTGCTGCCGTTGA
TGACTGACTATGTGCTCTGAGAATATGAATGTCAGCAACTGTAATCTCTGGTACCTGAAGGGAA
GATGGGCTTTCTCTCCTTTAACTGCTAATGTTATTTTAGTGAAAGTACTCAAGACATTGTTTTT
TTCTTCTGTAAAAATGGCTTAGCAATGTTCATACCTGGGTAGGTTATACAGCTAGTGAACAATT
CAGGATAGTAAATGACAGTTAGAGGAAGCCCACCAAGTAACAGACTCTGCAATGGACACATCTT
GTACTTATCATCCCATAGTTGAAAGCAGAGATTTTCTCTAGTGAGCCTACTGTGTGAGGTATTC
CTGCTTATAAATGACAGCAGTTCCCTGTTGGCAGGTAATGTGATCTAATGTCCCTCTGTGAGAA
GATTTTGGTTTGATGAGAAGCAGATAGTTATTAGAGATGGAGTTGGAAAGTGATTATTTTATAT
TGCCAAATAACTGTTTATAAGATGAATCTTTTAAAGTAAAACCAGACTGTCACCTGAAGGTTAG
GGAATCATCCCTTCTGAGAGTCACACTAAAAACTCTTCCAAAGTTCATTCTCAGTCCATCCATG
CTCCCGGTCCACATGGCAAAGTCAGTTCTGTGTTTAGGAGGGAGCCATGTTCAGGCATCCTGAA
TATTTAGTTTCTTTTACACGAAAGAATAGCTTTCTGTTGGCTTCTTGCATTGCTTGTTATAAAT
AAGGCATTAGAGATGAGTCACTCACACAGAGGTGAACCCCTTACTGTGTGTTCCTTGACCCTGC
CCCGCTGTGCGCTGTGCGCTGGCATCCTGGTCAGCGGCGGGTGGCGTGTGGGCGTCCTCTTCAG
TGCCTGTCTGAAAGCATTGCCTTCTCTAGTGCAGTTCTCAGCATGGCTGTGCGTTGTTTCACAC
TGCAGAGTGGGAGTGAGGATATTAACACTCAACTCCTTAATAGGTTTGGAATTCATTATACTTT
TAAAAGTATTTACTTTTTAGTCTCCTTTTTAGACTTAAAAAGATTAAGTTCTATACTTTATCTG
ACATGTGTAGGATAATCTAATAAATGGTTTGTTGAATGGTCAACACAACTCTGCAGTATAATGA
GGAGATTTAGAAACATCTTTGAAAGATAATTTAATTGGAGTGAGTGTTCTCTCGTATTTTTTTT
TCTTTACTGCTACCCACATTGTTCTATGGATTCTTCATGTCAAGAGTACTTCATGGGAGACAGT
CATTCATGAAAAGACATATTTTTCCCCCTTTCAACAAATAAAAAAATAACTGACTTCTTCCCTG
AAATTCAGAAAAAAGAAAAATGACTTCTTAATACTTTGGCTTCTTTAGCCTTCCCATGTTATTA
TATTTGTGGGACCCAAAATCACAGTTTAATTAAAGTAGTATTTACATGAGATCTTTCAAAATGT
TTATAATACAATGCGGTCTCTGAGAAAAGCAGAGGCAGATGCCTGTTGAGCCTTTCCACTGGCC
AGTGAGTGAGTGAGTCAGGAAGGCCTGTGTGGGATTAGCCCTGCCTCTCGTAAGGCCCAGTGTG
TGGATGCGTGGTTGTGAGTAACTGTAGGAACCTGTGGTTCTTTACTCCAGTGTTTGTGCTTGGC
TGGCTTCCCCTCTTGCACTGTGGTGTGAAGCAAGTAGAAGAGATGTGGCATTTCAGAGATTTGT
TGTGACTTTATTTACCCTGTGTTTCTGAGTATCAGGAATGTTTTGAGTGCTTTGAAGAGCAGAT
CAACATGGTCTTTGGCTGACCTAAAGCTAGTCTAGAAAGCAGTCTTCTGAGGTGAAAGCTGCTC
GACTCTTGATGGCTGGCGGGCAGCATGTTTTCTTCTCTTCCTCCCTCCCTCTGCCTTTTGCACG
CTCTTCCCCGTGCTGCAGTGTGCGTGTGCCGCACTCGTCTTGGCCCAAGAGTGGTAGGATTTTC
ATTCGTTGGTTCTCATTGTTCTTATGTGTTTGTTTGTTTGCTTTTTAAGCTGGGGACCACTGAC
CTAAGCTCTATATGCACCCCAAGTTCCCCATGGAGAACGCTTCAACATGCAGGACGGAAGGCAC
CAGTTACAGCTCAAGGCCACACCGTCGCTTTTCCTTGGGGACTTAGGCTGATTTGCTTGGAACT
GACCCCAGCCTGTGTCATGTAGTCCAGGCGGCTCCAGCGGGTTAGTGCTGACTCGGGGGAGAGC
TTGACACCTGCCGACAGTGTGTGCCTCTGCTCCAAAGGGTTGAATCAGTTCTTCTCAACGGTGA
TAGCTCTTCTCACTGTCTAGTGTTGAGTATGTCTCAGGGATTCCTTGCGGAAATTAGGGCAGTT
TTTAAAATAAGGAAATAGTTTTAAAGGAAACTAAAGGTGACTCCTCACTGATGAGAGCTCCAGA
AAGAGAAAGCGTTTGGTTTCACAGCCCGTGGTGTCTCGCCGAGGACTTCCTTTCTACTTCAGGC
TCTCATCTCAGCTTCAGCTTACAGAATCCTTTCCCATCATGCACAGCTTTAAAACTTTTATTTA
AAACTTCCTTCCCCAATGAGCTTTCAGAATACTTATTGTAGATTTTAAGAGAAAAGGTATATTA
ATTTATGCTATTAACATCACCTCATAAATTATAAGTTTTATACTAAAGCTGTATTGAGTGTAAT
GAATTATGTTGCCTATGTGTTTTAATAGCTTAAAATTATATATGAGCTTCTTTTTATTTTTATT
TTTATTTTTTGACAAAACAAACTAGTGACGCACCTTCTTACACTGGATCTCTGCCGTGTCAAGG
TGTAACGCTGTCCTTGCTACCTTGCAGATACATAAAGAAAAGGATAGCCTGGGGCCTCGAAATG
GAGACCACCCTAGACCACTTACTATTGTGTATAGAGCTGTTGAGGGTCATGTTCTCTGCACATG
ATCTGTGGTTTACACTTAAGATGGCTAGACACTTAGTTACAGGGTAAGTAGAAGCAAATAGATC
AAGTAAAACGCCCACTACTGTAGCTGGAATTTGTAAACTTAAGTTTTTAAGACCTCTTATTTCC
TATGGATTTATTCTTTAATTTACAGTTTATTCTGTAAGTTGAGAAGTAAAATAGAGAAATTAAT
AAATCTAGATGTTCTCAGTGTCTCATTCAGGAACGTTTTACCCCTCCTCACTAAGGAATTCCCA
CTGTGACTTAAAAATAGAGGTAAATTACTTGTGTGCATGTATGTGTCTGTGTTTTTACACAAAT
GCAAAAATATACATCGGGGGCACGTGTGTGAGATATGAATGTGTGCTTGTGTAAAAATAGAAAG
GTAACCGAATGTATTATAGAAATATGATTTATTTAGCTGAGGGTATTAGAGTTATTTTCCCATT
GTTTCTATTTTATAAACATGCCATATTCTTGGCTATATTCTGTTCAAAGGCTAGCTCTGATATC
ACGCGCATTTTCTATTAACTTAGGCTGTTTTTAAAAGTGACACGAGAAAAGAAGCAGATTCTAA
GACCAGCCTTTTAGTTATGAGCATAACGACGAGAGAGCGAGAGCGAGAGCGAGAGAGAGAGAGA
GAGAGAAAGAGAGAGAGAGAAACAGACCTAGATAGGTAACAGCTCATATATCTTTTGAAGTGAT
GGGACCAGAGATTTGTTGAAATATTATGTCTAGTAAATTTTCTTCATATTCCAAGTAATAAACT
AATATGTTTTCTTGGTCAAGTTCAGAAAACATAGGCCTTGATAAGGAAGCTTTGAAGGGGCTGC
TTGTTGAAGGAGTTGGTGGGCTCATCTCCCCATATATACTTCAAAGCTGGTATGATTTCAGTTG
TTTGCAAAATATTTTTTGAAACGAAATTGTGCCATTGGTTGTGGAGTAGAGCATCCCAGCTCTG
TCCTCTGGCTGTGGGAAAATCATGCTTACCTGACTATGTGGAACTAAAAAGACAGACACATTCC
TGTGTCCTGGGAGCTTTGTCATTCTCTGTGTGGTCCTTCCTGGAACACCTGGTGATCTGAGACG
GTCAACAAGGGCCAAGTGCTCCATCACACTTACTTTAATATGAAGGCGCTGTACTTAGAAATGC
CAGGGCAACTCCCAGGAACACACTTGAATTGGTAGTTGTCTTTGGGGCCTCAGTTACTTCATCT
TAGATCCAGACAAAACCCAGGCAAGCTCTCCATGTTGTTTTTCACACTTGTGTTTTTGTAGCAT
CTCCCTGTTTCATTCACTCTTGCTTTCAGATTTTAAGAAACCTGCATATTTCTTGTACATATGC
ATGCAAGCGAAAGAAGGGAGTTTGTACTGATGCCATTTCTCCCTTCAGTTGCTGGTTAATGGAA
TTTGCTAGAATCAATTCCCCCTTATTGAAGGGTGAAAACAGACCCTTTGTGTATATCTGTACAG
AGATGTGTATATGGGATGTGGTGGCACTTTGCTGAATGTGAACTTGCCTTGTCAATGGAAAGAT
TGAAAAAGTATTATGTTTATTTATACATTTGTATAAATCTATATATACACGTATGTATATGTGT
GTGTATAGATAAAGCTATATACATATATTTCCCTAAAATGTGTGTGTGTAATAGATTAACAGCC
CTTGCTAAGCAAGATTATGCATCTGTGGGAATTCTGGGTTATTCTGCCAGCCAGTGGAAATGGC
CACAGTGTAGAGCACATCACCAAGCATGCTGACGTGGGAACCCTTTGGATTACAGTCACGATTA
CAGATTAGTGCTCACAAACCAATCTTTGAACTCTTCTTTCTCAGATTTCTGCTAGCTATTCTCT
CATTACTTAACAATCACACATCTTTGCCAAGTTGTCTGTTGTCCAAGTGCTGGAGATTGGCTCC
TGAGGTGGCCCTGTGCTGGGCATGTGAGAAGCCACGTCCTTGGGATGATTTAGCTCTCTCACTA
GACACCTGGGCATGAATGTGTCAGCTGTCACTCAGGCCTTACCAACGACACTTCCCCACGGTAT
ACAGCTTTCAATTATGTTTTCTCTGAGAATTGGGTAGTCATCAAAAATAAAAAGCCAATGTTCA
AAAACTTAATTCTCAATTTCTTAACCTAGGTAACTTTGGAGTATTTTATTTACATTGAAAAATG
TAATTATGACTTTATGATTGATATTAGTGTTAGGTGTATTTCCACACTTATCATTTAAAGAGTT
TGATTTGCTTTGTGTTTTAAATATAACCATTTACCACTTGAATTTTAACAAAGTACACAGAGTC
ACATGGAAGCCTCTTGAATTCTATAACTGACTCTTGTTTCTCATGATGAAATGCTCTAATGAGT
TCTTGTGTAATAATTCTGCTAGATTTCCTTTTGACTTCTCTCACAGTTGTGACATTCAGTTTTA
ACTCTGCTGCAGCTCTCTAGAAAACTTGCACCCTTCTATATCGTGCCTTTAAAGCTCTTATGCA
CACACAGAAGTGTATATATACATGTTGGCGCATGTGTACATACACTTTGGTATATACTCACACA
GTATGTCTCCAGGATATATTGTGGGAGTGGACATAGAGATATTCAAAGGCAATGAAATGTTGCT
CTCTAGATATATATGTATATAAATAGTGTTGATATAACTGTACATACACGTGTATATGTATGAG
TTCTAAATGGCAATCTTTTACATTTAGCAAAATGCTGCCCTACTGGAATATTGCCACTGCAATG
GCACTTGTATGTAATGATTTAAAAGACATTATCAAAAATTATTTAAAGAACATTAAAGGTCTCA
TCTAAAGACAGCCACACACTATTTATTTAGCTTCCTATTCCTGTGATTGTTGTGTTTGTATAAC
TGTAAGGGAGACTGTCATTTTAAACTCACCACCTGTGTAGGAGAGATGAGATTCACTCGGGGTA
CTTTGTATCCCCTCTCTCTGAAACAGTGATGTGTCACAGTCCAGCTTGTTTATCTCAGTTTTAA
AGCAGTCCTAGTACTGCCATTGGTGTGTGTCACCCACCATGTCCTCGATCAACTTACTTCACCA
ATTTGCCTCTTCCTTTCATTAATAAATAATGATCATTTCGATCAGTTTGCCTGGGGGAAAGCTA
ACTCCTCTCTTGCTTCAGGGAAATAGATCATCTAGCTGTTGTTCTGCCTTGTTCAAAATTCACC
ATAGAAAGAGGGTGGTCCTCATAACGCTGTCTTAAGCATAGTTTATTTTTCATTTATTTAAAGA
TCTTACTTTTTTTTTTTTTTGAAAGTACTCTTAAGTTGCATGTCCTTGGCATAGATTTCATTCT
TACTGCCCTTCCCCACAGGATATTTTTCATAGTCCATCAGTTTCCCATACCAAATGCAAGAACG
TCAGGACAAACTGTCAATACTGTTGCTGTTCGCGAGGGGCTGGCAGCAGATCACACCTGGAATT
TAGAGGGAGAGAAGGTAGCCGGATAATCCTGAGCCCTGTGAAGTGGAGCGTGGAATAAGGGTAC
TTCTAAGGAAACATTTCAGGGTAGCTCACTGGAAATTGATATCAGAATCAGCCTTTAACAGCCT
GGCAGAGGGATGGTACTAACTACCCAGCGTGCCCAAGTGTAAACAAACCAAGCTGCAGTGGGAA
GTCAAAGGTGGGAGGTAGCCATTGGAAACCAGGAACAAAGTAACTGCACGGTAGCAAGGACTAG
CAGTCTGTTCTCATCCACCTTGGCACACCGAATGCTCCATACGCCATACATTCAGGACATAGGC
AGGAGGACAGCTGCTTAAAGGGGACTTACAAACCAAGCACCTTCTCTTGTGTCTGTGTCATGGC
TGCCACTCAGTTCCAGGCATGTACACCGGGAGCAACTAGTTTCTGCAGAATACAAGAGGAGGCT
GGCAGGCTTTGGAAAGGCCTTTCCATGGCGTTGCCTGTGATTTCAGTGGGGAGGACACATTTGG
GGAGATGGCTGGGCTTTTGGTTTGTGATTTCCCTTTAAACAGGAAGAGATGGTTCACACTTTCC
ATATATATATCTCAATGAATGTACTGTATTACTGTTTTAAAAATTTGATGAAATAATAATGGAT
TGGTCTCCTTTTGTTATCTGGTCCTTGTTTAATTTGTTTAAGGGTTTTTGTATACAAAAGTTTA
CATTTTTATGTATATTTTTCTTGTGTAAAAACTGATGTAATATGTGTATAAAACACTTGTATGT
ATTATCTGTATATAGTGTGACAAAATGATTTTTCTTTCTTTCTTTTGGTTGTATTAATAAATCT
TGCTGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_006245031 ⟹ XP_006245093

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,333 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,513,358 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,886,930 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

GTTGGGTTTATTTATCCCCGCTCCGCGGCGCTTCGGGCGGCCTGGCCGGGGCGGGGCGGGCGGC
CTGGCAGGCGTGGGGTGGAGGGGCGGCGAGGAGTCAGGTGCAGCCGCGGCCCGGAAAGTTTCCT
TTTAGGCCCGAATTGGGGGCTGCCTTCTCTCTGGGGAGCCCCGGTCCTAGCGCCCGGGGCCCCC
GAGGGCGTGGGGGAGAGCACTCGGCTGGCTCGAAACTCTTTGCCAGTTCCTGTCCGTTCAAGAC
AATCTGCTTCTTCTTGATTGATCAGCATTCCAAACTGTGGTACCCCTGGGCTCTCTTCACATTG
CTGTGGTGCAGAAGATTTAAAATCAGCTGATGTTCACAAGGAATAGAGTCACGTGATGTATGAA
GGGAAACATATACACTTCTCTGAGGTTGACAATAAGCCCTTGTGCTCATATAGCCCCAAACTGT
GCAAGCAGCGGCGACTCAACGGCTACGCTTTCTGTATCAGACACGTTCTGGAAGACAAGACTGC
CCCCTTCAAGCAATGTGAATATGTGGCCAAGTATAACAGCCAGCGCTGCACCAACCCCATTCCC
AAGTCAGAGGATCGCAGGTACTGCAACAGCCACTTGCAGGTACTCGGCTTTATCCCGAAAAAAG
AGAGGAAGAAAAAGAATGACCCGGTAGATGAGGTGAAGGTCAGGCACCAGATGGACGCCATGGC
ATTTAGCCTGACGGTACCTACCCTGGCCTTGAAGATGCCCAATGGACTGGATAGCATGTCCCTC
TCTCCACCTGGGGCAAGGGTTCCTCTCCACTACCTGGAAACTGAGTTGGAAGACCCCTTTGCTT
TCAATGAGGAAGACGATGACCTAAAGAAAGGGGTGACGGTGAGAAAAAAGTTGCAGAGCAAATT
GGCTCAGAACCGGCAACGCCAGAGAGAGACAGAGATTTTAAAAGTTCGGCAAGAGCACTTTAGC
ACCCCTCCCACACCTCCACAGCAGCACGCCCACCTGTCACCTCTACCTACTTCTTTAAAACCTC
CAGCGCCACCACAGGGCTCAGTCTGCAAGTCACCTCAGCCTCAGAGCACCAGCCTACCAATGCA
GGGAGTGGCCCCCACCACACACTCTATAGCACAAACAAGGCAGGCCTCTCACAAGAGGCCTCTG
CCCCTCCTTCCCTCCAGTCGAGCTCCCGTCTCAGACACCCCCAGGACTGACCGAATCCTCATGA
AAGCCACCGCCTTCTCTCCACACTTCTCTTGTATAAGCCGACTGCAGAGACTGGTGAAACTGTG
TACCCAAAAGCATCAGCTGGACGCGGATCTGTTTCCTCACTTAGGGCTGGACTGGTCTGAGGAG
AGCGGAGAGGAGCTGGAGGATTCAGATCAGGCTTCACCATATCAGGTCGCATGGTCCGTCCGAG
AAACCCTCAGACAGGAAAGACACACGTCAGATGACGACGATGCGGAGAGCAGGAGCTCCAGGGT
GACCCAACTTTGCACTTACTTTCAGCAGAAATACAAGCACCTCTGCCGCCTGGAGCGTGCAGAG
TCGCGACAAAAGAAATGCCGGCATACGTTTAGGAAGGCGCTGCTGCAGGCAGCCAGTAAGGAGC
CCGAATGTACTGGTCAGCTGATACAAGAACTTCGGAGAGCTGCGTGTAGCCGAGACAGCCTCAG
CCAGACCAAGTTGAAGGAGGTGGAGCCAGCAGCTTGCAGTGGAACAGTGAAGGGTGAACAGTGC
ACAAACCAGGCCCTGCCCTTCACCAGGCATTGTTTCCAGCACATCCTCTTGAACCGTTCTCAGC
AGCTGTTCTCCAGCTGCACTGCCAAGTTTGCAGACGGACAGCAGTGCTCTGTGCCAGTGTTTGA
CATTACACACCAGACGCCCCTGTGCGAAGAACATGCCAAAAAGATGGATAATTTCCTGAGAGGA
GATAACTCCCGTAAAGTTCAGCACCAGCAACAGAGGAAACCTAGGAAAAAAACAAAGCCCCCTG
CACTTACCAAAAAACACAAGAAGAAGAGACGGCGTGGACCTCGTCGACCCCAGAAGCCCATCCC
TCCTGCAGTGCCCCAAGGGAATCTCAGCATGCCCACCAGCGTCTCACTGCCAGTGCAGGCCTCC
CAGATCCGAAGCCCTTCCACGCCAGAGCTGAGTGCTGACGAGTTGCCGGATGACATTGCCAATG
AGATCACTGACATTCCGCACGACTTGGAATTGAACCAGGAAGACTTTGCAGATGTCCTGCCGCG
GCTGCCGGATGATTTACAAGACTTTGATTTTTTTGAAGGAAAGAATGGAGACCTCCTCCCGACC
ACTGAAGAAGCTGAAGAGCTTGAGCGGGCCTTGCAAGCTGTAACTTCTCTCGAGTGCCTGAGTA
CAATTGGGGTACTTTCCCAGTCAGACGGTGTGCCAGTCCAGGGCTTGTCAGATAGAGGGATGGG
GGTGTTCTCCACGGGTACCGATGCTTCGGGAATCCAGTCCTTGAGTCGAGAAGTAAACACGGAT
CTAGGGGAGCTACTGAACGGACGTATAGTACACGATAGCTTTTCTAGTCTAGAGCTGGACGAGA
ACCTACTCCATTCTGCTACTCTGTCCAACCCACCTACACCCCTGGCAGGGCAGATCCAGGGGCA
GTTCTCTGCCCCAGCCAGCGTTGGCCTTACTTCTGCCACTCTGCTCAGCCAGAGTGCACTTGGG
GAGAGAGCCTTCCCAGGACAGTTTCATGGACTTCATGATGGCAGCCATGCCTCTCAGAGGCCAC
ATCCTGCCCAGCTGCTGAGCAAGGCAGACGACCTTATCACCTCACGACAGCAATACAGCAGTGA
TCATTCACACTCCTCACCCCATGGAAGCCATTATGATAGCGAGCACGTGCCGTCGCCCTACAGT
GACCATATCACCTCTCCCCACACATCTTACTCTGGTGATAATATGGCAGCTACCTTTTCAGCAG
AGATGCCCATCATGGCCCAGCACTTGCTCCCCACCCAGCTTGAGGTGCCACTTGGAGGAGTGGT
CAACCCCAGAACTCACTGGGGCAATCTCCCCGTCAACCTTGGCGATCCCTCTGCATTTAGCAAC
CTCCTTGGCGCGGATGGACACCTTCTTTCCACTTCCCTCTCCACGCCACCCACCACATCCAACT
CAGAGACCACACAGCCTGCCTTCGCCACCGTTACCCCAAGCAGTTCCAGTGTGCTTCCGGGGTT
ACCACAGACCAGCTTCAGTGGCATGGGGCCTTCTGCTGAACTAATGGCCTCCACCTCTCCCAAG
CAGCAACTCCCACAGTTCAGCGCAGCCTTCGGCCACCAGCTGAGTTCTCACAGTGGCATTCCTA
AGGACCTGCAGCCCAGCCACAGCTCCATAGCCCCTCCTACAGGCTTCACAGTAACAGGTGCCAC
CGCTACAAGTACCAATAATGCATCTCCCCCCTTCCCCACCCCCAACTGAGCGAGTCTGTGTGCT
TGCCGGCAGGTGGAACCCGGTGTTTTCTATCTTTGTTTCCTCTTTTGCACCCCTCTCTCCTTTT
CCTACAGAAGATTTAAAAATGACAGTGGGGATTAGAGGGACGCCCCTTCCCGGTTCAACAGGTG
GCCGTGCAGTGGACCTTGCGTCAGTGTTCGCGCGTGCTCCCTAGCACTGGTGCTCATTCCCTCC
TGGCGGTCCGCTCAGCCTGGCGGGTCACTCGGCCTGGCAGGCTTTTTGGTGGCTCAGCACAGTG
ACTGGGTAGGATTGATTATTTTATTTTTTATTTTTATTTTTATTTGTTTTTATTTCAGCAAGTC
CTAGAAGTGGAAGATACCTCAGATTACCAGTGCCCTTTACTGTCTCCTACTGTTGAGATAATGC
TTCCCATTCTCTAGCCAGGTTTTACATAGGTTGTTCTGGATGTTCTGTTGAGATCCTGTGTAGT
AGGTGGTGTGCGGACACAAATCAAAGCTCTGACTTAGCACCAACTGCCAGACACCACAGGGAGG
CCAGGATGCCATTCCTAATTATGATACATTAGCTGAAAAGAACATGGTCTCTTAACTGCCTGTG
CCTGCTTGTTCATTCGTCCTGTGTGTGTGCTGTGCAGTGCAGTAGCTGTCGCTTGTGGCTTGTC
TCTCCTCACTCCCAGAATAAGCATAGGCCCTTCCCCCTCCTCCTGTCTCATGCCTTGCAAGATT
CGTCCTTCCTTCCTACTGAGTTGCTAAAGCATCCTGAACAGAGAGGGGTGGTCTCAGAGTGATA
GCGCCTTGCTAAAATCAGCCTGTGAGGAAAGGAGCCCAGAGGCGGAGCTCACATCAGTCATGGG
GAGTGTCGTGACCCCCCACCTCTCTTCTATCATGTGCATTTGTTTCAGATTCCCCACTCATGGA
ACACATTTGTAAGTAGTAATGAAAAAAATGTTTTGGTGTGCAAAAGCAGGCTACACCAGAGAGA
TTCGAAAGATGACATCTCGGCCTGTTTGGTCCATCATTGGCTCCTAGTTTTTACATGTTTACAG
TTGTGATTCTTTGGTGAGATTTGTGAACTGTGGAGGACACCTGTAGAACCGTGTACCAGTTGTG
AAGTGATGTGTAATATCAGAAGGACACACATTTTAACAGTTCTGTCAAAGCAGAATTTGGAAAT
TAGACATAATTTGACTCACCTTAGGTACTTTTAAAATAATTTAAGTAAAATTGGAAAATTTTTT
TAACGTACCAAGGCTTTAGGGTAAAAAATCTTGTTGGGTAGTGCAGTAAGTTGGTGACTGTGAA
GTGATGTGAGGGTTTCCTCTTGCCTGCCTTCCCCTCCCAGCGGGGTGGAGCTTCATTTTCTGCT
CTGCTCTGCTCTGCTGATGGCTCCCTGCCCCTTCAGATATCGTCAGGTGTCTACATCTGAGCTC
CACCTGATTTACATGCAGACACTCTTAAAAGTGAGGCAGCATGTCTCTAAATGACGTGTGTGGT
ACAGCAATCCTTTAGTCAGGGACTGTCTGATCCTAATTCCTTCCTGCGAGTTTAAGGTTGGGAC
GTATTTTCCTACTTCTTATGTGTGTGTTCCTCGTGCTACTTCTGACCAGGTCTTCCTGTTGAAG
GCCTTGCAAAGGAATGATGGTGGTTACCAGGCATTATGCAGACACCACGTGCCTGAGCTTTGGA
GAGAAAGTGTCACATGACCAGATGAAATCATGATCTGACCTATTTTGTATTTACTGAAGTTGGG
GAGGCAAATATGTTTGTAATATGTTTCCTTTTTTTCCTTAAAAATAATGTTAGTTAATTGGAAC
ATTTGTTTTTAATAGCTTTGCCTTTTTTTGCAAATTGAGAAAATCCTAAATTATAAATTATGTC
ACAAAGCAAAATTATATTTGGTATCACCATGAACTTCTCTCCTGAATTGTGAGAACAGCTTTTT
GACTGTTTGATCTGTGAGCCTATGTCAGTAGCTTTTTTATTTTAGTATGCTGTAATAGAGTGAG
AGTGAGTGGTTACCTCACCTCAAAAGTGTCATTTCGTTTGTTAGGCTGTTCTCACATCCCCACT
AGAATCATTTTAGGTAACTGAATTCCCAGAAAATGCATTTTGTCTCCAGTGTGCATCGACTGAA
GACTGTAGCAGAGCCACATGGCCGTCTCCTTATCGGCTCCTCTTTGCCAGGGAGAGGGAAGTCG
TGAGTAGTCAATTTGGACTGCCACTGTCTGTCTGTCTCTGTGTTAGCTGCTGAAACTCGTTTAG
TTGTCAAACTGAGTTTGCAGGAGGTTGCACCTTTTATTGTTTGCAGTTTTCTGTTTATGTGCAT
TTAAAAGCCCTTCTTCGCTTTCGAGTAAGGAGGCTTGAAGTGATCAGGAATGTTGCCAGTTACA
GCTTCACGCCAAAAATGTTGAGCAAGCTCCCTTCTGTTCAGATGCCCATGATGGTTGCTGAAGG
GAGGGCAGTCTTGGAAATACTGATAATGGACTGAATAATTAGCAAAAGCACACTTTCCTTCCGT
CTCAGAACGAACATCCAAGCCTGTAATTTGCTTTTCTCTTGGTTTTTTTGTGAGCTCCCTGTTA
GAGGAATATCTGTTTCTAAGCCCAGAGGTGTCCACTTTGTCACCCCTCTAGCTGTTGAAGCAAT
TCTAGTCTCTTAGTAGTAGGTGGGTATTAATATGCAAAGAAAGTTCAGCATCTTTTGTAATGCT
TATATGAAAACGTAGCACTTATGGTAAGGCAATACTGGAATCAAAAACAAACCCTGCACAGGCC
CTAATGGGATAGAAGCTAGTATTAGTGTAGTGTTGAGTACATGAGGGACAGTAACAAAGAAGGC
TCACTGTGTCTCTGCGGGTTCTGGGACCATTTATAAAGGCCAGTTCATTGTGTTACTGTGACTT
AACTTGTGAAGTTGCTGCCGTTGATGACTGACTATGTGCTCTGAGAATATGAATGTCAGCAACT
GTAATCTCTGGTACCTGAAGGGAAGATGGGCTTTCTCTCCTTTAACTGCTAATGTTATTTTAGT
GAAAGTACTCAAGACATTGTTTTTTTCTTCTGTAAAAATGGCTTAGCAATGTTCATACCTGGGT
AGGTTATACAGCTAGTGAACAATTCAGGATAGTAAATGACAGTTAGAGGAAGCCCACCAAGTAA
CAGACTCTGCAATGGACACATCTTGTACTTATCATCCCATAGTTGAAAGCAGAGATTTTCTCTA
GTGAGCCTACTGTGTGAGGTATTCCTGCTTATAAATGACAGCAGTTCCCTGTTGGCAGGTAATG
TGATCTAATGTCCCTCTGTGAGAAGATTTTGGTTTGATGAGAAGCAGATAGTTATTAGAGATGG
AGTTGGAAAGTGATTATTTTATATTGCCAAATAACTGTTTATAAGATGAATCTTTTAAAGTAAA
ACCAGACTGTCACCTGAAGGTTAGGGAATCATCCCTTCTGAGAGTCACACTAAAAACTCTTCCA
AAGTTCATTCTCAGTCCATCCATGCTCCCGGTCCACATGGCAAAGTCAGTTCTGTGTTTAGGAG
GGAGCCATGTTCAGGCATCCTGAATATTTAGTTTCTTTTACACGAAAGAATAGCTTTCTGTTGG
CTTCTTGCATTGCTTGTTATAAATAAGGCATTAGAGATGAGTCACTCACACAGAGGTGAACCCC
TTACTGTGTGTTCCTTGACCCTGCCCCGCTGTGCGCTGTGCGCTGGCATCCTGGTCAGCGGCGG
GTGGCGTGTGGGCGTCCTCTTCAGTGCCTGTCTGAAAGCATTGCCTTCTCTAGTGCAGTTCTCA
GCATGGCTGTGCGTTGTTTCACACTGCAGAGTGGGAGTGAGGATATTAACACTCAACTCCTTAA
TAGGTTTGGAATTCATTATACTTTTAAAAGTATTTACTTTTTAGTCTCCTTTTTAGACTTAAAA
AGATTAAGTTCTATACTTTATCTGACATGTGTAGGATAATCTAATAAATGGTTTGTTGAATGGT
CAACACAACTCTGCAGTATAATGAGGAGATTTAGAAACATCTTTGAAAGATAATTTAATTGGAG
TGAGTGTTCTCTCGTATTTTTTTTTCTTTACTGCTACCCACATTGTTCTATGGATTCTTCATGT
CAAGAGTACTTCATGGGAGACAGTCATTCATGAAAAGACATATTTTTCCCCCTTTCAACAAATA
AAAAAATAACTGACTTCTTCCCTGAAATTCAGAAAAAAGAAAAATGACTTCTTAATACTTTGGC
TTCTTTAGCCTTCCCATGTTATTATATTTGTGGGACCCAAAATCACAGTTTAATTAAAGTAGTA
TTTACATGAGATCTTTCAAAATGTTTATAATACAATGCGGTCTCTGAGAAAAGCAGAGGCAGAT
GCCTGTTGAGCCTTTCCACTGGCCAGTGAGTGAGTGAGTCAGGAAGGCCTGTGTGGGATTAGCC
CTGCCTCTCGTAAGGCCCAGTGTGTGGATGCGTGGTTGTGAGTAACTGTAGGAACCTGTGGTTC
TTTACTCCAGTGTTTGTGCTTGGCTGGCTTCCCCTCTTGCACTGTGGTGTGAAGCAAGTAGAAG
AGATGTGGCATTTCAGAGATTTGTTGTGACTTTATTTACCCTGTGTTTCTGAGTATCAGGAATG
TTTTGAGTGCTTTGAAGAGCAGATCAACATGGTCTTTGGCTGACCTAAAGCTAGTCTAGAAAGC
AGTCTTCTGAGGTGAAAGCTGCTCGACTCTTGATGGCTGGCGGGCAGCATGTTTTCTTCTCTTC
CTCCCTCCCTCTGCCTTTTGCACGCTCTTCCCCGTGCTGCAGTGTGCGTGTGCCGCACTCGTCT
TGGCCCAAGAGTGGTAGGATTTTCATTCGTTGGTTCTCATTGTTCTTATGTGTTTGTTTGTTTG
CTTTTTAAGCTGGGGACCACTGACCTAAGCTCTATATGCACCCCAAGTTCCCCATGGAGAACGC
TTCAACATGCAGGACGGAAGGCACCAGTTACAGCTCAAGGCCACACCGTCGCTTTTCCTTGGGG
ACTTAGGCTGATTTGCTTGGAACTGACCCCAGCCTGTGTCATGTAGTCCAGGCGGCTCCAGCGG
GTTAGTGCTGACTCGGGGGAGAGCTTGACACCTGCCGACAGTGTGTGCCTCTGCTCCAAAGGGT
TGAATCAGTTCTTCTCAACGGTGATAGCTCTTCTCACTGTCTAGTGTTGAGTATGTCTCAGGGA
TTCCTTGCGGAAATTAGGGCAGTTTTTAAAATAAGGAAATAGTTTTAAAGGAAACTAAAGGTGA
CTCCTCACTGATGAGAGCTCCAGAAAGAGAAAGCGTTTGGTTTCACAGCCCGTGGTGTCTCGCC
GAGGACTTCCTTTCTACTTCAGGCTCTCATCTCAGCTTCAGCTTACAGAATCCTTTCCCATCAT
GCACAGCTTTAAAACTTTTATTTAAAACTTCCTTCCCCAATGAGCTTTCAGAATACTTATTGTA
GATTTTAAGAGAAAAGGTATATTAATTTATGCTATTAACATCACCTCATAAATTATAAGTTTTA
TACTAAAGCTGTATTGAGTGTAATGAATTATGTTGCCTATGTGTTTTAATAGCTTAAAATTATA
TATGAGCTTCTTTTTATTTTTATTTTTATTTTTTGACAAAACAAACTAGTGACGCACCTTCTTA
CACTGGATCTCTGCCGTGTCAAGGTGTAACGCTGTCCTTGCTACCTTGCAGATACATAAAGAAA
AGGATAGCCTGGGGCCTCGAAATGGAGACCACCCTAGACCACTTACTATTGTGTATAGAGCTGT
TGAGGGTCATGTTCTCTGCACATGATCTGTGGTTTACACTTAAGATGGCTAGACACTTAGTTAC
AGGGTAAGTAGAAGCAAATAGATCAAGTAAAACGCCCACTACTGTAGCTGGAATTTGTAAACTT
AAGTTTTTAAGACCTCTTATTTCCTATGGATTTATTCTTTAATTTACAGTTTATTCTGTAAGTT
GAGAAGTAAAATAGAGAAATTAATAAATCTAGATGTTCTCAGTGTCTCATTCAGGAACGTTTTA
CCCCTCCTCACTAAGGAATTCCCACTGTGACTTAAAAATAGAGGTAAATTACTTGTGTGCATGT
ATGTGTCTGTGTTTTTACACAAATGCAAAAATATACATCGGGGGCACGTGTGTGAGATATGAAT
GTGTGCTTGTGTAAAAATAGAAAGGTAACCGAATGTATTATAGAAATATGATTTATTTAGCTGA
GGGTATTAGAGTTATTTTCCCATTGTTTCTATTTTATAAACATGCCATATTCTTGGCTATATTC
TGTTCAAAGGCTAGCTCTGATATCACGCGCATTTTCTATTAACTTAGGCTGTTTTTAAAAGTGA
CACGAGAAAAGAAGCAGATTCTAAGACCAGCCTTTTAGTTATGAGCATAACGACGAGAGAGCGA
GAGCGAGAGCGAGAGAGAGAGAGAGAGAGAAAGAGAGAGAGAGAAACAGACCTAGATAGGTAAC
AGCTCATATATCTTTTGAAGTGATGGGACCAGAGATTTGTTGAAATATTATGTCTAGTAAATTT
TCTTCATATTCCAAGTAATAAACTAATATGTTTTCTTGGTCAAGTTCAGAAAACATAGGCCTTG
ATAAGGAAGCTTTGAAGGGGCTGCTTGTTGAAGGAGTTGGTGGGCTCATCTCCCCATATATACT
TCAAAGCTGGTATGATTTCAGTTGTTTGCAAAATATTTTTTGAAACGAAATTGTGCCATTGGTT
GTGGAGTAGAGCATCCCAGCTCTGTCCTCTGGCTGTGGGAAAATCATGCTTACCTGACTATGTG
GAACTAAAAAGACAGACACATTCCTGTGTCCTGGGAGCTTTGTCATTCTCTGTGTGGTCCTTCC
TGGAACACCTGGTGATCTGAGACGGTCAACAAGGGCCAAGTGCTCCATCACACTTACTTTAATA
TGAAGGCGCTGTACTTAGAAATGCCAGGGCAACTCCCAGGAACACACTTGAATTGGTAGTTGTC
TTTGGGGCCTCAGTTACTTCATCTTAGATCCAGACAAAACCCAGGCAAGCTCTCCATGTTGTTT
TTCACACTTGTGTTTTTGTAGCATCTCCCTGTTTCATTCACTCTTGCTTTCAGATTTTAAGAAA
CCTGCATATTTCTTGTACATATGCATGCAAGCGAAAGAAGGGAGTTTGTACTGATGCCATTTCT
CCCTTCAGTTGCTGGTTAATGGAATTTGCTAGAATCAATTCCCCCTTATTGAAGGGTGAAAACA
GACCCTTTGTGTATATCTGTACAGAGATGTGTATATGGGATGTGGTGGCACTTTGCTGAATGTG
AACTTGCCTTGTCAATGGAAAGATTGAAAAAGTATTATGTTTATTTATACATTTGTATAAATCT
ATATATACACGTATGTATATGTGTGTGTATAGATAAAGCTATATACATATATTTCCCTAAAATG
TGTGTGTGTAATAGATTAACAGCCCTTGCTAAGCAAGATTATGCATCTGTGGGAATTCTGGGTT
ATTCTGCCAGCCAGTGGAAATGGCCACAGTGTAGAGCACATCACCAAGCATGCTGACGTGGGAA
CCCTTTGGATTACAGTCACGATTACAGATTAGTGCTCACAAACCAATCTTTGAACTCTTCTTTC
TCAGATTTCTGCTAGCTATTCTCTCATTACTTAACAATCACACATCTTTGCCAAGTTGTCTGTT
GTCCAAGTGCTGGAGATTGGCTCCTGAGGTGGCCCTGTGCTGGGCATGTGAGAAGCCACGTCCT
TGGGATGATTTAGCTCTCTCACTAGACACCTGGGCATGAATGTGTCAGCTGTCACTCAGGCCTT
ACCAACGACACTTCCCCACGGTATACAGCTTTCAATTATGTTTTCTCTGAGAATTGGGTAGTCA
TCAAAAATAAAAAGCCAATGTTCAAAAACTTAATTCTCAATTTCTTAACCTAGGTAACTTTGGA
GTATTTTATTTACATTGAAAAATGTAATTATGACTTTATGATTGATATTAGTGTTAGGTGTATT
TCCACACTTATCATTTAAAGAGTTTGATTTGCTTTGTGTTTTAAATATAACCATTTACCACTTG
AATTTTAACAAAGTACACAGAGTCACATGGAAGCCTCTTGAATTCTATAACTGACTCTTGTTTC
TCATGATGAAATGCTCTAATGAGTTCTTGTGTAATAATTCTGCTAGATTTCCTTTTGACTTCTC
TCACAGTTGTGACATTCAGTTTTAACTCTGCTGCAGCTCTCTAGAAAACTTGCACCCTTCTATA
TCGTGCCTTTAAAGCTCTTATGCACACACAGAAGTGTATATATACATGTTGGCGCATGTGTACA
TACACTTTGGTATATACTCACACAGTATGTCTCCAGGATATATTGTGGGAGTGGACATAGAGAT
ATTCAAAGGCAATGAAATGTTGCTCTCTAGATATATATGTATATAAATAGTGTTGATATAACTG
TACATACACGTGTATATGTATGAGTTCTAAATGGCAATCTTTTACATTTAGCAAAATGCTGCCC
TACTGGAATATTGCCACTGCAATGGCACTTGTATGTAATGATTTAAAAGACATTATCAAAAATT
ATTTAAAGAACATTAAAGGTCTCATCTAAAGACAGCCACACACTATTTATTTAGCTTCCTATTC
CTGTGATTGTTGTGTTTGTATAACTGTAAGGGAGACTGTCATTTTAAACTCACCACCTGTGTAG
GAGAGATGAGATTCACTCGGGGTACTTTGTATCCCCTCTCTCTGAAACAGTGATGTGTCACAGT
CCAGCTTGTTTATCTCAGTTTTAAAGCAGTCCTAGTACTGCCATTGGTGTGTGTCACCCACCAT
GTCCTCGATCAACTTACTTCACCAATTTGCCTCTTCCTTTCATTAATAAATAATGATCATTTCG
ATCAGTTTGCCTGGGGGAAAGCTAACTCCTCTCTTGCTTCAGGGAAATAGATCATCTAGCTGTT
GTTCTGCCTTGTTCAAAATTCACCATAGAAAGAGGGTGGTCCTCATAACGCTGTCTTAAGCATA
GTTTATTTTTCATTTATTTAAAGATCTTACTTTTTTTTTTTTTTGAAAGTACTCTTAAGTTGCA
TGTCCTTGGCATAGATTTCATTCTTACTGCCCTTCCCCACAGGATATTTTTCATAGTCCATCAG
TTTCCCATACCAAATGCAAGAACGTCAGGACAAACTGTCAATACTGTTGCTGTTCGCGAGGGGC
TGGCAGCAGATCACACCTGGAATTTAGAGGGAGAGAAGGTAGCCGGATAATCCTGAGCCCTGTG
AAGTGGAGCGTGGAATAAGGGTACTTCTAAGGAAACATTTCAGGGTAGCTCACTGGAAATTGAT
ATCAGAATCAGCCTTTAACAGCCTGGCAGAGGGATGGTACTAACTACCCAGCGTGCCCAAGTGT
AAACAAACCAAGCTGCAGTGGGAAGTCAAAGGTGGGAGGTAGCCATTGGAAACCAGGAACAAAG
TAACTGCACGGTAGCAAGGACTAGCAGTCTGTTCTCATCCACCTTGGCACACCGAATGCTCCAT
ACGCCATACATTCAGGACATAGGCAGGAGGACAGCTGCTTAAAGGGGACTTACAAACCAAGCAC
CTTCTCTTGTGTCTGTGTCATGGCTGCCACTCAGTTCCAGGCATGTACACCGGGAGCAACTAGT
TTCTGCAGAATACAAGAGGAGGCTGGCAGGCTTTGGAAAGGCCTTTCCATGGCGTTGCCTGTGA
TTTCAGTGGGGAGGACACATTTGGGGAGATGGCTGGGCTTTTGGTTTGTGATTTCCCTTTAAAC
AGGAAGAGATGGTTCACACTTTCCATATATATATCTCAATGAATGTACTGTATTACTGTTTTAA
AAATTTGATGAAATAATAATGGATTGGTCTCCTTTTGTTATCTGGTCCTTGTTTAATTTGTTTA
AGGGTTTTTGTATACAAAAGTTTACATTTTTATGTATATTTTTCTTGTGTAAAAACTGATGTAA
TATGTGTATAAAACACTTGTATGTATTATCTGTATATAGTGTGACAAAATGATTTTTCTTTCTT
TCTTTTGGTTGTATTAATAAATCTTGCTGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_006245032 ⟹ XP_006245094

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,484 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,513,617 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,887,318 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

GCGCTGGGGTGGCCGGGAATGGGGCACCGGGGGCCTTGGGGACGCCCGCGGGCAGCGACGGCGG
GGGTTCCGGCGGCGGACTGAGCGCGGGGAGCAGTGCGGCCTGCGCGGGCCGGGCCCCGGGAGTG
CTGCGGAAGGGGGGCGCCTTAGGCCTCGGGCCCCGCGGCGGCCGCGCCCTGCCCCCGCGCCACA
GGCCTCCCGCGCCCCTGGGGTCCCCCGGGGCCTCGGGGCGGGCTGGCGGGCTGCATCCTGCGCT
GGCCCCAGGCTCTCCCGCGGGACGGAAGGCCGGGCAGCGGGGACCGGGGCGGCGGGGCCTTGGA
GTAGGGACTGTACGGCAGTACCCCGTCCCCGGGCATCGCGCTGACGGGGCCCCCGGATTCCGAC
AATCTGCTTCTTCTTGATTGATCAGCATTCCAAACTGTGGTACCCCTGGGCTCTCTTCACATTG
CTGTGGTGCAGAAGATTTAAAATCAGCTGATGTTCACAAGGAATAGAGTCACGTGATGTATGAA
GGGAAACATATACACTTCTCTGAGGTTGACAATAAGCCCTTGTGCTCATATAGCCCCAAACTGT
GCAAGCAGCGGCGACTCAACGGCTACGCTTTCTGTATCAGACACGTTCTGGAAGACAAGACTGC
CCCCTTCAAGCAATGTGAATATGTGGCCAAGTATAACAGCCAGCGCTGCACCAACCCCATTCCC
AAGTCAGAGGATCGCAGGTACTGCAACAGCCACTTGCAGGTACTCGGCTTTATCCCGAAAAAAG
AGAGGAAGAAAAAGAATGACCCGGTAGATGAGGTGAAGGTCAGGCACCAGATGGACGCCATGGC
ATTTAGCCTGACGGTACCTACCCTGGCCTTGAAGATGCCCAATGGACTGGATAGCATGTCCCTC
TCTCCACCTGGGGCAAGGGTTCCTCTCCACTACCTGGAAACTGAGTTGGAAGACCCCTTTGCTT
TCAATGAGGAAGACGATGACCTAAAGAAAGGGGTGACGGTGAGAAAAAAGTTGCAGAGCAAATT
GGCTCAGAACCGGCAACGCCAGAGAGAGACAGAGATTTTAAAAGTTCGGCAAGAGCACTTTAGC
ACCCCTCCCACACCTCCACAGCAGCACGCCCACCTGTCACCTCTACCTACTTCTTTAAAACCTC
CAGCGCCACCACAGGGCTCAGTCTGCAAGTCACCTCAGCCTCAGAGCACCAGCCTACCAATGCA
GGGAGTGGCCCCCACCACACACTCTATAGCACAAACAAGGCAGGCCTCTCACAAGAGGCCTCTG
CCCCTCCTTCCCTCCAGTCGAGCTCCCGTCTCAGACACCCCCAGGACTGACCGAATCCTCATGA
AAGCCACCGCCTTCTCTCCACACTTCTCTTGTATAAGCCGACTGCAGAGACTGGTGAAACTGTG
TACCCAAAAGCATCAGCTGGACGCGGATCTGTTTCCTCACTTAGGGCTGGACTGGTCTGAGGAG
AGCGGAGAGGAGCTGGAGGATTCAGATCAGGCTTCACCATATCAGGTCGCATGGTCCGTCCGAG
AAACCCTCAGACAGGAAAGACACACGTCAGATGACGACGATGCGGAGAGCAGGAGCTCCAGGGT
GACCCAACTTTGCACTTACTTTCAGCAGAAATACAAGCACCTCTGCCGCCTGGAGCGTGCAGAG
TCGCGACAAAAGAAATGCCGGCATACGTTTAGGAAGGCGCTGCTGCAGGCAGCCAGTAAGGAGC
CCGAATGTACTGGTCAGCTGATACAAGAACTTCGGAGAGCTGCGTGTAGCCGAGACAGCCTCAG
CCAGACCAAGTTGAAGGAGGTGGAGCCAGCAGCTTGCAGTGGAACAGTGAAGGGTGAACAGTGC
ACAAACCAGGCCCTGCCCTTCACCAGGCATTGTTTCCAGCACATCCTCTTGAACCGTTCTCAGC
AGCTGTTCTCCAGCTGCACTGCCAAGTTTGCAGACGGACAGCAGTGCTCTGTGCCAGTGTTTGA
CATTACACACCAGACGCCCCTGTGCGAAGAACATGCCAAAAAGATGGATAATTTCCTGAGAGGA
GATAACTCCCGTAAAGTTCAGCACCAGCAACAGAGGAAACCTAGGAAAAAAACAAAGCCCCCTG
CACTTACCAAAAAACACAAGAAGAAGAGACGGCGTGGACCTCGTCGACCCCAGAAGCCCATCCC
TCCTGCAGTGCCCCAAGGGAATCTCAGCATGCCCACCAGCGTCTCACTGCCAGTGCAGGCCTCC
CAGATCCGAAGCCCTTCCACGCCAGAGCTGAGTGCTGACGAGTTGCCGGATGACATTGCCAATG
AGATCACTGACATTCCGCACGACTTGGAATTGAACCAGGAAGACTTTGCAGATGTCCTGCCGCG
GCTGCCGGATGATTTACAAGACTTTGATTTTTTTGAAGGAAAGAATGGAGACCTCCTCCCGACC
ACTGAAGAAGCTGAAGAGCTTGAGCGGGCCTTGCAAGCTGTAACTTCTCTCGAGTGCCTGAGTA
CAATTGGGGTACTTTCCCAGTCAGACGGTGTGCCAGTCCAGGGCTTGTCAGATAGAGGGATGGG
GGTGTTCTCCACGGGTACCGATGCTTCGGGAATCCAGTCCTTGAGTCGAGAAGTAAACACGGAT
CTAGGGGAGCTACTGAACGGACGTATAGTACACGATAGCTTTTCTAGTCTAGAGCTGGACGAGA
ACCTACTCCATTCTGCTACTCTGTCCAACCCACCTACACCCCTGGCAGGGCAGATCCAGGGGCA
GTTCTCTGCCCCAGCCAGCGTTGGCCTTACTTCTGCCACTCTGCTCAGCCAGAGTGCACTTGGG
GAGAGAGCCTTCCCAGGACAGTTTCATGGACTTCATGATGGCAGCCATGCCTCTCAGAGGCCAC
ATCCTGCCCAGCTGCTGAGCAAGGCAGACGACCTTATCACCTCACGACAGCAATACAGCAGTGA
TCATTCACACTCCTCACCCCATGGAAGCCATTATGATAGCGAGCACGTGCCGTCGCCCTACAGT
GACCATATCACCTCTCCCCACACATCTTACTCTGGTGATAATATGGCAGCTACCTTTTCAGCAG
AGATGCCCATCATGGCCCAGCACTTGCTCCCCACCCAGCTTGAGGTGCCACTTGGAGGAGTGGT
CAACCCCAGAACTCACTGGGGCAATCTCCCCGTCAACCTTGGCGATCCCTCTGCATTTAGCAAC
CTCCTTGGCGCGGATGGACACCTTCTTTCCACTTCCCTCTCCACGCCACCCACCACATCCAACT
CAGAGACCACACAGCCTGCCTTCGCCACCGTTACCCCAAGCAGTTCCAGTGTGCTTCCGGGGTT
ACCACAGACCAGCTTCAGTGGCATGGGGCCTTCTGCTGAACTAATGGCCTCCACCTCTCCCAAG
CAGCAACTCCCACAGTTCAGCGCAGCCTTCGGCCACCAGCTGAGTTCTCACAGTGGCATTCCTA
AGGACCTGCAGCCCAGCCACAGCTCCATAGCCCCTCCTACAGGCTTCACAGTAACAGGTGCCAC
CGCTACAAGTACCAATAATGCATCTCCCCCCTTCCCCACCCCCAACTGAGCGAGTCTGTGTGCT
TGCCGGCAGGTGGAACCCGGTGTTTTCTATCTTTGTTTCCTCTTTTGCACCCCTCTCTCCTTTT
CCTACAGAAGATTTAAAAATGACAGTGGGGATTAGAGGGACGCCCCTTCCCGGTTCAACAGGTG
GCCGTGCAGTGGACCTTGCGTCAGTGTTCGCGCGTGCTCCCTAGCACTGGTGCTCATTCCCTCC
TGGCGGTCCGCTCAGCCTGGCGGGTCACTCGGCCTGGCAGGCTTTTTGGTGGCTCAGCACAGTG
ACTGGGTAGGATTGATTATTTTATTTTTTATTTTTATTTTTATTTGTTTTTATTTCAGCAAGTC
CTAGAAGTGGAAGATACCTCAGATTACCAGTGCCCTTTACTGTCTCCTACTGTTGAGATAATGC
TTCCCATTCTCTAGCCAGGTTTTACATAGGTTGTTCTGGATGTTCTGTTGAGATCCTGTGTAGT
AGGTGGTGTGCGGACACAAATCAAAGCTCTGACTTAGCACCAACTGCCAGACACCACAGGGAGG
CCAGGATGCCATTCCTAATTATGATACATTAGCTGAAAAGAACATGGTCTCTTAACTGCCTGTG
CCTGCTTGTTCATTCGTCCTGTGTGTGTGCTGTGCAGTGCAGTAGCTGTCGCTTGTGGCTTGTC
TCTCCTCACTCCCAGAATAAGCATAGGCCCTTCCCCCTCCTCCTGTCTCATGCCTTGCAAGATT
CGTCCTTCCTTCCTACTGAGTTGCTAAAGCATCCTGAACAGAGAGGGGTGGTCTCAGAGTGATA
GCGCCTTGCTAAAATCAGCCTGTGAGGAAAGGAGCCCAGAGGCGGAGCTCACATCAGTCATGGG
GAGTGTCGTGACCCCCCACCTCTCTTCTATCATGTGCATTTGTTTCAGATTCCCCACTCATGGA
ACACATTTGTAAGTAGTAATGAAAAAAATGTTTTGGTGTGCAAAAGCAGGCTACACCAGAGAGA
TTCGAAAGATGACATCTCGGCCTGTTTGGTCCATCATTGGCTCCTAGTTTTTACATGTTTACAG
TTGTGATTCTTTGGTGAGATTTGTGAACTGTGGAGGACACCTGTAGAACCGTGTACCAGTTGTG
AAGTGATGTGTAATATCAGAAGGACACACATTTTAACAGTTCTGTCAAAGCAGAATTTGGAAAT
TAGACATAATTTGACTCACCTTAGGTACTTTTAAAATAATTTAAGTAAAATTGGAAAATTTTTT
TAACGTACCAAGGCTTTAGGGTAAAAAATCTTGTTGGGTAGTGCAGTAAGTTGGTGACTGTGAA
GTGATGTGAGGGTTTCCTCTTGCCTGCCTTCCCCTCCCAGCGGGGTGGAGCTTCATTTTCTGCT
CTGCTCTGCTCTGCTGATGGCTCCCTGCCCCTTCAGATATCGTCAGGTGTCTACATCTGAGCTC
CACCTGATTTACATGCAGACACTCTTAAAAGTGAGGCAGCATGTCTCTAAATGACGTGTGTGGT
ACAGCAATCCTTTAGTCAGGGACTGTCTGATCCTAATTCCTTCCTGCGAGTTTAAGGTTGGGAC
GTATTTTCCTACTTCTTATGTGTGTGTTCCTCGTGCTACTTCTGACCAGGTCTTCCTGTTGAAG
GCCTTGCAAAGGAATGATGGTGGTTACCAGGCATTATGCAGACACCACGTGCCTGAGCTTTGGA
GAGAAAGTGTCACATGACCAGATGAAATCATGATCTGACCTATTTTGTATTTACTGAAGTTGGG
GAGGCAAATATGTTTGTAATATGTTTCCTTTTTTTCCTTAAAAATAATGTTAGTTAATTGGAAC
ATTTGTTTTTAATAGCTTTGCCTTTTTTTGCAAATTGAGAAAATCCTAAATTATAAATTATGTC
ACAAAGCAAAATTATATTTGGTATCACCATGAACTTCTCTCCTGAATTGTGAGAACAGCTTTTT
GACTGTTTGATCTGTGAGCCTATGTCAGTAGCTTTTTTATTTTAGTATGCTGTAATAGAGTGAG
AGTGAGTGGTTACCTCACCTCAAAAGTGTCATTTCGTTTGTTAGGCTGTTCTCACATCCCCACT
AGAATCATTTTAGGTAACTGAATTCCCAGAAAATGCATTTTGTCTCCAGTGTGCATCGACTGAA
GACTGTAGCAGAGCCACATGGCCGTCTCCTTATCGGCTCCTCTTTGCCAGGGAGAGGGAAGTCG
TGAGTAGTCAATTTGGACTGCCACTGTCTGTCTGTCTCTGTGTTAGCTGCTGAAACTCGTTTAG
TTGTCAAACTGAGTTTGCAGGAGGTTGCACCTTTTATTGTTTGCAGTTTTCTGTTTATGTGCAT
TTAAAAGCCCTTCTTCGCTTTCGAGTAAGGAGGCTTGAAGTGATCAGGAATGTTGCCAGTTACA
GCTTCACGCCAAAAATGTTGAGCAAGCTCCCTTCTGTTCAGATGCCCATGATGGTTGCTGAAGG
GAGGGCAGTCTTGGAAATACTGATAATGGACTGAATAATTAGCAAAAGCACACTTTCCTTCCGT
CTCAGAACGAACATCCAAGCCTGTAATTTGCTTTTCTCTTGGTTTTTTTGTGAGCTCCCTGTTA
GAGGAATATCTGTTTCTAAGCCCAGAGGTGTCCACTTTGTCACCCCTCTAGCTGTTGAAGCAAT
TCTAGTCTCTTAGTAGTAGGTGGGTATTAATATGCAAAGAAAGTTCAGCATCTTTTGTAATGCT
TATATGAAAACGTAGCACTTATGGTAAGGCAATACTGGAATCAAAAACAAACCCTGCACAGGCC
CTAATGGGATAGAAGCTAGTATTAGTGTAGTGTTGAGTACATGAGGGACAGTAACAAAGAAGGC
TCACTGTGTCTCTGCGGGTTCTGGGACCATTTATAAAGGCCAGTTCATTGTGTTACTGTGACTT
AACTTGTGAAGTTGCTGCCGTTGATGACTGACTATGTGCTCTGAGAATATGAATGTCAGCAACT
GTAATCTCTGGTACCTGAAGGGAAGATGGGCTTTCTCTCCTTTAACTGCTAATGTTATTTTAGT
GAAAGTACTCAAGACATTGTTTTTTTCTTCTGTAAAAATGGCTTAGCAATGTTCATACCTGGGT
AGGTTATACAGCTAGTGAACAATTCAGGATAGTAAATGACAGTTAGAGGAAGCCCACCAAGTAA
CAGACTCTGCAATGGACACATCTTGTACTTATCATCCCATAGTTGAAAGCAGAGATTTTCTCTA
GTGAGCCTACTGTGTGAGGTATTCCTGCTTATAAATGACAGCAGTTCCCTGTTGGCAGGTAATG
TGATCTAATGTCCCTCTGTGAGAAGATTTTGGTTTGATGAGAAGCAGATAGTTATTAGAGATGG
AGTTGGAAAGTGATTATTTTATATTGCCAAATAACTGTTTATAAGATGAATCTTTTAAAGTAAA
ACCAGACTGTCACCTGAAGGTTAGGGAATCATCCCTTCTGAGAGTCACACTAAAAACTCTTCCA
AAGTTCATTCTCAGTCCATCCATGCTCCCGGTCCACATGGCAAAGTCAGTTCTGTGTTTAGGAG
GGAGCCATGTTCAGGCATCCTGAATATTTAGTTTCTTTTACACGAAAGAATAGCTTTCTGTTGG
CTTCTTGCATTGCTTGTTATAAATAAGGCATTAGAGATGAGTCACTCACACAGAGGTGAACCCC
TTACTGTGTGTTCCTTGACCCTGCCCCGCTGTGCGCTGTGCGCTGGCATCCTGGTCAGCGGCGG
GTGGCGTGTGGGCGTCCTCTTCAGTGCCTGTCTGAAAGCATTGCCTTCTCTAGTGCAGTTCTCA
GCATGGCTGTGCGTTGTTTCACACTGCAGAGTGGGAGTGAGGATATTAACACTCAACTCCTTAA
TAGGTTTGGAATTCATTATACTTTTAAAAGTATTTACTTTTTAGTCTCCTTTTTAGACTTAAAA
AGATTAAGTTCTATACTTTATCTGACATGTGTAGGATAATCTAATAAATGGTTTGTTGAATGGT
CAACACAACTCTGCAGTATAATGAGGAGATTTAGAAACATCTTTGAAAGATAATTTAATTGGAG
TGAGTGTTCTCTCGTATTTTTTTTTCTTTACTGCTACCCACATTGTTCTATGGATTCTTCATGT
CAAGAGTACTTCATGGGAGACAGTCATTCATGAAAAGACATATTTTTCCCCCTTTCAACAAATA
AAAAAATAACTGACTTCTTCCCTGAAATTCAGAAAAAAGAAAAATGACTTCTTAATACTTTGGC
TTCTTTAGCCTTCCCATGTTATTATATTTGTGGGACCCAAAATCACAGTTTAATTAAAGTAGTA
TTTACATGAGATCTTTCAAAATGTTTATAATACAATGCGGTCTCTGAGAAAAGCAGAGGCAGAT
GCCTGTTGAGCCTTTCCACTGGCCAGTGAGTGAGTGAGTCAGGAAGGCCTGTGTGGGATTAGCC
CTGCCTCTCGTAAGGCCCAGTGTGTGGATGCGTGGTTGTGAGTAACTGTAGGAACCTGTGGTTC
TTTACTCCAGTGTTTGTGCTTGGCTGGCTTCCCCTCTTGCACTGTGGTGTGAAGCAAGTAGAAG
AGATGTGGCATTTCAGAGATTTGTTGTGACTTTATTTACCCTGTGTTTCTGAGTATCAGGAATG
TTTTGAGTGCTTTGAAGAGCAGATCAACATGGTCTTTGGCTGACCTAAAGCTAGTCTAGAAAGC
AGTCTTCTGAGGTGAAAGCTGCTCGACTCTTGATGGCTGGCGGGCAGCATGTTTTCTTCTCTTC
CTCCCTCCCTCTGCCTTTTGCACGCTCTTCCCCGTGCTGCAGTGTGCGTGTGCCGCACTCGTCT
TGGCCCAAGAGTGGTAGGATTTTCATTCGTTGGTTCTCATTGTTCTTATGTGTTTGTTTGTTTG
CTTTTTAAGCTGGGGACCACTGACCTAAGCTCTATATGCACCCCAAGTTCCCCATGGAGAACGC
TTCAACATGCAGGACGGAAGGCACCAGTTACAGCTCAAGGCCACACCGTCGCTTTTCCTTGGGG
ACTTAGGCTGATTTGCTTGGAACTGACCCCAGCCTGTGTCATGTAGTCCAGGCGGCTCCAGCGG
GTTAGTGCTGACTCGGGGGAGAGCTTGACACCTGCCGACAGTGTGTGCCTCTGCTCCAAAGGGT
TGAATCAGTTCTTCTCAACGGTGATAGCTCTTCTCACTGTCTAGTGTTGAGTATGTCTCAGGGA
TTCCTTGCGGAAATTAGGGCAGTTTTTAAAATAAGGAAATAGTTTTAAAGGAAACTAAAGGTGA
CTCCTCACTGATGAGAGCTCCAGAAAGAGAAAGCGTTTGGTTTCACAGCCCGTGGTGTCTCGCC
GAGGACTTCCTTTCTACTTCAGGCTCTCATCTCAGCTTCAGCTTACAGAATCCTTTCCCATCAT
GCACAGCTTTAAAACTTTTATTTAAAACTTCCTTCCCCAATGAGCTTTCAGAATACTTATTGTA
GATTTTAAGAGAAAAGGTATATTAATTTATGCTATTAACATCACCTCATAAATTATAAGTTTTA
TACTAAAGCTGTATTGAGTGTAATGAATTATGTTGCCTATGTGTTTTAATAGCTTAAAATTATA
TATGAGCTTCTTTTTATTTTTATTTTTATTTTTTGACAAAACAAACTAGTGACGCACCTTCTTA
CACTGGATCTCTGCCGTGTCAAGGTGTAACGCTGTCCTTGCTACCTTGCAGATACATAAAGAAA
AGGATAGCCTGGGGCCTCGAAATGGAGACCACCCTAGACCACTTACTATTGTGTATAGAGCTGT
TGAGGGTCATGTTCTCTGCACATGATCTGTGGTTTACACTTAAGATGGCTAGACACTTAGTTAC
AGGGTAAGTAGAAGCAAATAGATCAAGTAAAACGCCCACTACTGTAGCTGGAATTTGTAAACTT
AAGTTTTTAAGACCTCTTATTTCCTATGGATTTATTCTTTAATTTACAGTTTATTCTGTAAGTT
GAGAAGTAAAATAGAGAAATTAATAAATCTAGATGTTCTCAGTGTCTCATTCAGGAACGTTTTA
CCCCTCCTCACTAAGGAATTCCCACTGTGACTTAAAAATAGAGGTAAATTACTTGTGTGCATGT
ATGTGTCTGTGTTTTTACACAAATGCAAAAATATACATCGGGGGCACGTGTGTGAGATATGAAT
GTGTGCTTGTGTAAAAATAGAAAGGTAACCGAATGTATTATAGAAATATGATTTATTTAGCTGA
GGGTATTAGAGTTATTTTCCCATTGTTTCTATTTTATAAACATGCCATATTCTTGGCTATATTC
TGTTCAAAGGCTAGCTCTGATATCACGCGCATTTTCTATTAACTTAGGCTGTTTTTAAAAGTGA
CACGAGAAAAGAAGCAGATTCTAAGACCAGCCTTTTAGTTATGAGCATAACGACGAGAGAGCGA
GAGCGAGAGCGAGAGAGAGAGAGAGAGAGAAAGAGAGAGAGAGAAACAGACCTAGATAGGTAAC
AGCTCATATATCTTTTGAAGTGATGGGACCAGAGATTTGTTGAAATATTATGTCTAGTAAATTT
TCTTCATATTCCAAGTAATAAACTAATATGTTTTCTTGGTCAAGTTCAGAAAACATAGGCCTTG
ATAAGGAAGCTTTGAAGGGGCTGCTTGTTGAAGGAGTTGGTGGGCTCATCTCCCCATATATACT
TCAAAGCTGGTATGATTTCAGTTGTTTGCAAAATATTTTTTGAAACGAAATTGTGCCATTGGTT
GTGGAGTAGAGCATCCCAGCTCTGTCCTCTGGCTGTGGGAAAATCATGCTTACCTGACTATGTG
GAACTAAAAAGACAGACACATTCCTGTGTCCTGGGAGCTTTGTCATTCTCTGTGTGGTCCTTCC
TGGAACACCTGGTGATCTGAGACGGTCAACAAGGGCCAAGTGCTCCATCACACTTACTTTAATA
TGAAGGCGCTGTACTTAGAAATGCCAGGGCAACTCCCAGGAACACACTTGAATTGGTAGTTGTC
TTTGGGGCCTCAGTTACTTCATCTTAGATCCAGACAAAACCCAGGCAAGCTCTCCATGTTGTTT
TTCACACTTGTGTTTTTGTAGCATCTCCCTGTTTCATTCACTCTTGCTTTCAGATTTTAAGAAA
CCTGCATATTTCTTGTACATATGCATGCAAGCGAAAGAAGGGAGTTTGTACTGATGCCATTTCT
CCCTTCAGTTGCTGGTTAATGGAATTTGCTAGAATCAATTCCCCCTTATTGAAGGGTGAAAACA
GACCCTTTGTGTATATCTGTACAGAGATGTGTATATGGGATGTGGTGGCACTTTGCTGAATGTG
AACTTGCCTTGTCAATGGAAAGATTGAAAAAGTATTATGTTTATTTATACATTTGTATAAATCT
ATATATACACGTATGTATATGTGTGTGTATAGATAAAGCTATATACATATATTTCCCTAAAATG
TGTGTGTGTAATAGATTAACAGCCCTTGCTAAGCAAGATTATGCATCTGTGGGAATTCTGGGTT
ATTCTGCCAGCCAGTGGAAATGGCCACAGTGTAGAGCACATCACCAAGCATGCTGACGTGGGAA
CCCTTTGGATTACAGTCACGATTACAGATTAGTGCTCACAAACCAATCTTTGAACTCTTCTTTC
TCAGATTTCTGCTAGCTATTCTCTCATTACTTAACAATCACACATCTTTGCCAAGTTGTCTGTT
GTCCAAGTGCTGGAGATTGGCTCCTGAGGTGGCCCTGTGCTGGGCATGTGAGAAGCCACGTCCT
TGGGATGATTTAGCTCTCTCACTAGACACCTGGGCATGAATGTGTCAGCTGTCACTCAGGCCTT
ACCAACGACACTTCCCCACGGTATACAGCTTTCAATTATGTTTTCTCTGAGAATTGGGTAGTCA
TCAAAAATAAAAAGCCAATGTTCAAAAACTTAATTCTCAATTTCTTAACCTAGGTAACTTTGGA
GTATTTTATTTACATTGAAAAATGTAATTATGACTTTATGATTGATATTAGTGTTAGGTGTATT
TCCACACTTATCATTTAAAGAGTTTGATTTGCTTTGTGTTTTAAATATAACCATTTACCACTTG
AATTTTAACAAAGTACACAGAGTCACATGGAAGCCTCTTGAATTCTATAACTGACTCTTGTTTC
TCATGATGAAATGCTCTAATGAGTTCTTGTGTAATAATTCTGCTAGATTTCCTTTTGACTTCTC
TCACAGTTGTGACATTCAGTTTTAACTCTGCTGCAGCTCTCTAGAAAACTTGCACCCTTCTATA
TCGTGCCTTTAAAGCTCTTATGCACACACAGAAGTGTATATATACATGTTGGCGCATGTGTACA
TACACTTTGGTATATACTCACACAGTATGTCTCCAGGATATATTGTGGGAGTGGACATAGAGAT
ATTCAAAGGCAATGAAATGTTGCTCTCTAGATATATATGTATATAAATAGTGTTGATATAACTG
TACATACACGTGTATATGTATGAGTTCTAAATGGCAATCTTTTACATTTAGCAAAATGCTGCCC
TACTGGAATATTGCCACTGCAATGGCACTTGTATGTAATGATTTAAAAGACATTATCAAAAATT
ATTTAAAGAACATTAAAGGTCTCATCTAAAGACAGCCACACACTATTTATTTAGCTTCCTATTC
CTGTGATTGTTGTGTTTGTATAACTGTAAGGGAGACTGTCATTTTAAACTCACCACCTGTGTAG
GAGAGATGAGATTCACTCGGGGTACTTTGTATCCCCTCTCTCTGAAACAGTGATGTGTCACAGT
CCAGCTTGTTTATCTCAGTTTTAAAGCAGTCCTAGTACTGCCATTGGTGTGTGTCACCCACCAT
GTCCTCGATCAACTTACTTCACCAATTTGCCTCTTCCTTTCATTAATAAATAATGATCATTTCG
ATCAGTTTGCCTGGGGGAAAGCTAACTCCTCTCTTGCTTCAGGGAAATAGATCATCTAGCTGTT
GTTCTGCCTTGTTCAAAATTCACCATAGAAAGAGGGTGGTCCTCATAACGCTGTCTTAAGCATA
GTTTATTTTTCATTTATTTAAAGATCTTACTTTTTTTTTTTTTTGAAAGTACTCTTAAGTTGCA
TGTCCTTGGCATAGATTTCATTCTTACTGCCCTTCCCCACAGGATATTTTTCATAGTCCATCAG
TTTCCCATACCAAATGCAAGAACGTCAGGACAAACTGTCAATACTGTTGCTGTTCGCGAGGGGC
TGGCAGCAGATCACACCTGGAATTTAGAGGGAGAGAAGGTAGCCGGATAATCCTGAGCCCTGTG
AAGTGGAGCGTGGAATAAGGGTACTTCTAAGGAAACATTTCAGGGTAGCTCACTGGAAATTGAT
ATCAGAATCAGCCTTTAACAGCCTGGCAGAGGGATGGTACTAACTACCCAGCGTGCCCAAGTGT
AAACAAACCAAGCTGCAGTGGGAAGTCAAAGGTGGGAGGTAGCCATTGGAAACCAGGAACAAAG
TAACTGCACGGTAGCAAGGACTAGCAGTCTGTTCTCATCCACCTTGGCACACCGAATGCTCCAT
ACGCCATACATTCAGGACATAGGCAGGAGGACAGCTGCTTAAAGGGGACTTACAAACCAAGCAC
CTTCTCTTGTGTCTGTGTCATGGCTGCCACTCAGTTCCAGGCATGTACACCGGGAGCAACTAGT
TTCTGCAGAATACAAGAGGAGGCTGGCAGGCTTTGGAAAGGCCTTTCCATGGCGTTGCCTGTGA
TTTCAGTGGGGAGGACACATTTGGGGAGATGGCTGGGCTTTTGGTTTGTGATTTCCCTTTAAAC
AGGAAGAGATGGTTCACACTTTCCATATATATATCTCAATGAATGTACTGTATTACTGTTTTAA
AAATTTGATGAAATAATAATGGATTGGTCTCCTTTTGTTATCTGGTCCTTGTTTAATTTGTTTA
AGGGTTTTTGTATACAAAAGTTTACATTTTTATGTATATTTTTCTTGTGTAAAAACTGATGTAA
TATGTGTATAAAACACTTGTATGTATTATCTGTATATAGTGTGACAAAATGATTTTTCTTTCTT
TCTTTTGGTTGTATTAATAAATCTTGCTGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_006245033 ⟹ XP_006245095

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,332 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,513,410 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,886,930 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

GTTGGGTTTATTTATCCCCGCTCCGCGGCGCTTCGGGCGGCCTGGCCGGGGCGGGGCGGGCGGC
CTGGCAGGCGTGGGGTGGAGGGGCGGCGAGGAGTCAGGTGCAGCCGCGGCCCGGAAAGTTTCCT
TTTAGGCCCGAATTGGGGGCTGCCTTCTCTCTGGGGAGCCCCGGTCCTAGCGCCCGGGGCCCCC
GAGGGCGTGGGGGAGAGCACTCGGCTGGCTCGAAACTCTTTGCCAGTTCCTGTCCGTTCAAGAC
AATCTGCTTCTTCTTGATTGATCAGCATTCCAAACTGTGGTACCCCTGGGCTCTCTTCACATTG
CTGTGGTGCAGAAGATTTAAAATCAGCCCCAAACTGTGCAAGCAGCGGCGACTCAACGGCTACG
CTTTCTGTATCAGACACGTTCTGGAAGACAAGACTGCCCCCTTCAAGCAATGTGAATATGTGGC
CAAGTATAACAGCCAGCGCTGCACCAACCCCATTCCCAAGTCAGAGGATCGCAGGTACTGCAAC
AGCCACTTGCAGGTACTCGGCTTTATCCCGAAAAAAGAGAGGAAGAAAAAGAATGACCCGGTAG
ATGAGGTGAAGGTCAGGCACCAGATGGACGCCATGGCATTTAGCCTGACGGTACCTACCCTGGC
CTTGAAGATGCCCAATGGACTGGATAGCATGTCCCTCTCTCCACCTGGGGCAAGGGTTCCTCTC
CACTACCTGGAAACTGAGTTGGAAGACCCCTTTGCTTTCAATGAGGAAGACGATGACCTAAAGA
AAGGGGTGACGGTGAGAAAAAAGTTGCAGAGCAAATTGGCTCAGAACCGGCAACGCCAGAGAGA
GACAGAGATTTTAAAAGTTCGGCAAGAGCACTTTAGCACCCCTCCCACACCTCCACAGCAGCAC
GCCCACCTGTCACCTCTACCTACTTCTTTAAAACCTCCAGCGCCACCACAGGGCTCAGTCTGCA
AGTCACCTCAGCCTCAGAGCACCAGCCTACCAATGCAGGGAGTGGCCCCCACCACACACTCTAT
AGCACAAACAAGGCAGGCCTCTCACAAGAGGCCTCTGCCCCTCCTTCCCTCCAGTCGAGCTCCC
GTCTCAGACACCCCCAGGACTGACCGAATCCTCATGAAAGCCACCGCCTTCTCTCCACACTTCT
CTTGTATAAGCCGACTGCAGAGACTGGTGAAACTGTGTACCCAAAAGCATCAGCTGGACGCGGA
TCTGTTTCCTCACTTAGGGCTGGACTGGTCTGAGGAGAGCGGAGAGGAGCTGGAGGATTCAGAT
CAGGCTTCACCATATCAGGTCGCATGGTCCGTCCGAGAAACCCTCAGACAGGAAAGACACACGT
CAGATGACGACGATGCGGAGAGCAGGAGCTCCAGGGTGACCCAACTTTGCACTTACTTTCAGCA
GAAATACAAGCACCTCTGCCGCCTGGAGCGTGCAGAGTCGCGACAAAAGAAATGCCGGCATACG
TTTAGGAAGGCGCTGCTGCAGGCAGCCAGTAAGGAGCCCGAATGTACTGGTCAGCTGATACAAG
AACTTCGGAGAGCTGCGTGTAGCCGAGACAGCCTCAGCCAGACCAAGTTGAAGGAGGTGGAGCC
AGCAGCTTGCAGTGGAACAGTGAAGGGTGAACAGTGCACAAACCAGGCCCTGCCCTTCACCAGG
CATTGTTTCCAGCACATCCTCTTGAACCGTTCTCAGCAGCTGTTCTCCAGCTGCACTGCCAAGT
TTGCAGACGGACAGCAGTGCTCTGTGCCAGTGTTTGACATTACACACCAGACGCCCCTGTGCGA
AGAACATGCCAAAAAGATGGATAATTTCCTGAGAGGAGATAACTCCCGTAAAGTTCAGCACCAG
CAACAGAGGAAACCTAGGAAAAAAACAAAGCCCCCTGCACTTACCAAAAAACACAAGAAGAAGA
GACGGCGTGGACCTCGTCGACCCCAGAAGCCCATCCCTCCTGCAGTGCCCCAAGGGAATCTCAG
CATGCCCACCAGCGTCTCACTGCCAGTGCAGGCCTCCCAGATCCGAAGCCCTTCCACGCCAGAG
CTGAGTGCTGACGAGTTGCCGGATGACATTGCCAATGAGATCACTGACATTCCGCACGACTTGG
AATTGAACCAGGAAGACTTTGCAGATGTCCTGCCGCGGCTGCCGGATGATTTACAAGACTTTGA
TTTTTTTGAAGGAAAGAATGGAGACCTCCTCCCGACCACTGAAGAAGCTGAAGAGCTTGAGCGG
GCCTTGCAAGCTGTAACTTCTCTCGAGTGCCTGAGTACAATTGGGGTACTTTCCCAGTCAGACG
GTGTGCCAGTCCAGGGCTTGTCAGATAGAGGGATGGGGGTGTTCTCCACGGGTACCGATGCTTC
GGGAATCCAGTCCTTGAGTCGAGAAGTAAACACGGATCTAGGGGAGCTACTGAACGGACGTATA
GTACACGATAGCTTTTCTAGTCTAGAGCTGGACGAGAACCTACTCCATTCTGCTACTCTGTCCA
ACCCACCTACACCCCTGGCAGGGCAGATCCAGGGGCAGTTCTCTGCCCCAGCCAGCGTTGGCCT
TACTTCTGCCACTCTGCTCAGCCAGAGTGCACTTGGGGAGAGAGCCTTCCCAGGACAGTTTCAT
GGACTTCATGATGGCAGCCATGCCTCTCAGAGGCCACATCCTGCCCAGCTGCTGAGCAAGGCAG
ACGACCTTATCACCTCACGACAGCAATACAGCAGTGATCATTCACACTCCTCACCCCATGGAAG
CCATTATGATAGCGAGCACGTGCCGTCGCCCTACAGTGACCATATCACCTCTCCCCACACATCT
TACTCTGGTGATAATATGGCAGCTACCTTTTCAGCAGAGATGCCCATCATGGCCCAGCACTTGC
TCCCCACCCAGCTTGAGGTGCCACTTGGAGGAGTGGTCAACCCCAGAACTCACTGGGGCAATCT
CCCCGTCAACCTTGGCGATCCCTCTGCATTTAGCAACCTCCTTGGCGCGGATGGACACCTTCTT
TCCACTTCCCTCTCCACGCCACCCACCACATCCAACTCAGAGACCACACAGCCTGCCTTCGCCA
CCGTTACCCCAAGCAGTTCCAGTGTGCTTCCGGGGTTACCACAGACCAGCTTCAGTGGCATGGG
GCCTTCTGCTGAACTAATGGCCTCCACCTCTCCCAAGCAGCAACTCCCACAGTTCAGCGCAGCC
TTCGGCCACCAGCTGAGTTCTCACAGTGGCATTCCTAAGGACCTGCAGCCCAGCCACAGCTCCA
TAGCCCCTCCTACAGGCTTCACAGTAACAGGTGCCACCGCTACAAGTACCAATAATGCATCTCC
CCCCTTCCCCACCCCCAACTGAGCGAGTCTGTGTGCTTGCCGGCAGGTGGAACCCGGTGTTTTC
TATCTTTGTTTCCTCTTTTGCACCCCTCTCTCCTTTTCCTACAGAAGATTTAAAAATGACAGTG
GGGATTAGAGGGACGCCCCTTCCCGGTTCAACAGGTGGCCGTGCAGTGGACCTTGCGTCAGTGT
TCGCGCGTGCTCCCTAGCACTGGTGCTCATTCCCTCCTGGCGGTCCGCTCAGCCTGGCGGGTCA
CTCGGCCTGGCAGGCTTTTTGGTGGCTCAGCACAGTGACTGGGTAGGATTGATTATTTTATTTT
TTATTTTTATTTTTATTTGTTTTTATTTCAGCAAGTCCTAGAAGTGGAAGATACCTCAGATTAC
CAGTGCCCTTTACTGTCTCCTACTGTTGAGATAATGCTTCCCATTCTCTAGCCAGGTTTTACAT
AGGTTGTTCTGGATGTTCTGTTGAGATCCTGTGTAGTAGGTGGTGTGCGGACACAAATCAAAGC
TCTGACTTAGCACCAACTGCCAGACACCACAGGGAGGCCAGGATGCCATTCCTAATTATGATAC
ATTAGCTGAAAAGAACATGGTCTCTTAACTGCCTGTGCCTGCTTGTTCATTCGTCCTGTGTGTG
TGCTGTGCAGTGCAGTAGCTGTCGCTTGTGGCTTGTCTCTCCTCACTCCCAGAATAAGCATAGG
CCCTTCCCCCTCCTCCTGTCTCATGCCTTGCAAGATTCGTCCTTCCTTCCTACTGAGTTGCTAA
AGCATCCTGAACAGAGAGGGGTGGTCTCAGAGTGATAGCGCCTTGCTAAAATCAGCCTGTGAGG
AAAGGAGCCCAGAGGCGGAGCTCACATCAGTCATGGGGAGTGTCGTGACCCCCCACCTCTCTTC
TATCATGTGCATTTGTTTCAGATTCCCCACTCATGGAACACATTTGTAAGTAGTAATGAAAAAA
ATGTTTTGGTGTGCAAAAGCAGGCTACACCAGAGAGATTCGAAAGATGACATCTCGGCCTGTTT
GGTCCATCATTGGCTCCTAGTTTTTACATGTTTACAGTTGTGATTCTTTGGTGAGATTTGTGAA
CTGTGGAGGACACCTGTAGAACCGTGTACCAGTTGTGAAGTGATGTGTAATATCAGAAGGACAC
ACATTTTAACAGTTCTGTCAAAGCAGAATTTGGAAATTAGACATAATTTGACTCACCTTAGGTA
CTTTTAAAATAATTTAAGTAAAATTGGAAAATTTTTTTAACGTACCAAGGCTTTAGGGTAAAAA
ATCTTGTTGGGTAGTGCAGTAAGTTGGTGACTGTGAAGTGATGTGAGGGTTTCCTCTTGCCTGC
CTTCCCCTCCCAGCGGGGTGGAGCTTCATTTTCTGCTCTGCTCTGCTCTGCTGATGGCTCCCTG
CCCCTTCAGATATCGTCAGGTGTCTACATCTGAGCTCCACCTGATTTACATGCAGACACTCTTA
AAAGTGAGGCAGCATGTCTCTAAATGACGTGTGTGGTACAGCAATCCTTTAGTCAGGGACTGTC
TGATCCTAATTCCTTCCTGCGAGTTTAAGGTTGGGACGTATTTTCCTACTTCTTATGTGTGTGT
TCCTCGTGCTACTTCTGACCAGGTCTTCCTGTTGAAGGCCTTGCAAAGGAATGATGGTGGTTAC
CAGGCATTATGCAGACACCACGTGCCTGAGCTTTGGAGAGAAAGTGTCACATGACCAGATGAAA
TCATGATCTGACCTATTTTGTATTTACTGAAGTTGGGGAGGCAAATATGTTTGTAATATGTTTC
CTTTTTTTCCTTAAAAATAATGTTAGTTAATTGGAACATTTGTTTTTAATAGCTTTGCCTTTTT
TTGCAAATTGAGAAAATCCTAAATTATAAATTATGTCACAAAGCAAAATTATATTTGGTATCAC
CATGAACTTCTCTCCTGAATTGTGAGAACAGCTTTTTGACTGTTTGATCTGTGAGCCTATGTCA
GTAGCTTTTTTATTTTAGTATGCTGTAATAGAGTGAGAGTGAGTGGTTACCTCACCTCAAAAGT
GTCATTTCGTTTGTTAGGCTGTTCTCACATCCCCACTAGAATCATTTTAGGTAACTGAATTCCC
AGAAAATGCATTTTGTCTCCAGTGTGCATCGACTGAAGACTGTAGCAGAGCCACATGGCCGTCT
CCTTATCGGCTCCTCTTTGCCAGGGAGAGGGAAGTCGTGAGTAGTCAATTTGGACTGCCACTGT
CTGTCTGTCTCTGTGTTAGCTGCTGAAACTCGTTTAGTTGTCAAACTGAGTTTGCAGGAGGTTG
CACCTTTTATTGTTTGCAGTTTTCTGTTTATGTGCATTTAAAAGCCCTTCTTCGCTTTCGAGTA
AGGAGGCTTGAAGTGATCAGGAATGTTGCCAGTTACAGCTTCACGCCAAAAATGTTGAGCAAGC
TCCCTTCTGTTCAGATGCCCATGATGGTTGCTGAAGGGAGGGCAGTCTTGGAAATACTGATAAT
GGACTGAATAATTAGCAAAAGCACACTTTCCTTCCGTCTCAGAACGAACATCCAAGCCTGTAAT
TTGCTTTTCTCTTGGTTTTTTTGTGAGCTCCCTGTTAGAGGAATATCTGTTTCTAAGCCCAGAG
GTGTCCACTTTGTCACCCCTCTAGCTGTTGAAGCAATTCTAGTCTCTTAGTAGTAGGTGGGTAT
TAATATGCAAAGAAAGTTCAGCATCTTTTGTAATGCTTATATGAAAACGTAGCACTTATGGTAA
GGCAATACTGGAATCAAAAACAAACCCTGCACAGGCCCTAATGGGATAGAAGCTAGTATTAGTG
TAGTGTTGAGTACATGAGGGACAGTAACAAAGAAGGCTCACTGTGTCTCTGCGGGTTCTGGGAC
CATTTATAAAGGCCAGTTCATTGTGTTACTGTGACTTAACTTGTGAAGTTGCTGCCGTTGATGA
CTGACTATGTGCTCTGAGAATATGAATGTCAGCAACTGTAATCTCTGGTACCTGAAGGGAAGAT
GGGCTTTCTCTCCTTTAACTGCTAATGTTATTTTAGTGAAAGTACTCAAGACATTGTTTTTTTC
TTCTGTAAAAATGGCTTAGCAATGTTCATACCTGGGTAGGTTATACAGCTAGTGAACAATTCAG
GATAGTAAATGACAGTTAGAGGAAGCCCACCAAGTAACAGACTCTGCAATGGACACATCTTGTA
CTTATCATCCCATAGTTGAAAGCAGAGATTTTCTCTAGTGAGCCTACTGTGTGAGGTATTCCTG
CTTATAAATGACAGCAGTTCCCTGTTGGCAGGTAATGTGATCTAATGTCCCTCTGTGAGAAGAT
TTTGGTTTGATGAGAAGCAGATAGTTATTAGAGATGGAGTTGGAAAGTGATTATTTTATATTGC
CAAATAACTGTTTATAAGATGAATCTTTTAAAGTAAAACCAGACTGTCACCTGAAGGTTAGGGA
ATCATCCCTTCTGAGAGTCACACTAAAAACTCTTCCAAAGTTCATTCTCAGTCCATCCATGCTC
CCGGTCCACATGGCAAAGTCAGTTCTGTGTTTAGGAGGGAGCCATGTTCAGGCATCCTGAATAT
TTAGTTTCTTTTACACGAAAGAATAGCTTTCTGTTGGCTTCTTGCATTGCTTGTTATAAATAAG
GCATTAGAGATGAGTCACTCACACAGAGGTGAACCCCTTACTGTGTGTTCCTTGACCCTGCCCC
GCTGTGCGCTGTGCGCTGGCATCCTGGTCAGCGGCGGGTGGCGTGTGGGCGTCCTCTTCAGTGC
CTGTCTGAAAGCATTGCCTTCTCTAGTGCAGTTCTCAGCATGGCTGTGCGTTGTTTCACACTGC
AGAGTGGGAGTGAGGATATTAACACTCAACTCCTTAATAGGTTTGGAATTCATTATACTTTTAA
AAGTATTTACTTTTTAGTCTCCTTTTTAGACTTAAAAAGATTAAGTTCTATACTTTATCTGACA
TGTGTAGGATAATCTAATAAATGGTTTGTTGAATGGTCAACACAACTCTGCAGTATAATGAGGA
GATTTAGAAACATCTTTGAAAGATAATTTAATTGGAGTGAGTGTTCTCTCGTATTTTTTTTTCT
TTACTGCTACCCACATTGTTCTATGGATTCTTCATGTCAAGAGTACTTCATGGGAGACAGTCAT
TCATGAAAAGACATATTTTTCCCCCTTTCAACAAATAAAAAAATAACTGACTTCTTCCCTGAAA
TTCAGAAAAAAGAAAAATGACTTCTTAATACTTTGGCTTCTTTAGCCTTCCCATGTTATTATAT
TTGTGGGACCCAAAATCACAGTTTAATTAAAGTAGTATTTACATGAGATCTTTCAAAATGTTTA
TAATACAATGCGGTCTCTGAGAAAAGCAGAGGCAGATGCCTGTTGAGCCTTTCCACTGGCCAGT
GAGTGAGTGAGTCAGGAAGGCCTGTGTGGGATTAGCCCTGCCTCTCGTAAGGCCCAGTGTGTGG
ATGCGTGGTTGTGAGTAACTGTAGGAACCTGTGGTTCTTTACTCCAGTGTTTGTGCTTGGCTGG
CTTCCCCTCTTGCACTGTGGTGTGAAGCAAGTAGAAGAGATGTGGCATTTCAGAGATTTGTTGT
GACTTTATTTACCCTGTGTTTCTGAGTATCAGGAATGTTTTGAGTGCTTTGAAGAGCAGATCAA
CATGGTCTTTGGCTGACCTAAAGCTAGTCTAGAAAGCAGTCTTCTGAGGTGAAAGCTGCTCGAC
TCTTGATGGCTGGCGGGCAGCATGTTTTCTTCTCTTCCTCCCTCCCTCTGCCTTTTGCACGCTC
TTCCCCGTGCTGCAGTGTGCGTGTGCCGCACTCGTCTTGGCCCAAGAGTGGTAGGATTTTCATT
CGTTGGTTCTCATTGTTCTTATGTGTTTGTTTGTTTGCTTTTTAAGCTGGGGACCACTGACCTA
AGCTCTATATGCACCCCAAGTTCCCCATGGAGAACGCTTCAACATGCAGGACGGAAGGCACCAG
TTACAGCTCAAGGCCACACCGTCGCTTTTCCTTGGGGACTTAGGCTGATTTGCTTGGAACTGAC
CCCAGCCTGTGTCATGTAGTCCAGGCGGCTCCAGCGGGTTAGTGCTGACTCGGGGGAGAGCTTG
ACACCTGCCGACAGTGTGTGCCTCTGCTCCAAAGGGTTGAATCAGTTCTTCTCAACGGTGATAG
CTCTTCTCACTGTCTAGTGTTGAGTATGTCTCAGGGATTCCTTGCGGAAATTAGGGCAGTTTTT
AAAATAAGGAAATAGTTTTAAAGGAAACTAAAGGTGACTCCTCACTGATGAGAGCTCCAGAAAG
AGAAAGCGTTTGGTTTCACAGCCCGTGGTGTCTCGCCGAGGACTTCCTTTCTACTTCAGGCTCT
CATCTCAGCTTCAGCTTACAGAATCCTTTCCCATCATGCACAGCTTTAAAACTTTTATTTAAAA
CTTCCTTCCCCAATGAGCTTTCAGAATACTTATTGTAGATTTTAAGAGAAAAGGTATATTAATT
TATGCTATTAACATCACCTCATAAATTATAAGTTTTATACTAAAGCTGTATTGAGTGTAATGAA
TTATGTTGCCTATGTGTTTTAATAGCTTAAAATTATATATGAGCTTCTTTTTATTTTTATTTTT
ATTTTTTGACAAAACAAACTAGTGACGCACCTTCTTACACTGGATCTCTGCCGTGTCAAGGTGT
AACGCTGTCCTTGCTACCTTGCAGATACATAAAGAAAAGGATAGCCTGGGGCCTCGAAATGGAG
ACCACCCTAGACCACTTACTATTGTGTATAGAGCTGTTGAGGGTCATGTTCTCTGCACATGATC
TGTGGTTTACACTTAAGATGGCTAGACACTTAGTTACAGGGTAAGTAGAAGCAAATAGATCAAG
TAAAACGCCCACTACTGTAGCTGGAATTTGTAAACTTAAGTTTTTAAGACCTCTTATTTCCTAT
GGATTTATTCTTTAATTTACAGTTTATTCTGTAAGTTGAGAAGTAAAATAGAGAAATTAATAAA
TCTAGATGTTCTCAGTGTCTCATTCAGGAACGTTTTACCCCTCCTCACTAAGGAATTCCCACTG
TGACTTAAAAATAGAGGTAAATTACTTGTGTGCATGTATGTGTCTGTGTTTTTACACAAATGCA
AAAATATACATCGGGGGCACGTGTGTGAGATATGAATGTGTGCTTGTGTAAAAATAGAAAGGTA
ACCGAATGTATTATAGAAATATGATTTATTTAGCTGAGGGTATTAGAGTTATTTTCCCATTGTT
TCTATTTTATAAACATGCCATATTCTTGGCTATATTCTGTTCAAAGGCTAGCTCTGATATCACG
CGCATTTTCTATTAACTTAGGCTGTTTTTAAAAGTGACACGAGAAAAGAAGCAGATTCTAAGAC
CAGCCTTTTAGTTATGAGCATAACGACGAGAGAGCGAGAGCGAGAGCGAGAGAGAGAGAGAGAG
AGAAAGAGAGAGAGAGAAACAGACCTAGATAGGTAACAGCTCATATATCTTTTGAAGTGATGGG
ACCAGAGATTTGTTGAAATATTATGTCTAGTAAATTTTCTTCATATTCCAAGTAATAAACTAAT
ATGTTTTCTTGGTCAAGTTCAGAAAACATAGGCCTTGATAAGGAAGCTTTGAAGGGGCTGCTTG
TTGAAGGAGTTGGTGGGCTCATCTCCCCATATATACTTCAAAGCTGGTATGATTTCAGTTGTTT
GCAAAATATTTTTTGAAACGAAATTGTGCCATTGGTTGTGGAGTAGAGCATCCCAGCTCTGTCC
TCTGGCTGTGGGAAAATCATGCTTACCTGACTATGTGGAACTAAAAAGACAGACACATTCCTGT
GTCCTGGGAGCTTTGTCATTCTCTGTGTGGTCCTTCCTGGAACACCTGGTGATCTGAGACGGTC
AACAAGGGCCAAGTGCTCCATCACACTTACTTTAATATGAAGGCGCTGTACTTAGAAATGCCAG
GGCAACTCCCAGGAACACACTTGAATTGGTAGTTGTCTTTGGGGCCTCAGTTACTTCATCTTAG
ATCCAGACAAAACCCAGGCAAGCTCTCCATGTTGTTTTTCACACTTGTGTTTTTGTAGCATCTC
CCTGTTTCATTCACTCTTGCTTTCAGATTTTAAGAAACCTGCATATTTCTTGTACATATGCATG
CAAGCGAAAGAAGGGAGTTTGTACTGATGCCATTTCTCCCTTCAGTTGCTGGTTAATGGAATTT
GCTAGAATCAATTCCCCCTTATTGAAGGGTGAAAACAGACCCTTTGTGTATATCTGTACAGAGA
TGTGTATATGGGATGTGGTGGCACTTTGCTGAATGTGAACTTGCCTTGTCAATGGAAAGATTGA
AAAAGTATTATGTTTATTTATACATTTGTATAAATCTATATATACACGTATGTATATGTGTGTG
TATAGATAAAGCTATATACATATATTTCCCTAAAATGTGTGTGTGTAATAGATTAACAGCCCTT
GCTAAGCAAGATTATGCATCTGTGGGAATTCTGGGTTATTCTGCCAGCCAGTGGAAATGGCCAC
AGTGTAGAGCACATCACCAAGCATGCTGACGTGGGAACCCTTTGGATTACAGTCACGATTACAG
ATTAGTGCTCACAAACCAATCTTTGAACTCTTCTTTCTCAGATTTCTGCTAGCTATTCTCTCAT
TACTTAACAATCACACATCTTTGCCAAGTTGTCTGTTGTCCAAGTGCTGGAGATTGGCTCCTGA
GGTGGCCCTGTGCTGGGCATGTGAGAAGCCACGTCCTTGGGATGATTTAGCTCTCTCACTAGAC
ACCTGGGCATGAATGTGTCAGCTGTCACTCAGGCCTTACCAACGACACTTCCCCACGGTATACA
GCTTTCAATTATGTTTTCTCTGAGAATTGGGTAGTCATCAAAAATAAAAAGCCAATGTTCAAAA
ACTTAATTCTCAATTTCTTAACCTAGGTAACTTTGGAGTATTTTATTTACATTGAAAAATGTAA
TTATGACTTTATGATTGATATTAGTGTTAGGTGTATTTCCACACTTATCATTTAAAGAGTTTGA
TTTGCTTTGTGTTTTAAATATAACCATTTACCACTTGAATTTTAACAAAGTACACAGAGTCACA
TGGAAGCCTCTTGAATTCTATAACTGACTCTTGTTTCTCATGATGAAATGCTCTAATGAGTTCT
TGTGTAATAATTCTGCTAGATTTCCTTTTGACTTCTCTCACAGTTGTGACATTCAGTTTTAACT
CTGCTGCAGCTCTCTAGAAAACTTGCACCCTTCTATATCGTGCCTTTAAAGCTCTTATGCACAC
ACAGAAGTGTATATATACATGTTGGCGCATGTGTACATACACTTTGGTATATACTCACACAGTA
TGTCTCCAGGATATATTGTGGGAGTGGACATAGAGATATTCAAAGGCAATGAAATGTTGCTCTC
TAGATATATATGTATATAAATAGTGTTGATATAACTGTACATACACGTGTATATGTATGAGTTC
TAAATGGCAATCTTTTACATTTAGCAAAATGCTGCCCTACTGGAATATTGCCACTGCAATGGCA
CTTGTATGTAATGATTTAAAAGACATTATCAAAAATTATTTAAAGAACATTAAAGGTCTCATCT
AAAGACAGCCACACACTATTTATTTAGCTTCCTATTCCTGTGATTGTTGTGTTTGTATAACTGT
AAGGGAGACTGTCATTTTAAACTCACCACCTGTGTAGGAGAGATGAGATTCACTCGGGGTACTT
TGTATCCCCTCTCTCTGAAACAGTGATGTGTCACAGTCCAGCTTGTTTATCTCAGTTTTAAAGC
AGTCCTAGTACTGCCATTGGTGTGTGTCACCCACCATGTCCTCGATCAACTTACTTCACCAATT
TGCCTCTTCCTTTCATTAATAAATAATGATCATTTCGATCAGTTTGCCTGGGGGAAAGCTAACT
CCTCTCTTGCTTCAGGGAAATAGATCATCTAGCTGTTGTTCTGCCTTGTTCAAAATTCACCATA
GAAAGAGGGTGGTCCTCATAACGCTGTCTTAAGCATAGTTTATTTTTCATTTATTTAAAGATCT
TACTTTTTTTTTTTTTTGAAAGTACTCTTAAGTTGCATGTCCTTGGCATAGATTTCATTCTTAC
TGCCCTTCCCCACAGGATATTTTTCATAGTCCATCAGTTTCCCATACCAAATGCAAGAACGTCA
GGACAAACTGTCAATACTGTTGCTGTTCGCGAGGGGCTGGCAGCAGATCACACCTGGAATTTAG
AGGGAGAGAAGGTAGCCGGATAATCCTGAGCCCTGTGAAGTGGAGCGTGGAATAAGGGTACTTC
TAAGGAAACATTTCAGGGTAGCTCACTGGAAATTGATATCAGAATCAGCCTTTAACAGCCTGGC
AGAGGGATGGTACTAACTACCCAGCGTGCCCAAGTGTAAACAAACCAAGCTGCAGTGGGAAGTC
AAAGGTGGGAGGTAGCCATTGGAAACCAGGAACAAAGTAACTGCACGGTAGCAAGGACTAGCAG
TCTGTTCTCATCCACCTTGGCACACCGAATGCTCCATACGCCATACATTCAGGACATAGGCAGG
AGGACAGCTGCTTAAAGGGGACTTACAAACCAAGCACCTTCTCTTGTGTCTGTGTCATGGCTGC
CACTCAGTTCCAGGCATGTACACCGGGAGCAACTAGTTTCTGCAGAATACAAGAGGAGGCTGGC
AGGCTTTGGAAAGGCCTTTCCATGGCGTTGCCTGTGATTTCAGTGGGGAGGACACATTTGGGGA
GATGGCTGGGCTTTTGGTTTGTGATTTCCCTTTAAACAGGAAGAGATGGTTCACACTTTCCATA
TATATATCTCAATGAATGTACTGTATTACTGTTTTAAAAATTTGATGAAATAATAATGGATTGG
TCTCCTTTTGTTATCTGGTCCTTGTTTAATTTGTTTAAGGGTTTTTGTATACAAAAGTTTACAT
TTTTATGTATATTTTTCTTGTGTAAAAACTGATGTAATATGTGTATAAAACACTTGTATGTATT
ATCTGTATATAGTGTGACAAAATGATTTTTCTTTCTTTCTTTTGGTTGTATTAATAAATCTTGC
TGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_006245034 ⟹ XP_006245096

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,873 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,514,006 (-)	NCBI
Rnor_6.0	9	69,820,520 - 69,887,475 (-)	NCBI
Rnor_5.0	9	69,629,390 - 69,696,566 (-)	NCBI

Sequence:

show sequence

AGAGGCGGCCCCAGGCCCGGCCCACATCCCCGGGCTCCCGTAGGGCGGCGGGCTGGGCCGCGCA
AGCAGGGCGGGCGGCGAGCGCGCTTACGTGAGGCCGGGGATTCGCCGGCCCACGCCAGGCCGCG
GGCGGAGAATGAAAGGACAATCTGCTTCTTCTTGATTGATCAGCATTCCAAACTGTGGTACCCC
TGGGCTCTCTTCACATTGCTGTGGTGCAGAAGATTTAAAATCAGCCCCAAACTGTGCAAGCAGC
GGCGACTCAACGGCTACGCTTTCTGTATCAGACACGTTCTGGAAGACAAGACTGCCCCCTTCAA
GCAATGTGAATATGTGGCCAAGTATAACAGCCAGCGCTGCACCAACCCCATTCCCAAGTCAGAG
GATCGCAGGTACTGCAACAGCCACTTGCAGGTACTCGGCTTTATCCCGAAAAAAGAGAGGAAGA
AAAAGAATGACCCGGTAGATGAGGTGAAGGTCAGGCACCAGATGGACGCCATGGCATTTAGCCT
GACGGTACCTACCCTGGCCTTGAAGATGCCCAATGGACTGGATAGCATGTCCCTCTCTCCACCT
GGGGCAAGGGTTCCTCTCCACTACCTGGAAACTGAGTTGGAAGACCCCTTTGCTTTCAATGAGG
AAGACGATGACCTAAAGAAAGGGGTGACGGTGAGAAAAAAGTTGCAGAGCAAATTGGCTCAGAA
CCGGCAACGCCAGAGAGAGACAGAGATTTTAAAAGTTCGGCAAGAGCACTTTAGCACCCCTCCC
ACACCTCCACAGCAGCACGCCCACCTGTCACCTCTACCTACTTCTTTAAAACCTCCAGCGCCAC
CACAGGGCTCAGTCTGCAAGTCACCTCAGCCTCAGAGCACCAGCCTACCAATGCAGGGAGTGGC
CCCCACCACACACTCTATAGCACAAACAAGGCAGGCCTCTCACAAGAGGCCTCTGCCCCTCCTT
CCCTCCAGTCGAGCTCCCGTCTCAGACACCCCCAGGACTGACCGAATCCTCATGAAAGCCACCG
CCTTCTCTCCACACTTCTCTTGTATAAGCCGACTGCAGAGACTGGTGAAACTGTGTACCCAAAA
GCATCAGCTGGACGCGGATCTGTTTCCTCACTTAGGGCTGGACTGGTCTGAGGAGAGCGGAGAG
GAGCTGGAGGATTCAGATCAGGCTTCACCATATCAGGTCGCATGGTCCGTCCGAGAAACCCTCA
GACAGGAAAGACACACGTCAGATGACGACGATGCGGAGAGCAGGAGCTCCAGGGTGACCCAACT
TTGCACTTACTTTCAGCAGAAATACAAGCACCTCTGCCGCCTGGAGCGTGCAGAGTCGCGACAA
AAGAAATGCCGGCATACGTTTAGGAAGGCGCTGCTGCAGGCAGCCAGTAAGGAGCCCGAATGTA
CTGGTCAGCTGATACAAGAACTTCGGAGAGCTGCGTGTAGCCGAGACAGCCTCAGCCAGACCAA
GTTGAAGGAGGTGGAGCCAGCAGCTTGCAGTGGAACAGTGAAGGGTGAACAGTGCACAAACCAG
GCCCTGCCCTTCACCAGGCATTGTTTCCAGCACATCCTCTTGAACCGTTCTCAGCAGCTGTTCT
CCAGCTGCACTGCCAAGTTTGCAGACGGACAGCAGTGCTCTGTGCCAGTGTTTGACATTACACA
CCAGACGCCCCTGTGCGAAGAACATGCCAAAAAGATGGATAATTTCCTGAGAGGAGATAACTCC
CGTAAAGTTCAGCACCAGCAACAGAGGAAACCTAGGAAAAAAACAAAGCCCCCTGCACTTACCA
AAAAACACAAGAAGAAGAGACGGCGTGGACCTCGTCGACCCCAGAAGCCCATCCCTCCTGCAGT
GCCCCAAGGGAATCTCAGCATGCCCACCAGCGTCTCACTGCCAGTGCAGGCCTCCCAGATCCGA
AGCCCTTCCACGCCAGAGCTGAGTGCTGACGAGTTGCCGGATGACATTGCCAATGAGATCACTG
ACATTCCGCACGACTTGGAATTGAACCAGGAAGACTTTGCAGATGTCCTGCCGCGGCTGCCGGA
TGATTTACAAGACTTTGATTTTTTTGAAGGAAAGAATGGAGACCTCCTCCCGACCACTGAAGAA
GCTGAAGAGCTTGAGCGGGCCTTGCAAGCTGTAACTTCTCTCGAGTGCCTGAGTACAATTGGGG
TACTTTCCCAGTCAGACGGTGTGCCAGTCCAGGGCTTGTCAGATAGAGGGATGGGGGTGTTCTC
CACGGGTACCGATGCTTCGGGAATCCAGTCCTTGAGTCGAGAAGTAAACACGGATCTAGGGGAG
CTACTGAACGGACGTATAGTACACGATAGCTTTTCTAGTCTAGAGCTGGACGAGAACCTACTCC
ATTCTGCTACTCTGTCCAACCCACCTACACCCCTGGCAGGGCAGATCCAGGGGCAGTTCTCTGC
CCCAGCCAGCGTTGGCCTTACTTCTGCCACTCTGCTCAGCCAGAGTGCACTTGGGGAGAGAGCC
TTCCCAGGACAGTTTCATGGACTTCATGATGGCAGCCATGCCTCTCAGAGGCCACATCCTGCCC
AGCTGCTGAGCAAGGCAGACGACCTTATCACCTCACGACAGCAATACAGCAGTGATCATTCACA
CTCCTCACCCCATGGAAGCCATTATGATAGCGAGCACGTGCCGTCGCCCTACAGTGACCATATC
ACCTCTCCCCACACATCTTACTCTGGTGATAATATGGCAGCTACCTTTTCAGCAGAGATGCCCA
TCATGGCCCAGCACTTGCTCCCCACCCAGCTTGAGGTGCCACTTGGAGGAGTGGTCAACCCCAG
AACTCACTGGGGCAATCTCCCCGTCAACCTTGGCGATCCCTCTGCATTTAGCAACCTCCTTGGC
GCGGATGGACACCTTCTTTCCACTTCCCTCTCCACGCCACCCACCACATCCAACTCAGAGACCA
CACAGCCTGCCTTCGCCACCGTTACCCCAAGCAGTTCCAGTGTGCTTCCGGGGTTACCACAGAC
CAGCTTCAGTGGCATGGGGCCTTCTGCTGAACTAATGGCCTCCACCTCTCCCAAGCAGCAACTC
CCACAGTTCAGCGCAGCCTTCGGCCACCAGCTGAGTTCTCACAGTGGCATTCCTAAGGACCTGC
AGCCCAGCCACAGCTCCATAGCCCCTCCTACAGGCTTCACAGTAACAGGTGCCACCGCTACAAG
TACCAATAATGCATCTCCCCCCTTCCCCACCCCCAACTGAGCGAGTCTGTGTGCTTGCCGGCAG
GTGGAACCCGGTGTTTTCTATCTTTGTTTCCTCTTTTGCACCCCTCTCTCCTTTTCCTACAGAA
GATTTAAAAATGACAGTGGGGATTAGAGGGACGCCCCTTCCCGGTTCAACAGGTGGCCGTGCAG
TGGACCTTGCGTCAGTGTTCGCGCGTGCTCCCTAGCACTGGTGCTCATTCCCTCCTGGCGGTCC
GCTCAGCCTGGCGGGTCACTCGGCCTGGCAGGCTTTTTGGTGGCTCAGCACAGTGACTGGGTAG
GATTGATTATTTTATTTTTTATTTTTATTTTTATTTGTTTTTATTTCAGCAAGTCCTAGAAGTG
GAAGATACCTCAGATTACCAGTGCCCTTTACTGTCTCCTACTGTTGAGATAATGCTTCCCATTC
TCTAGCCAGGTTTTACATAGGTTGTTCTGGATGTTCTGTTGAGATCCTGTGTAGTAGGTGGTGT
GCGGACACAAATCAAAGCTCTGACTTAGCACCAACTGCCAGACACCACAGGGAGGCCAGGATGC
CATTCCTAATTATGATACATTAGCTGAAAAGAACATGGTCTCTTAACTGCCTGTGCCTGCTTGT
TCATTCGTCCTGTGTGTGTGCTGTGCAGTGCAGTAGCTGTCGCTTGTGGCTTGTCTCTCCTCAC
TCCCAGAATAAGCATAGGCCCTTCCCCCTCCTCCTGTCTCATGCCTTGCAAGATTCGTCCTTCC
TTCCTACTGAGTTGCTAAAGCATCCTGAACAGAGAGGGGTGGTCTCAGAGTGATAGCGCCTTGC
TAAAATCAGCCTGTGAGGAAAGGAGCCCAGAGGCGGAGCTCACATCAGTCATGGGGAGTGTCGT
GACCCCCCACCTCTCTTCTATCATGTGCATTTGTTTCAGATTCCCCACTCATGGAACACATTTG
TAAGTAGTAATGAAAAAAATGTTTTGGTGTGCAAAAGCAGGCTACACCAGAGAGATTCGAAAGA
TGACATCTCGGCCTGTTTGGTCCATCATTGGCTCCTAGTTTTTACATGTTTACAGTTGTGATTC
TTTGGTGAGATTTGTGAACTGTGGAGGACACCTGTAGAACCGTGTACCAGTTGTGAAGTGATGT
GTAATATCAGAAGGACACACATTTTAACAGTTCTGTCAAAGCAGAATTTGGAAATTAGACATAA
TTTGACTCACCTTAGGTACTTTTAAAATAATTTAAGTAAAATTGGAAAATTTTTTTAACGTACC
AAGGCTTTAGGGTAAAAAATCTTGTTGGGTAGTGCAGTAAGTTGGTGACTGTGAAGTGATGTGA
GGGTTTCCTCTTGCCTGCCTTCCCCTCCCAGCGGGGTGGAGCTTCATTTTCTGCTCTGCTCTGC
TCTGCTGATGGCTCCCTGCCCCTTCAGATATCGTCAGGTGTCTACATCTGAGCTCCACCTGATT
TACATGCAGACACTCTTAAAAGTGAGGCAGCATGTCTCTAAATGACGTGTGTGGTACAGCAATC
CTTTAGTCAGGGACTGTCTGATCCTAATTCCTTCCTGCGAGTTTAAGGTTGGGACGTATTTTCC
TACTTCTTATGTGTGTGTTCCTCGTGCTACTTCTGACCAGGTCTTCCTGTTGAAGGCCTTGCAA
AGGAATGATGGTGGTTACCAGGCATTATGCAGACACCACGTGCCTGAGCTTTGGAGAGAAAGTG
TCACATGACCAGATGAAATCATGATCTGACCTATTTTGTATTTACTGAAGTTGGGGAGGCAAAT
ATGTTTGTAATATGTTTCCTTTTTTTCCTTAAAAATAATGTTAGTTAATTGGAACATTTGTTTT
TAATAGCTTTGCCTTTTTTTGCAAATTGAGAAAATCCTAAATTATAAATTATGTCACAAAGCAA
AATTATATTTGGTATCACCATGAACTTCTCTCCTGAATTGTGAGAACAGCTTTTTGACTGTTTG
ATCTGTGAGCCTATGTCAGTAGCTTTTTTATTTTAGTATGCTGTAATAGAGTGAGAGTGAGTGG
TTACCTCACCTCAAAAGTGTCATTTCGTTTGTTAGGCTGTTCTCACATCCCCACTAGAATCATT
TTAGGTAACTGAATTCCCAGAAAATGCATTTTGTCTCCAGTGTGCATCGACTGAAGACTGTAGC
AGAGCCACATGGCCGTCTCCTTATCGGCTCCTCTTTGCCAGGGAGAGGGAAGTCGTGAGTAGTC
AATTTGGACTGCCACTGTCTGTCTGTCTCTGTGTTAGCTGCTGAAACTCGTTTAGTTGTCAAAC
TGAGTTTGCAGGAGGTTGCACCTTTTATTGTTTGCAGTTTTCTGTTTATGTGCATTTAAAAGCC
CTTCTTCGCTTTCGAGTAAGGAGGCTTGAAGTGATCAGGAATGTTGCCAGTTACAGCTTCACGC
CAAAAATGTTGAGCAAGCTCCCTTCTGTTCAGATGCCCATGATGGTTGCTGAAGGGAGGGCAGT
CTTGGAAATACTGATAATGGACTGAATAATTAGCAAAAGCACACTTTCCTTCCGTCTCAGAACG
AACATCCAAGCCTGTAATTTGCTTTTCTCTTGGTTTTTTTGTGAGCTCCCTGTTAGAGGAATAT
CTGTTTCTAAGCCCAGAGGTGTCCACTTTGTCACCCCTCTAGCTGTTGAAGCAATTCTAGTCTC
TTAGTAGTAGGTGGGTATTAATATGCAAAGAAAGTTCAGCATCTTTTGTAATGCTTATATGAAA
ACGTAGCACTTATGGTAAGGCAATACTGGAATCAAAAACAAACCCTGCACAGGCCCTAATGGGA
TAGAAGCTAGTATTAGTGTAGTGTTGAGTACATGAGGGACAGTAACAAAGAAGGCTCACTGTGT
CTCTGCGGGTTCTGGGACCATTTATAAAGGCCAGTTCATTGTGTTACTGTGACTTAACTTGTGA
AGTTGCTGCCGTTGATGACTGACTATGTGCTCTGAGAATATGAATGTCAGCAACTGTAATCTCT
GGTACCTGAAGGGAAGATGGGCTTTCTCTCCTTTAACTGCTAATGTTATTTTAGTGAAAGTACT
CAAGACATTGTTTTTTTCTTCTGTAAAAATGGCTTAGCAATGTTCATACCTGGGTAGGTTATAC
AGCTAGTGAACAATTCAGGATAGTAAATGACAGTTAGAGGAAGCCCACCAAGTAACAGACTCTG
CAATGGACACATCTTGTACTTATCATCCCATAGTTGAAAGCAGAGATTTTCTCTAGTGAGCCTA
CTGTGTGAGGTATTCCTGCTTATAAATGACAGCAGTTCCCTGTTGGCAGGTAATGTGATCTAAT
GTCCCTCTGTGAGAAGATTTTGGTTTGATGAGAAGCAGATAGTTATTAGAGATGGAGTTGGAAA
GTGATTATTTTATATTGCCAAATAACTGTTTATAAGATGAATCTTTTAAAGTAAAACCAGACTG
TCACCTGAAGGTTAGGGAATCATCCCTTCTGAGAGTCACACTAAAAACTCTTCCAAAGTTCATT
CTCAGTCCATCCATGCTCCCGGTCCACATGGCAAAGTCAGTTCTGTGTTTAGGAGGGAGCCATG
TTCAGGCATCCTGAATATTTAGTTTCTTTTACACGAAAGAATAGCTTTCTGTTGGCTTCTTGCA
TTGCTTGTTATAAATAAGGCATTAGAGATGAGTCACTCACACAGAGGTGAACCCCTTACTGTGT
GTTCCTTGACCCTGCCCCGCTGTGCGCTGTGCGCTGGCATCCTGGTCAGCGGCGGGTGGCGTGT
GGGCGTCCTCTTCAGTGCCTGTCTGAAAGCATTGCCTTCTCTAGTGCAGTTCTCAGCATGGCTG
TGCGTTGTTTCACACTGCAGAGTGGGAGTGAGGATATTAACACTCAACTCCTTAATAGGTTTGG
AATTCATTATACTTTTAAAAGTATTTACTTTTTAGTCTCCTTTTTAGACTTAAAAAGATTAAGT
TCTATACTTTATCTGACATGTGTAGGATAATCTAATAAATGGTTTGTTGAATGGTCAACACAAC
TCTGCAGTATAATGAGGAGATTTAGAAACATCTTTGAAAGATAATTTAATTGGAGTGAGTGTTC
TCTCGTATTTTTTTTTCTTTACTGCTACCCACATTGTTCTATGGATTCTTCATGTCAAGAGTAC
TTCATGGGAGACAGTCATTCATGAAAAGACATATTTTTCCCCCTTTCAACAAATAAAAAAATAA
CTGACTTCTTCCCTGAAATTCAGAAAAAAGAAAAATGACTTCTTAATACTTTGGCTTCTTTAGC
CTTCCCATGTTATTATATTTGTGGGACCCAAAATCACAGTTTAATTAAAGTAGTATTTACATGA
GATCTTTCAAAATGTTTATAATACAATGCGGTCTCTGAGAAAAGCAGAGGCAGATGCCTGTTGA
GCCTTTCCACTGGCCAGTGAGTGAGTGAGTCAGGAAGGCCTGTGTGGGATTAGCCCTGCCTCTC
GTAAGGCCCAGTGTGTGGATGCGTGGTTGTGAGTAACTGTAGGAACCTGTGGTTCTTTACTCCA
GTGTTTGTGCTTGGCTGGCTTCCCCTCTTGCACTGTGGTGTGAAGCAAGTAGAAGAGATGTGGC
ATTTCAGAGATTTGTTGTGACTTTATTTACCCTGTGTTTCTGAGTATCAGGAATGTTTTGAGTG
CTTTGAAGAGCAGATCAACATGGTCTTTGGCTGACCTAAAGCTAGTCTAGAAAGCAGTCTTCTG
AGGTGAAAGCTGCTCGACTCTTGATGGCTGGCGGGCAGCATGTTTTCTTCTCTTCCTCCCTCCC
TCTGCCTTTTGCACGCTCTTCCCCGTGCTGCAGTGTGCGTGTGCCGCACTCGTCTTGGCCCAAG
AGTGGTAGGATTTTCATTCGTTGGTTCTCATTGTTCTTATGTGTTTGTTTGTTTGCTTTTTAAG
CTGGGGACCACTGACCTAAGCTCTATATGCACCCCAAGTTCCCCATGGAGAACGCTTCAACATG
CAGGACGGAAGGCACCAGTTACAGCTCAAGGCCACACCGTCGCTTTTCCTTGGGGACTTAGGCT
GATTTGCTTGGAACTGACCCCAGCCTGTGTCATGTAGTCCAGGCGGCTCCAGCGGGTTAGTGCT
GACTCGGGGGAGAGCTTGACACCTGCCGACAGTGTGTGCCTCTGCTCCAAAGGGTTGAATCAGT
TCTTCTCAACGGTGATAGCTCTTCTCACTGTCTAGTGTTGAGTATGTCTCAGGGATTCCTTGCG
GAAATTAGGGCAGTTTTTAAAATAAGGAAATAGTTTTAAAGGAAACTAAAGGTGACTCCTCACT
GATGAGAGCTCCAGAAAGAGAAAGCGTTTGGTTTCACAGCCCGTGGTGTCTCGCCGAGGACTTC
CTTTCTACTTCAGGCTCTCATCTCAGCTTCAGCTTACAGAATCCTTTCCCATCATGCACAGCTT
TAAAACTTTTATTTAAAACTTCCTTCCCCAATGAGCTTTCAGAATACTTATTGTAGATTTTAAG
AGAAAAGGTATATTAATTTATGCTATTAACATCACCTCATAAATTATAAGTTTTATACTAAAGC
TGTATTGAGTGTAATGAATTATGTTGCCTATGTGTTTTAATAGCTTAAAATTATATATGAGCTT
CTTTTTATTTTTATTTTTATTTTTTGACAAAACAAACTAGTGACGCACCTTCTTACACTGGATC
TCTGCCGTGTCAAGGTGTAACGCTGTCCTTGCTACCTTGCAGATACATAAAGAAAAGGATAGCC
TGGGGCCTCGAAATGGAGACCACCCTAGACCACTTACTATTGTGTATAGAGCTGTTGAGGGTCA
TGTTCTCTGCACATGATCTGTGGTTTACACTTAAGATGGCTAGACACTTAGTTACAGGGTAAGT
AGAAGCAAATAGATCAAGTAAAACGCCCACTACTGTAGCTGGAATTTGTAAACTTAAGTTTTTA
AGACCTCTTATTTCCTATGGATTTATTCTTTAATTTACAGTTTATTCTGTAAGTTGAGAAGTAA
AATAGAGAAATTAATAAATCTAGATGTTCTCAGTGTCTCATTCAGGAACGTTTTACCCCTCCTC
ACTAAGGAATTCCCACTGTGACTTAAAAATAGAGGTAAATTACTTGTGTGCATGTATGTGTCTG
TGTTTTTACACAAATGCAAAAATATACATCGGGGGCACGTGTGTGAGATATGAATGTGTGCTTG
TGTAAAAATAGAAAGGTAACCGAATGTATTATAGAAATATGATTTATTTAGCTGAGGGTATTAG
AGTTATTTTCCCATTGTTTCTATTTTATAAACATGCCATATTCTTGGCTATATTCTGTTCAAAG
GCTAGCTCTGATATCACGCGCATTTTCTATTAACTTAGGCTGTTTTTAAAAGTGACACGAGAAA
AGAAGCAGATTCTAAGACCAGCCTTTTAGTTATGAGCATAACGACGAGAGAGCGAGAGCGAGAG
CGAGAGAGAGAGAGAGAGAGAAAGAGAGAGAGAGAAACAGACCTAGATAGGTAACAGCTCATAT
ATCTTTTGAAGTGATGGGACCAGAGATTTGTTGAAATATTATGTCTAGTAAATTTTCTTCATAT
TCCAAGTAATAAACTAATATGTTTTCTTGGTCAAGTTCAGAAAACATAGGCCTTGATAAGGAAG
CTTTGAAGGGGCTGCTTGTTGAAGGAGTTGGTGGGCTCATCTCCCCATATATACTTCAAAGCTG
GTATGATTTCAGTTGTTTGCAAAATATTTTTTGAAACGAAATTGTGCCATTGGTTGTGGAGTAG
AGCATCCCAGCTCTGTCCTCTGGCTGTGGGAAAATCATGCTTACCTGACTATGTGGAACTAAAA
AGACAGACACATTCCTGTGTCCTGGGAGCTTTGTCATTCTCTGTGTGGTCCTTCCTGGAACACC
TGGTGATCTGAGACGGTCAACAAGGGCCAAGTGCTCCATCACACTTACTTTAATATGAAGGCGC
TGTACTTAGAAATGCCAGGGCAACTCCCAGGAACACACTTGAATTGGTAGTTGTCTTTGGGGCC
TCAGTTACTTCATCTTAGATCCAGACAAAACCCAGGCAAGCTCTCCATGTTGTTTTTCACACTT
GTGTTTTTGTAGCATCTCCCTGTTTCATTCACTCTTGCTTTCAGATTTTAAGAAACCTGCATAT
TTCTTGTACATATGCATGCAAGCGAAAGAAGGGAGTTTGTACTGATGCCATTTCTCCCTTCAGT
TGCTGGTTAATGGAATTTGCTAGAATCAATTCCCCCTTATTGAAGGGTGAAAACAGACCCTTTG
TGTATATCTGTACAGAGATGTGTATATGGGATGTGGTGGCACTTTGCTGAATGTGAACTTGCCT
TGTCAATGGAAAGATTGAAAAAGTATTATGTTTATTTATACATTTGTATAAATCTATATATACA
CGTATGTATATGTGTGTGTATAGATAAAGCTATATACATATATTTCCCTAAAATGTGTGTGTGT
AATAGATTAACAGCCCTTGCTAAGCAAGATTATGCATCTGTGGGAATTCTGGGTTATTCTGCCA
GCCAGTGGAAATGGCCACAGTGTAGAGCACATCACCAAGCATGCTGACGTGGGAACCCTTTGGA
TTACAGTCACGATTACAGATTAGTGCTCACAAACCAATCTTTGAACTCTTCTTTCTCAGATTTC
TGCTAGCTATTCTCTCATTACTTAACAATCACACATCTTTGCCAAGTTGTCTGTTGTCCAAGTG
CTGGAGATTGGCTCCTGAGGTGGCCCTGTGCTGGGCATGTGAGAAGCCACGTCCTTGGGATGAT
TTAGCTCTCTCACTAGACACCTGGGCATGAATGTGTCAGCTGTCACTCAGGCCTTACCAACGAC
ACTTCCCCACGGTATACAGCTTTCAATTATGTTTTCTCTGAGAATTGGGTAGTCATCAAAAATA
AAAAGCCAATGTTCAAAAACTTAATTCTCAATTTCTTAACCTAGGTAACTTTGGAGTATTTTAT
TTACATTGAAAAATGTAATTATGACTTTATGATTGATATTAGTGTTAGGTGTATTTCCACACTT
ATCATTTAAAGAGTTTGATTTGCTTTGTGTTTTAAATATAACCATTTACCACTTGAATTTTAAC
AAAGTACACAGAGTCACATGGAAGCCTCTTGAATTCTATAACTGACTCTTGTTTCTCATGATGA
AATGCTCTAATGAGTTCTTGTGTAATAATTCTGCTAGATTTCCTTTTGACTTCTCTCACAGTTG
TGACATTCAGTTTTAACTCTGCTGCAGCTCTCTAGAAAACTTGCACCCTTCTATATCGTGCCTT
TAAAGCTCTTATGCACACACAGAAGTGTATATATACATGTTGGCGCATGTGTACATACACTTTG
GTATATACTCACACAGTATGTCTCCAGGATATATTGTGGGAGTGGACATAGAGATATTCAAAGG
CAATGAAATGTTGCTCTCTAGATATATATGTATATAAATAGTGTTGATATAACTGTACATACAC
GTGTATATGTATGAGTTCTAAATGGCAATCTTTTACATTTAGCAAAATGCTGCCCTACTGGAAT
ATTGCCACTGCAATGGCACTTGTATGTAATGATTTAAAAGACATTATCAAAAATTATTTAAAGA
ACATTAAAGGTCTCATCTAAAGACAGCCACACACTATTTATTTAGCTTCCTATTCCTGTGATTG
TTGTGTTTGTATAACTGTAAGGGAGACTGTCATTTTAAACTCACCACCTGTGTAGGAGAGATGA
GATTCACTCGGGGTACTTTGTATCCCCTCTCTCTGAAACAGTGATGTGTCACAGTCCAGCTTGT
TTATCTCAGTTTTAAAGCAGTCCTAGTACTGCCATTGGTGTGTGTCACCCACCATGTCCTCGAT
CAACTTACTTCACCAATTTGCCTCTTCCTTTCATTAATAAATAATGATCATTTCGATCAGTTTG
CCTGGGGGAAAGCTAACTCCTCTCTTGCTTCAGGGAAATAGATCATCTAGCTGTTGTTCTGCCT
TGTTCAAAATTCACCATAGAAAGAGGGTGGTCCTCATAACGCTGTCTTAAGCATAGTTTATTTT
TCATTTATTTAAAGATCTTACTTTTTTTTTTTTTTGAAAGTACTCTTAAGTTGCATGTCCTTGG
CATAGATTTCATTCTTACTGCCCTTCCCCACAGGATATTTTTCATAGTCCATCAGTTTCCCATA
CCAAATGCAAGAACGTCAGGACAAACTGTCAATACTGTTGCTGTTCGCGAGGGGCTGGCAGCAG
ATCACACCTGGAATTTAGAGGGAGAGAAGGTAGCCGGATAATCCTGAGCCCTGTGAAGTGGAGC
GTGGAATAAGGGTACTTCTAAGGAAACATTTCAGGGTAGCTCACTGGAAATTGATATCAGAATC
AGCCTTTAACAGCCTGGCAGAGGGATGGTACTAACTACCCAGCGTGCCCAAGTGTAAACAAACC
AAGCTGCAGTGGGAAGTCAAAGGTGGGAGGTAGCCATTGGAAACCAGGAACAAAGTAACTGCAC
GGTAGCAAGGACTAGCAGTCTGTTCTCATCCACCTTGGCACACCGAATGCTCCATACGCCATAC
ATTCAGGACATAGGCAGGAGGACAGCTGCTTAAAGGGGACTTACAAACCAAGCACCTTCTCTTG
TGTCTGTGTCATGGCTGCCACTCAGTTCCAGGCATGTACACCGGGAGCAACTAGTTTCTGCAGA
ATACAAGAGGAGGCTGGCAGGCTTTGGAAAGGCCTTTCCATGGCGTTGCCTGTGATTTCAGTGG
GGAGGACACATTTGGGGAGATGGCTGGGCTTTTGGTTTGTGATTTCCCTTTAAACAGGAAGAGA
TGGTTCACACTTTCCATATATATATCTCAATGAATGTACTGTATTACTGTTTTAAAAATTTGAT
GAAATAATAATGGATTGGTCTCCTTTTGTTATCTGGTCCTTGTTTAATTTGTTTAAGGGTTTTT
GTATACAAAAGTTTACATTTTTATGTATATTTTTCTTGTGTAAAAACTGATGTAATATGTGTAT
AAAACACTTGTATGTATTATCTGTATATAGTGTGACAAAATGATTTTTCTTTCTTTCTTTTGGT
TGTATTAATAAATCTTGCTGTGAAGTAA

hide sequence

RefSeq Acc Id:

XM_039083645 ⟹ XP_038939573

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,483 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,513,618 (-)	NCBI

RefSeq Acc Id:

XM_039083646 ⟹ XP_038939574

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	9	71,940,941 - 72,007,484 (-)	NCBI
mRatBN7.2	9	64,447,075 - 64,513,617 (-)	NCBI

Protein Sequences


Protein RefSeqs	NP_001178738	(Get FASTA)	NCBI Sequence Viewer
	NP_001424608	(Get FASTA)	NCBI Sequence Viewer
	XP_006245085	(Get FASTA)	NCBI Sequence Viewer
	XP_006245087	(Get FASTA)	NCBI Sequence Viewer
	XP_006245088	(Get FASTA)	NCBI Sequence Viewer
	XP_006245091	(Get FASTA)	NCBI Sequence Viewer
	XP_006245093	(Get FASTA)	NCBI Sequence Viewer
	XP_006245094	(Get FASTA)	NCBI Sequence Viewer
	XP_006245095	(Get FASTA)	NCBI Sequence Viewer
	XP_006245096	(Get FASTA)	NCBI Sequence Viewer
	XP_038939573	(Get FASTA)	NCBI Sequence Viewer
	XP_038939574	(Get FASTA)	NCBI Sequence Viewer
GenBank Protein	EDL98908	(Get FASTA)	NCBI Sequence Viewer
	EDL98909	(Get FASTA)	NCBI Sequence Viewer
Ensembl Protein	ENSRNOP00000037428
	ENSRNOP00000037428.4
	ENSRNOP00000104757.1

RefSeq Acc Id:

NP_001178738 ⟸ NM_001191809

- UniProtKB:

D3ZTM2 (UniProtKB/TrEMBL)

- Sequence:

show sequence

MYEGKHIHFSEVDNKPLCSYSPKLCKQRRLNGYAFCIRHVLEDKTAPFKQCEYVAKYNSQRCTN
PIPKSEDRRYCNSHLQVLGFIPKKERKKKNDPVDEVKVRHQMDAMAFSLTVPTLALKMPNGLDS
MSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKKLQSKLAQNRQRQRETEILKVRQE
HFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQSTSLPMQGVAPTTHSIAQTRQASHK
RPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQRLVKLCTQKHQLDADLFPHLGLDW
SEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAESRSSRVTQLCTYFQQKYKHLCRLE
RAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACSRDSLSQTKLKEVEPAACSGTVKG
EQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCSVPVFDITHQTPLCEEHAKKMDNF
LRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRPQKPIPPAVPQGNLSMPTSVSLPV
QASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFADVLPRLPDDLQDFDFFEGKNGDL
LPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLSDRGMGVFSTGTDASGIQSLSREV
NTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAGQIQGQFSAPASVGLTSATLLSQS
ALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQQYSSDHSHSSPHGSHYDSEHVPS
PYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVPLGGVVNPRTHWGNLPVNLGDPSA
FSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSSVLPGLPQTSFSGMGPSAELMAST
SPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFTVTGATATSTNNASPPFPTPN

hide sequence

RefSeq Acc Id:	XP_006245087 ⟸ XM_006245025
- Peptide Label:	isoform X1
- UniProtKB:	D3ZTM2 (UniProtKB/TrEMBL)
- Sequence:	show sequence MYEGKHIHFSEVDNKPLCSYSPKLCKQRRLNGYAFCIRHVLEDKTAPFKQCEYVAKYNSQRCTN PIPKSEDRRYCNSHLQVLGFIPKKERKKKNDPVDEVKVRHQMDAMAFSLTVPTLALKMPNGLDS MSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKKLQSKLAQNRQRQRETEILKVRQE HFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQSTSLPMQGVAPTTHSIAQTRQASHK RPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQRLVKLCTQKHQLDADLFPHLGLDW SEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAESRSSRVTQLCTYFQQKYKHLCRLE RAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACSRDSLSQTKLKEVEPAACSGTVKG EQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCSVPVFDITHQTPLCEEHAKKMDNF LRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRPQKPIPPAVPQGNLSMPTSVSLPV QASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFADVLPRLPDDLQDFDFFEGKNGDL LPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLSDRGMGVFSTGTDASGIQSLSREV NTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAGQIQGQFSAPASVGLTSATLLSQS ALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQQYSSDHSHSSPHGSHYDSEHVPS PYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVPLGGVVNPRTHWGNLPVNLGDPSA FSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSSVLPGLPQTSFSGMGPSAELMAST SPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFTVTGATATSTNNASPPFPTPN hide sequence

RefSeq Acc Id:	XP_006245085 ⟸ XM_006245023
- Peptide Label:	isoform X1
- UniProtKB:	D3ZTM2 (UniProtKB/TrEMBL)
- Sequence:	show sequence MYEGKHIHFSEVDNKPLCSYSPKLCKQRRLNGYAFCIRHVLEDKTAPFKQCEYVAKYNSQRCTN PIPKSEDRRYCNSHLQVLGFIPKKERKKKNDPVDEVKVRHQMDAMAFSLTVPTLALKMPNGLDS MSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKKLQSKLAQNRQRQRETEILKVRQE HFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQSTSLPMQGVAPTTHSIAQTRQASHK RPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQRLVKLCTQKHQLDADLFPHLGLDW SEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAESRSSRVTQLCTYFQQKYKHLCRLE RAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACSRDSLSQTKLKEVEPAACSGTVKG EQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCSVPVFDITHQTPLCEEHAKKMDNF LRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRPQKPIPPAVPQGNLSMPTSVSLPV QASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFADVLPRLPDDLQDFDFFEGKNGDL LPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLSDRGMGVFSTGTDASGIQSLSREV NTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAGQIQGQFSAPASVGLTSATLLSQS ALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQQYSSDHSHSSPHGSHYDSEHVPS PYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVPLGGVVNPRTHWGNLPVNLGDPSA FSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSSVLPGLPQTSFSGMGPSAELMAST SPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFTVTGATATSTNNASPPFPTPN hide sequence

RefSeq Acc Id:

XP_006245096 ⟸ XM_006245034

- Peptide Label:

isoform X2

- Sequence:

show sequence

MDAMAFSLTVPTLALKMPNGLDSMSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKK
LQSKLAQNRQRQRETEILKVRQEHFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQST
SLPMQGVAPTTHSIAQTRQASHKRPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQR
LVKLCTQKHQLDADLFPHLGLDWSEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAES
RSSRVTQLCTYFQQKYKHLCRLERAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACS
RDSLSQTKLKEVEPAACSGTVKGEQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCS
VPVFDITHQTPLCEEHAKKMDNFLRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRP
QKPIPPAVPQGNLSMPTSVSLPVQASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFA
DVLPRLPDDLQDFDFFEGKNGDLLPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLS
DRGMGVFSTGTDASGIQSLSREVNTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAG
QIQGQFSAPASVGLTSATLLSQSALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQ
QYSSDHSHSSPHGSHYDSEHVPSPYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVP
LGGVVNPRTHWGNLPVNLGDPSAFSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSS
VLPGLPQTSFSGMGPSAELMASTSPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFT
VTGATATSTNNASPPFPTPN

hide sequence

RefSeq Acc Id:

XP_006245094 ⟸ XM_006245032

- Peptide Label:

isoform X1

- Sequence:

show sequence

MYEGKHIHFSEVDNKPLCSYSPKLCKQRRLNGYAFCIRHVLEDKTAPFKQCEYVAKYNSQRCTN
PIPKSEDRRYCNSHLQVLGFIPKKERKKKNDPVDEVKVRHQMDAMAFSLTVPTLALKMPNGLDS
MSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKKLQSKLAQNRQRQRETEILKVRQE
HFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQSTSLPMQGVAPTTHSIAQTRQASHK
RPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQRLVKLCTQKHQLDADLFPHLGLDW
SEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAESRSSRVTQLCTYFQQKYKHLCRLE
RAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACSRDSLSQTKLKEVEPAACSGTVKG
EQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCSVPVFDITHQTPLCEEHAKKMDNF
LRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRPQKPIPPAVPQGNLSMPTSVSLPV
QASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFADVLPRLPDDLQDFDFFEGKNGDL
LPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLSDRGMGVFSTGTDASGIQSLSREV
NTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAGQIQGQFSAPASVGLTSATLLSQS
ALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQQYSSDHSHSSPHGSHYDSEHVPS
PYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVPLGGVVNPRTHWGNLPVNLGDPSA
FSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSSVLPGLPQTSFSGMGPSAELMAST
SPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFTVTGATATSTNNASPPFPTPN

hide sequence

RefSeq Acc Id:	XP_006245088 ⟸ XM_006245026
- Peptide Label:	isoform X1
- UniProtKB:	D3ZTM2 (UniProtKB/TrEMBL)
- Sequence:	show sequence MYEGKHIHFSEVDNKPLCSYSPKLCKQRRLNGYAFCIRHVLEDKTAPFKQCEYVAKYNSQRCTN PIPKSEDRRYCNSHLQVLGFIPKKERKKKNDPVDEVKVRHQMDAMAFSLTVPTLALKMPNGLDS MSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKKLQSKLAQNRQRQRETEILKVRQE HFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQSTSLPMQGVAPTTHSIAQTRQASHK RPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQRLVKLCTQKHQLDADLFPHLGLDW SEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAESRSSRVTQLCTYFQQKYKHLCRLE RAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACSRDSLSQTKLKEVEPAACSGTVKG EQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCSVPVFDITHQTPLCEEHAKKMDNF LRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRPQKPIPPAVPQGNLSMPTSVSLPV QASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFADVLPRLPDDLQDFDFFEGKNGDL LPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLSDRGMGVFSTGTDASGIQSLSREV NTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAGQIQGQFSAPASVGLTSATLLSQS ALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQQYSSDHSHSSPHGSHYDSEHVPS PYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVPLGGVVNPRTHWGNLPVNLGDPSA FSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSSVLPGLPQTSFSGMGPSAELMAST SPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFTVTGATATSTNNASPPFPTPN hide sequence

RefSeq Acc Id:

XP_006245095 ⟸ XM_006245033

- Peptide Label:

isoform X2

- Sequence:

show sequence

MDAMAFSLTVPTLALKMPNGLDSMSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKK
LQSKLAQNRQRQRETEILKVRQEHFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQST
SLPMQGVAPTTHSIAQTRQASHKRPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQR
LVKLCTQKHQLDADLFPHLGLDWSEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAES
RSSRVTQLCTYFQQKYKHLCRLERAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACS
RDSLSQTKLKEVEPAACSGTVKGEQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCS
VPVFDITHQTPLCEEHAKKMDNFLRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRP
QKPIPPAVPQGNLSMPTSVSLPVQASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFA
DVLPRLPDDLQDFDFFEGKNGDLLPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLS
DRGMGVFSTGTDASGIQSLSREVNTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAG
QIQGQFSAPASVGLTSATLLSQSALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQ
QYSSDHSHSSPHGSHYDSEHVPSPYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVP
LGGVVNPRTHWGNLPVNLGDPSAFSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSS
VLPGLPQTSFSGMGPSAELMASTSPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFT
VTGATATSTNNASPPFPTPN

hide sequence

RefSeq Acc Id:

XP_006245093 ⟸ XM_006245031

- Peptide Label:

isoform X1

- Sequence:

show sequence

MYEGKHIHFSEVDNKPLCSYSPKLCKQRRLNGYAFCIRHVLEDKTAPFKQCEYVAKYNSQRCTN
PIPKSEDRRYCNSHLQVLGFIPKKERKKKNDPVDEVKVRHQMDAMAFSLTVPTLALKMPNGLDS
MSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKKLQSKLAQNRQRQRETEILKVRQE
HFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQSTSLPMQGVAPTTHSIAQTRQASHK
RPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQRLVKLCTQKHQLDADLFPHLGLDW
SEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAESRSSRVTQLCTYFQQKYKHLCRLE
RAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACSRDSLSQTKLKEVEPAACSGTVKG
EQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCSVPVFDITHQTPLCEEHAKKMDNF
LRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRPQKPIPPAVPQGNLSMPTSVSLPV
QASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFADVLPRLPDDLQDFDFFEGKNGDL
LPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLSDRGMGVFSTGTDASGIQSLSREV
NTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAGQIQGQFSAPASVGLTSATLLSQS
ALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQQYSSDHSHSSPHGSHYDSEHVPS
PYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVPLGGVVNPRTHWGNLPVNLGDPSA
FSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSSVLPGLPQTSFSGMGPSAELMAST
SPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFTVTGATATSTNNASPPFPTPN

hide sequence

RefSeq Acc Id:	XP_006245091 ⟸ XM_006245029
- Peptide Label:	isoform X1
- UniProtKB:	D3ZTM2 (UniProtKB/TrEMBL)
- Sequence:	show sequence MYEGKHIHFSEVDNKPLCSYSPKLCKQRRLNGYAFCIRHVLEDKTAPFKQCEYVAKYNSQRCTN PIPKSEDRRYCNSHLQVLGFIPKKERKKKNDPVDEVKVRHQMDAMAFSLTVPTLALKMPNGLDS MSLSPPGARVPLHYLETELEDPFAFNEEDDDLKKGVTVRKKLQSKLAQNRQRQRETEILKVRQE HFSTPPTPPQQHAHLSPLPTSLKPPAPPQGSVCKSPQPQSTSLPMQGVAPTTHSIAQTRQASHK RPLPLLPSSRAPVSDTPRTDRILMKATAFSPHFSCISRLQRLVKLCTQKHQLDADLFPHLGLDW SEESGEELEDSDQASPYQVAWSVRETLRQERHTSDDDDAESRSSRVTQLCTYFQQKYKHLCRLE RAESRQKKCRHTFRKALLQAASKEPECTGQLIQELRRAACSRDSLSQTKLKEVEPAACSGTVKG EQCTNQALPFTRHCFQHILLNRSQQLFSSCTAKFADGQQCSVPVFDITHQTPLCEEHAKKMDNF LRGDNSRKVQHQQQRKPRKKTKPPALTKKHKKKRRRGPRRPQKPIPPAVPQGNLSMPTSVSLPV QASQIRSPSTPELSADELPDDIANEITDIPHDLELNQEDFADVLPRLPDDLQDFDFFEGKNGDL LPTTEEAEELERALQAVTSLECLSTIGVLSQSDGVPVQGLSDRGMGVFSTGTDASGIQSLSREV NTDLGELLNGRIVHDSFSSLELDENLLHSATLSNPPTPLAGQIQGQFSAPASVGLTSATLLSQS ALGERAFPGQFHGLHDGSHASQRPHPAQLLSKADDLITSRQQYSSDHSHSSPHGSHYDSEHVPS PYSDHITSPHTSYSGDNMAATFSAEMPIMAQHLLPTQLEVPLGGVVNPRTHWGNLPVNLGDPSA FSNLLGADGHLLSTSLSTPPTTSNSETTQPAFATVTPSSSSVLPGLPQTSFSGMGPSAELMAST SPKQQLPQFSAAFGHQLSSHSGIPKDLQPSHSSIAPPTGFTVTGATATSTNNASPPFPTPN hide sequence

Ensembl Acc Id:

ENSRNOP00000037428 ⟸ ENSRNOT00000035879

RefSeq Acc Id:	XP_038939573 ⟸ XM_039083645
- Peptide Label:	isoform X2

RefSeq Acc Id:	XP_038939574 ⟸ XM_039083646
- Peptide Label:	isoform X2

Ensembl Acc Id:

ENSRNOP00000104757 ⟸ ENSRNOT00000148720

Protein Domains

KANL2-like probable zinc-finger

Protein Structures

Name	Modeler	Protein Id	AA Range	Protein Structure
AF-D3ZTM2-F1-model_v2	AlphaFold	D3ZTM2	1-1021	view protein structure

Transcriptome

eQTL		View at Phenogen
WGCNA		View at Phenogen
Tissue/Strain Expression		View at Phenogen

Additional Information

External Database Links

Database	Acc Id	Source(s)
AGR Gene	RGD:1304808	AgrOrtholog
BioCyc Gene	G2FUF-27355	BioCyc
Ensembl Genes	ENSRNOG00000024272	Ensembl, ENTREZGENE, UniProtKB/TrEMBL
Ensembl Transcript	ENSRNOT00000035879	ENTREZGENE
	ENSRNOT00000035879.8	UniProtKB/TrEMBL
	ENSRNOT00000148720.1	UniProtKB/TrEMBL
InterPro	Potential_DNA-bd	UniProtKB/TrEMBL
KEGG Report	rno:316440	UniProtKB/TrEMBL
NCBI Gene	316440	ENTREZGENE
PANTHER	INO80 COMPLEX SUBUNIT D	UniProtKB/TrEMBL
	UNCHARACTERIZED	UniProtKB/TrEMBL
Pfam	zf-C3Hc3H	UniProtKB/TrEMBL
PhenoGen	Ino80d	PhenoGen
RatGTEx	ENSRNOG00000024272	RatGTEx
UniProt	A0ABK0L4W9_RAT	UniProtKB/TrEMBL
	D3ZTM2	ENTREZGENE, UniProtKB/TrEMBL

Nomenclature History

Date	Current Symbol	Current Name	Previous Symbol	Previous Name	Description	Reference	Status
2008-09-09	Ino80d	INO80 complex subunit D	RGD1304808	similar to hypothetical protein FLJ20309	Nomenclature updated to reflect human and mouse nomenclature	1299863	APPROVED
2008-04-30	RGD1304808	similar to hypothetical protein FLJ20309	RGD1304808_predicted	similar to hypothetical protein FLJ20309 (predicted)	'predicted' is removed	2292626	APPROVED
2005-01-20	RGD1304808_predicted	similar to hypothetical protein FLJ20309 (predicted)	LOC316440_predicted		Symbol and Name status set to approved	1331353	APPROVED
2005-01-12	LOC316440_predicted	similar to hypothetical protein FLJ20309 (predicted)			Symbol and Name status set to provisional	70820	PROVISIONAL

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

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

Gene Annotator (Annotation Comparison) unavailable	OLGA (Gene List Generator) unavailable
Gene Annotator (Annotation Comparison)	OLGA (Gene List Generator)	Excel (Download)

MOET (Multi-Ontology Enrichement) unavailable	GOLF (Gene-Ortholog Location Finder) unavailable
MOET (Multi-Ontology Enrichement)	GOLF (Gene-Ortholog Location Finder)

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RGD Manual Annotations