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Gene: Rbm20 (RNA binding motif protein 20) Mus musculus

Analyze

Symbol:

Rbm20

Name:

RNA binding motif protein 20

RGD ID:

1616733

MGI Page

MGI

Description:

Enables pre-mRNA intronic binding activity. Involved in heart formation; regulation of RNA splicing; and spliceosome-depend formation of circular RNA. Located in cytoplasmic ribonucleoprotein granule. Is active in nucleus. Is expressed in several structures, including diaphragm; extraembryonic component; heart; limb segment; and skeletal musculature. Used to study atrial fibrillation and dilated cardiomyopathy 1DD. Human ortholog(s) of this gene implicated in dilated cardiomyopathy and dilated cardiomyopathy 1DD. Orthologous to human RBM20 (RNA binding motif protein 20).

Type:

protein-coding

RefSeq Status:

VALIDATED

Previously known as:

1110018J23Rik; 2010003H22Rik; AI646761; probable RNA-binding protein 20; RNA-binding motif protein 20; RNA-binding protein 20

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):	RBM20 (RNA binding motif protein 20)	HGNC	EggNOG, Ensembl, HGNC, HomoloGene, Inparanoid, NCBI, OMA, OrthoDB, OrthoMCL, Panther, Treefam
Rattus norvegicus (Norway rat):	Rbm20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chinchilla lanigera (long-tailed chinchilla):	Rbm20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Pan paniscus (bonobo/pygmy chimpanzee):	RBM20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Canis lupus familiaris (dog):	RBM20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Ictidomys tridecemlineatus (thirteen-lined ground squirrel):	Rbm20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Sus scrofa (pig):	RBM20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chlorocebus sabaeus (green monkey):	RBM20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Heterocephalus glaber (naked mole-rat):	Rbm20 (RNA binding motif protein 20)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Alliance orthologs ³
Rattus norvegicus (Norway rat):	Rbm20 (RNA binding motif protein 20)	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Homo sapiens (human):	RBM20 (RNA binding motif protein 20)	Alliance	DIOPT (Ensembl Compara\|HGNC\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Danio rerio (zebrafish):	rbm20 (RNA binding motif protein 20)	Alliance	DIOPT (ZFIN)
Xenopus tropicalis (tropical clawed frog):	rbm20	Alliance	DIOPT (Ensembl Compara\|OMA\|OrthoFinder\|PANTHER\|PhylomeDB)

Latest Assembly:

GRCm39 - Mouse Genome Assembly GRCm39

Position:

Mouse Assembly	Chr	Position (strand)	Source	Genome Browsers
Mouse Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCm39	19	53,649,422 - 53,855,514 (+)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	19	53,665,737 - 53,855,511 (+)	Ensembl		GRCm39 Ensembl
GRCm38	19	53,660,989 - 53,867,083 (+)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	19	53,677,306 - 53,867,080 (+)	Ensembl	GRCm38		mm10	GRCm38
MGSCv37	19	53,751,796 - 53,941,570 (+)	NCBI	GRCm37	MGSCv37	mm9	NCBIm37
MGSCv36	19	53,730,363 - 53,919,025 (+)	NCBI		MGSCv36	mm8
MGSCv36	19	53,676,844 - 53,880,034 (+)	NCBI		MGSCv36	mm8
Celera	19	55,870,376 - 56,061,918 (+)	NCBI		Celera
Cytogenetic Map	19	D2	NCBI
cM Map	19	48.28	NCBI

JBrowse:

View Region in Genome Browser (JBrowse)

Model

Annotation Click to see Annotation Detail View

Disease Annotations Click to see Annotation Detail View

arrhythmogenic right ventricular cardiomyopathy (ISO)

atrial fibrillation (IAGP,ISO)

cardiac arrest (ISO)

Cardiac Conduction Defect (ISO)

cardiomyopathy (ISO)

congestive heart failure (ISO)

Cornelia de Lange syndrome 3 (ISO)

dilated cardiomyopathy (ISO)

dilated cardiomyopathy 1A (ISO)

dilated cardiomyopathy 1B (ISO)

dilated cardiomyopathy 1DD (IAGP,ISO)

dilated cardiomyopathy 1S (ISO)

Dilated Cardiomyopathy with Left Ventricular Noncompaction (ISO)

familial hypertrophic cardiomyopathy (ISO)

Heart Block (ISO)

hypertrophic cardiomyopathy (ISO)

hypertrophic cardiomyopathy 1 (ISO)

long QT syndrome (ISO)

RASopathy (ISO)

Ventricular Fibrillation, Paroxysmal Familial, 1 (ISO)

Ventricular Tachycardia (ISO)

Wolff-Parkinson-White syndrome (ISO)

Gene-Chemical Interaction Annotations Click to see Annotation Detail View

1,2-dichloroethane (EXP)

1,3-dinitrobenzene (ISO)

2,3',4,4',5-Pentachlorobiphenyl (EXP)

2,3,7,8-tetrachlorodibenzodioxine (ISO)

4,4'-sulfonyldiphenol (EXP,ISO)

4-hydroxyphenyl retinamide (EXP)

6-propyl-2-thiouracil (ISO)

acetamide (ISO)

aflatoxin B1 (ISO)

Aflatoxin B2 alpha (ISO)

all-trans-retinoic acid (ISO)

alpha-Zearalanol (ISO)

amitrole (ISO)

amphetamine (ISO)

arotinoid acid (ISO)

atrazine (ISO)

benzo[a]pyrene (ISO)

benzo[e]pyrene (ISO)

bisphenol A (ISO)

bisphenol F (ISO)

butanal (ISO)

cantharidin (EXP)

CGP 52608 (ISO)

CHIR 99021 (ISO)

chlorpyrifos (EXP)

cortisol (ISO)

decabromodiphenyl ether (ISO)

dichloroacetic acid (EXP)

dorsomorphin (ISO)

doxorubicin (ISO)

entinostat (ISO)

epoxiconazole (EXP)

fenvalerate (ISO)

FR900359 (ISO)

fulvestrant (ISO)

gentamycin (ISO)

L-ascorbic acid (ISO)

L-ascorbic acid 2-phosphate (ISO)

mercury dibromide (ISO)

methamphetamine (EXP)

methapyrilene (ISO)

methimazole (ISO)

methoxychlor (ISO)

methylmercury chloride (ISO)

N,N-diethyl-m-toluamide (ISO)

nickel atom (ISO)

paracetamol (ISO)

perfluorohexanesulfonic acid (EXP)

perfluorooctanoic acid (ISO)

permethrin (ISO)

phenylmercury acetate (ISO)

pregnenolone 16alpha-carbonitrile (EXP)

SB 431542 (ISO)

sulfadimethoxine (ISO)

sulforaphane (EXP)

tamoxifen (EXP)

temozolomide (ISO)

titanium dioxide (EXP)

trichloroethene (ISO)

triclosan (ISO)

triptonide (EXP)

troglitazone (EXP)

valproic acid (ISO)

vorinostat (ISO)

XAV939 (ISO)

Gene Ontology Annotations Click to see Annotation Detail View

Biological Process

heart formation (IMP,ISO)

negative regulation of mRNA splicing, via spliceosome (IMP,ISO)

positive regulation of RNA splicing (IMP,ISO)

regulation of alternative mRNA splicing, via spliceosome (IEA,ISO)

regulation of mRNA splicing, via spliceosome (ISO)

regulation of RNA splicing (IBA,ISO)

spliceosome-depend formation of circular RNA (IDA)

Cellular Component

cytoplasmic ribonucleoprotein granule (IDA,ISO)

nucleus (IBA,IDA,IMP,ISO)

Molecular Function

mRNA binding (IBA)

pre-mRNA intronic binding (IDA,ISO)

protein binding (ISO)

RNA binding (IDA)

splicing factor binding (ISO,ISS)

zinc ion binding (IEA)

Phenotype Annotations Click to see Annotation Detail View

Mammalian Phenotype

abnormal diastolic filling velocity (IAGP)

abnormal exercise endurance (IAGP)

abnormal heart atrium morphology (IAGP)

abnormal heart echocardiography feature (IAGP)

abnormal heart electrocardiography waveform feature (IAGP)

abnormal heart left ventricle morphology (IAGP)

abnormal heart morphology (IAGP)

abnormal heart shape (IEA)

abnormal heartbeat (IAGP)

abnormal myocardial fiber morphology (IAGP)

abnormal myocardial fiber physiology (IAGP)

abnormal P wave (IAGP)

abnormal PR interval (IAGP)

abnormal R wave (IAGP)

abnormal retina morphology (IEA)

abnormal RR interval (IAGP)

abnormal sarcomere morphology (IAGP)

abnormal vitreous body morphology (IEA)

absent optic nerve (IEA)

atrial fibrillation (IAGP)

cardiac fibrosis (IAGP)

cataract (IEA)

decreased cardiac muscle contractility (IAGP)

decreased cardiac stroke volume (IAGP)

decreased heart left ventricle muscle contractility (IAGP)

decreased heart left ventricle wall thickness (IAGP)

dilated cardiomyopathy (IAGP)

dilated heart left ventricle (IAGP)

enlarged heart (IAGP)

increased circulating triglyceride level (IEA)

increased heart atrium size (IAGP)

increased heart weight (IAGP)

premature death (IAGP)

prolonged P wave (IAGP)

prolonged PR interval (IAGP)

prolonged QRS complex duration (IAGP)

prolonged QT interval (IAGP)

small spleen (IEA)

syncope (IAGP)

thin myocardium (IAGP)

thin ventricular wall (IAGP)

ventricular fibrillation (IAGP)

ventricular tachycardia (IAGP)

References

References - curated

#	Reference Title	Reference Citation
1.	Mutations in ribonucleic acid binding protein gene cause familial dilated cardiomyopathy.	Brauch KM, etal., J Am Coll Cardiol. 2009 Sep 1;54(10):930-41. doi: 10.1016/j.jacc.2009.05.038.
2.	RBM20, a gene for hereditary cardiomyopathy, regulates titin splicing.	Guo W, etal., Nat Med. 2012 May;18(5):766-73. doi: 10.1038/nm.2693.
3.	OMIM Disease Annotation Pipeline	OMIM Disease Annotation Pipeline
4.	Mouse MP Annotation Import Pipeline	RGD automated import pipeline
5.	ClinVar Automated Import and Annotation Pipeline	RGD automated import pipeline for ClinVar variants, variant-to-disease annotations and gene-to-disease annotations
6.	Data Import for Chemical-Gene Interactions	RGD automated import pipeline for gene-chemical interactions

Additional References at PubMed

PMID:10349636	PMID:11042159	PMID:11076861	PMID:11217851	PMID:12466851	PMID:12477932	PMID:14610273	PMID:16107646	PMID:16141072	PMID:16141073	PMID:21267068	PMID:21873635
PMID:23886709	PMID:24470489	PMID:24584570	PMID:24599837	PMID:27139341	PMID:27470639	PMID:27524973	PMID:27531932	PMID:27630136	PMID:27889803	PMID:29567830	PMID:29650543
PMID:29895960	PMID:29978560	PMID:30523116	PMID:31776291	PMID:32187365	PMID:32325033	PMID:32547410	PMID:33110103	PMID:35041844	PMID:35394688	PMID:35476669	PMID:36047761
PMID:36198914	PMID:36367695	PMID:36417486	PMID:36555335	PMID:37219949	PMID:37272356	PMID:37349314	PMID:38288598	PMID:38355793	PMID:38847487	PMID:38950288

Genomics

Comparative Map Data

Rbm20
(Mus musculus - house mouse)

Mouse Assembly	Chr	Position (strand)	Source	Genome Browsers
Mouse Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCm39	19	53,649,422 - 53,855,514 (+)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	19	53,665,737 - 53,855,511 (+)	Ensembl		GRCm39 Ensembl
GRCm38	19	53,660,989 - 53,867,083 (+)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	19	53,677,306 - 53,867,080 (+)	Ensembl	GRCm38		mm10	GRCm38
MGSCv37	19	53,751,796 - 53,941,570 (+)	NCBI	GRCm37	MGSCv37	mm9	NCBIm37
MGSCv36	19	53,730,363 - 53,919,025 (+)	NCBI		MGSCv36	mm8
MGSCv36	19	53,676,844 - 53,880,034 (+)	NCBI		MGSCv36	mm8
Celera	19	55,870,376 - 56,061,918 (+)	NCBI		Celera
Cytogenetic Map	19	D2	NCBI
cM Map	19	48.28	NCBI

RBM20
(Homo sapiens - human)

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	10	110,643,245 - 110,839,468 (+)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	10	110,644,336 - 110,839,471 (+)	Ensembl	GRCh38		hg38	GRCh38
GRCh37	10	112,404,094 - 112,599,226 (+)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	10	112,394,203 - 112,589,217 (+)	NCBI	NCBI36	Build 36	hg18	NCBI36
Celera	10	106,135,726 - 106,330,820 (+)	NCBI		Celera
Cytogenetic Map	10	q25.2	NCBI
HuRef	10	106,033,283 - 106,228,064 (+)	NCBI		HuRef
CHM1_1	10	112,685,947 - 112,881,061 (+)	NCBI		CHM1_1
T2T-CHM13v2.0	10	111,526,746 - 111,723,237 (+)	NCBI		T2T-CHM13v2.0

Rbm20
(Rattus norvegicus - Norway rat)

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	1	262,671,311 - 262,912,551 (+)	NCBI		GRCr8
mRatBN7.2	1	252,683,760 - 252,907,465 (+)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	1	252,683,771 - 252,886,060 (+)	Ensembl		mRatBN7.2 Ensembl
UTH_Rnor_SHR_Utx	1	260,872,977 - 261,075,647 (+)	NCBI	Rnor_SHR	UTH_Rnor_SHR_Utx
UTH_Rnor_SHRSP_BbbUtx_1.0	1	267,579,046 - 267,781,723 (+)	NCBI	Rnor_SHRSP	UTH_Rnor_SHRSP_BbbUtx_1.0
UTH_Rnor_WKY_Bbb_1.0	1	260,234,755 - 260,437,091 (+)	NCBI	Rnor_WKY	UTH_Rnor_WKY_Bbb_1.0
Rnor_6.0	1	274,391,932 - 274,589,816 (+)	NCBI	Rnor6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_6.0 Ensembl	1	274,391,932 - 274,589,816 (+)	Ensembl	Rnor6.0		rn6	Rnor6.0
Rnor_5.0	1	281,783,646 - 282,003,053 (+)	NCBI	Rnor5.0	Rnor_5.0	rn5	Rnor5.0
RGSC_v3.4	1	259,905,545 - 260,144,190 (+)	NCBI	RGSC3.4	RGSC_v3.4	rn4	RGSC3.4
RGSC_v3.1	1	260,300,378 - 260,352,579 (+)	NCBI
Celera	1	248,402,941 - 248,600,603 (+)	NCBI		Celera
Cytogenetic Map	1	q55	NCBI

Rbm20
(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_004955485	586,373 - 769,635 (-)	Ensembl	ChiLan1.0
ChiLan1.0	NW_004955485	590,094 - 769,604 (-)	NCBI	ChiLan1.0	ChiLan1.0

RBM20
(Pan paniscus - bonobo/pygmy chimpanzee)

Bonobo Assembly	Chr	Position (strand)	Source	Genome Browsers
Bonobo Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
NHGRI_mPanPan1-v2	8	122,528,458 - 122,721,290 (+)	NCBI		NHGRI_mPanPan1-v2
NHGRI_mPanPan1	10	122,533,794 - 122,726,626 (+)	NCBI		NHGRI_mPanPan1
Mhudiblu_PPA_v0	10	107,240,854 - 107,433,749 (+)	NCBI	Mhudiblu_PPA_v0	Mhudiblu_PPA_v0	panPan3
PanPan1.1	10	110,767,653 - 110,882,909 (+)	NCBI	panpan1.1	PanPan1.1	panPan2
PanPan1.1 Ensembl	10	110,822,255 - 110,882,909 (+)	Ensembl	panpan1.1		panPan2

RBM20
(Canis lupus familiaris - dog)

Dog Assembly	Chr	Position (strand)	Source	Genome Browsers
Dog Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
CanFam3.1	28	21,971,424 - 22,162,798 (+)	NCBI	CanFam3.1	CanFam3.1	canFam3	CanFam3.1
CanFam3.1 Ensembl	28	21,971,504 - 22,161,476 (+)	Ensembl	CanFam3.1		canFam3	CanFam3.1
Dog10K_Boxer_Tasha	28	22,243,625 - 22,314,911 (+)	NCBI		Dog10K_Boxer_Tasha
ROS_Cfam_1.0	28	22,616,330 - 22,687,337 (+)	NCBI		ROS_Cfam_1.0
ROS_Cfam_1.0 Ensembl	28	22,496,586 - 22,687,315 (+)	Ensembl		ROS_Cfam_1.0 Ensembl
UMICH_Zoey_3.1	28	22,175,756 - 22,246,804 (+)	NCBI		UMICH_Zoey_3.1
UNSW_CanFamBas_1.0	28	22,182,299 - 22,253,611 (+)	NCBI		UNSW_CanFamBas_1.0
UU_Cfam_GSD_1.0	28	22,316,433 - 22,387,379 (+)	NCBI		UU_Cfam_GSD_1.0

Rbm20
(Ictidomys tridecemlineatus - thirteen-lined ground squirrel)

Squirrel Assembly	Chr	Position (strand)	Source	Genome Browsers
Squirrel Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
HiC_Itri_2	NW_024407213	23,908,959 - 24,089,243 (-)	NCBI		HiC_Itri_2
SpeTri2.0 Ensembl	NW_004936486	1,472,227 - 1,653,209 (+)	Ensembl	SpeTri2.0	SpeTri2.0 Ensembl
SpeTri2.0	NW_004936486	1,472,170 - 1,652,314 (+)	NCBI	SpeTri2.0	SpeTri2.0		SpeTri2.0

RBM20
(Sus scrofa - pig)

Pig Assembly	Chr	Position (strand)	Source	Genome Browsers
Pig Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
Sscrofa11.1 Ensembl	14	121,210,666 - 121,269,823 (+)	Ensembl	Sscrofa11.1		susScr11	Sscrofa11.1
Sscrofa11.1	14	121,058,896 - 121,269,824 (+)	NCBI	Sscrofa11.1	Sscrofa11.1	susScr11	Sscrofa11.1
Sscrofa10.2	14	131,944,861 - 132,146,766 (+)	NCBI	Sscrofa10.2	Sscrofa10.2	susScr3

RBM20
(Chlorocebus sabaeus - green monkey)

Green Monkey Assembly	Chr	Position (strand)	Source	Genome Browsers
Green Monkey Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
ChlSab1.1	9	103,583,722 - 103,775,391 (+)	NCBI	ChlSab1.1	ChlSab1.1	chlSab2
ChlSab1.1 Ensembl	9	103,703,569 - 103,777,934 (+)	Ensembl	ChlSab1.1	ChlSab1.1 Ensembl	chlSab2
Vero_WHO_p1.0	NW_023666048	64,923,022 - 64,982,689 (+)	NCBI	Vero_WHO_p1.0	Vero_WHO_p1.0

Rbm20
(Heterocephalus glaber - naked mole-rat)

Naked Mole-Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Naked Mole-Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
HetGla_female_1.0 Ensembl	NW_004624737	35,477,521 - 35,545,242 (-)	Ensembl	HetGla_female_1.0	HetGla_female_1.0 Ensembl	hetGla2
HetGla 1.0	NW_004624737	35,479,621 - 35,660,357 (-)	NCBI	HetGla_female_1.0	HetGla 1.0	hetGla2

Variants

Variants in Rbm20
7899 total Variants

miRNA Target Status (No longer updated)

Predicted Target Of

	Summary Value
Count of predictions:	2578
Count of miRNA genes:	717
Interacting mature miRNAs:	911
Transcripts:	ENSMUST00000095969, ENSMUST00000161856, ENSMUST00000162910, ENSMUST00000164202
Prediction methods:	Miranda, Rnahybrid, Targetscan
Result types:	miRGate_prediction

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

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

QTLs in Region (GRCm39)

The following QTLs overlap with this region.

RGD ID	Symbol	Name	LOD	P Value	Trait	Sub Trait	Chr	Start	Stop	Species
10043896	Bw21_m	body weight QTL 21 (mouse)			Not determined		19	39596066	61420004	Mouse
4141659	Pbwg20_m	postnatal body weight growth 20 (mouse)			Not determined		19	21378705	55378928	Mouse
13506250	Renmq1_m	renal mercury accumulation QTL 1 (mouse)					19	27385594	61385705	Mouse
4141019	Tgq29_m	triglyceride QTL 29 (mouse)			Not determined			34596786	61420004	Mouse
10412251	Mnp_m	modifier of Niemann Pick type C1 (mouse)			Not determined		19	20234314	54234461	Mouse
1301942	Pas13_m	pulmonary adenoma susceptibility 13 (mouse)			Not determined		19	30141231	61420004	Mouse
12790634	Ebm1_m	Epidermolysis Bullosa modifier 1 (mouse)					19	24988439	58988439	Mouse
1302170	Tanidd1_m	tally ho associated non-insulin dependednt diabetes mellitus 1 (mouse)			Not determined		19	36752597	61420004	Mouse
1301466	T2dm2_m	type 2 diabetes mellitus 2 (mouse)			Not determined		19	38376050	61420004	Mouse
1558876	W3q14_m	weight 3 weeks QTL 14 (mouse)			Not determined		19	22313326	53911504	Mouse
1300856	Nobq2_m	New Zealand obese QTL 2 (mouse)			Not determined		19	30897880	61420004	Mouse
1302104	Lfp1_m	long free running period 1 (mouse)			Not determined		19	39184064	61420004	Mouse
4141138	Femwf11_m	femur work to failure 11 (mouse)			Not determined			28140348	61420004	Mouse
4141650	Chldq9_m	cholesterol and HDL QTL 9 (mouse)			Not determined		19	37882982	61420004	Mouse
1301410	Cd8mts6_m	CD8 memory T cell subset 6 (mouse)			Not determined		19	30141231	61420004	Mouse
11667075	Led3_m	late embryonic death 3 (mouse)					19	51088378	59123872	Mouse
1301639	Stnn_m	striatal neuron number (mouse)			Not determined		19	33951952	61420004	Mouse
4142343	Moen2_m	modifier of engrailed QTL 2 (mouse)			Not determined		19	20234314	54234461	Mouse
1301451	Ath16_m	atherosclerosis 16 (mouse)			Not determined		19	25426917	59427005	Mouse
1300683	Fembm7_m	femoral bone morphometry 7 (mouse)			Not determined		19	30141224	61420004	Mouse
1300585	Pgia12_m	proteoglycan induced arthritis 12 (mouse)			Not determined		19	42586859	61420004	Mouse
4141412	Acsns1_m	Angiostrongylus costaricensis nematode susceptibility 1 (mouse)			Not determined			47897880	55026545	Mouse
1301741	Lith2_m	lithogenic gene 2 (mouse)			Not determined		19	32992158	61420004	Mouse

Markers in Region

AI646761

Mouse Assembly	Chr	Position (strand)	Source	JBrowse
GRCm38	19	53,866,696 - 53,866,817	UniSTS	GRCm38
MGSCv37	19	53,941,186 - 53,941,307	UniSTS	GRCm37
Celera	19	56,061,534 - 56,061,655	UniSTS
Cytogenetic Map	19	D2	UniSTS

D19Mit103

Mouse Assembly	Chr	Position (strand)	Source	JBrowse
GRCm38	19	53,764,166 - 53,764,287	UniSTS	GRCm38
MGSCv37	19	53,838,656 - 53,838,777	UniSTS	GRCm37
Celera	19	55,959,548 - 55,959,675	UniSTS
Cytogenetic Map	19	D2	UniSTS
cM Map	19	52.0	UniSTS
Whitehead Genetic	19	40.4	UniSTS
Whitehead/MRC_RH	19	563.07	UniSTS
Whitehead_YAC	19		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.

Sequence

Nucleotide Sequences


RefSeq Transcripts	NM_001170847	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006527385	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011247371	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011247372	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_036161706	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_036161707	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
GenBank Nucleotide	AC117805	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC121510	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC137853	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK003783	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK008066	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK142175	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BC038663	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CJ099472	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles

Ensembl Acc Id:

ENSMUST00000161856 ⟹ ENSMUSP00000124363

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	53,831,641 - 53,855,511 (+)	Ensembl
GRCm38.p6 Ensembl	19	53,843,210 - 53,867,080 (+)	Ensembl

Ensembl Acc Id:

ENSMUST00000162910 ⟹ ENSMUSP00000158014

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	53,781,739 - 53,802,004 (+)	Ensembl
GRCm38.p6 Ensembl	19	53,793,308 - 53,813,573 (+)	Ensembl

Ensembl Acc Id:

ENSMUST00000164202 ⟹ ENSMUSP00000129447

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	53,665,737 - 53,853,811 (+)	Ensembl
GRCm38.p6 Ensembl	19	53,677,306 - 53,865,380 (+)	Ensembl

RefSeq Acc Id:

NM_001170847 ⟹ NP_001164318

RefSeq Status:

VALIDATED

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	53,665,737 - 53,855,511 (+)	NCBI
GRCm38	19	53,677,306 - 53,867,080 (+)	NCBI
MGSCv37	19	53,751,796 - 53,941,570 (+)	RGD
Celera	19	55,870,376 - 56,061,918 (+)	RGD
cM Map	19		ENTREZGENE

Sequence:

show sequence

AAGGGGACTGGGCACAGGGACCCCGGCCAGTGAGCGCTTGTGTTCCGGGACCGCCCCTCCCGCG
CGCTCTTTCGCTGCGAGCCCGGGCCGGTGTCGCCGCGCATGGTGCTGGCAGTAGCCATGAGCCA
GGACGCGGATCCCAGCGGTCCGGAGCAACCCGACAGAGATGCCTGCGTTATGCCCGGTGTTCAG
GGGCCCTCCGTGCCCCAGGGCCAGCAAGGGATGCAGCCTCTGCCGCCACCGCCACCGCCTCAGC
CTCAAGCCAGCCTGCCCCAGATCATCCAAAATGCTGCCAAGCTCCTGGATAAGAGCCCCTTCTC
GGTCAATAACCAGAACCCTCTGCTCACGTCGCCAGCCAGCGTCCAGCTGGCCCAGATACAGGCT
CAGCTCACCCTCCATCGGCTGAAGATGGCACAGACCGCAGTCACCAACAACACTGCAGCGGCCA
CGGTTCTGAACCAAGTCCTCTCCAAAGTGGCCATGTCCCAGCCTCTCTTCAACCAGCTCCGGCA
TCCGTCTGTGCTCGGCACCGCACATGGCCCTACTGGGGTGTCCCAGCATGCTGCCTCGGTTCCC
AGCGCTCACTTCCCCTCAACCGCAATCGCCTTTTCGCCCCCAAGCCAGACAGGAGGCCCAGGGC
CTTCTGTGAGCCTCCCCAGCCAGCCCCCCAATGCTATGGTAGTTCATACCTTCAGTGGAGTGGT
ACCTCAGACCCCTGCCCAGCCAGCTGTCATCCTTAGCCTTGGGAAGGCTGGGCCTACACCGGCT
ACTACAGGGTTCTATGACTATGGCAAAGCCAACTCCGGCCAAGCGTATGGTTCTGAAACGGAGG
GCCAGCCAGGCTTCTTGCCAGCCTCGGCCTCAGCCACAGCATCAGGCAGTATGACCTATGAAGG
GCACTATAGCCACACAGGGCAGGATGGCCAACCTGCCTTTTCTAAAGACTTCTATGGACCCAAT
GCCCAAGGGCCACACATAGCAGGTGGATTTCCAGCTGATCAGACTGGGAGCATGAAGGGAGACG
TTGGTGGGCTGTTGCAAGGCACCAACAGCCAGTGGGAGAGGCCCCCTGGATTCTCAGGCCAAAA
CAAGCCCGATATTACAGCGGGACCCAGTTTGTGGGCTCCACCTGCCAGCCAGCCTTATGAGCTC
TATGACCCTGAAGAGCCTACCTCAGACAGGGCCCCTCCTGCCTTTGGGTCTCGGCTTAACAACA
GCAAGCAGGGATTCGGCTGCTCTTGCCGAAGGACAAAGGAGGGACAGGCTGTGCTGTCCGTGAG
GCCCCTGCAGGGTCATCAACTGAACGATTTCCGAGGCTTGGCTCCACTCCACCTACCACATATC
TGCAGCATCTGTGACAAGAAGGTGTTTGACTTGAAGGACTGGGAGCTACATGTGAAAGGGAAGC
TGCATGCCCAGAAATGCCTGCTCTTCTCAGAAAGTGCTGGCCTCCGGAGTATACGTGCTTCAGG
AGAGGGGACACTGTCTGCCTCTGCTAACAGCACAGCTGTTTATAACCCCACTGGAAACGAGGAT
TATACCTCAAATCTTGGAACATCATATGCAGCCATTCCAACGAGGGCCTTTGCTCAGTCAAACC
CCGTGTTTCCTTCAGCTTCCTCTGGGACAAGTTTTGCAGCACAGAGGAAAGGCGCTGGACGGGT
AGTGCACATCTGCAATCTCCCGGAGGGCAGCTGCACGGAGAATGACGTCATTAACCTGGGGCTG
CCCTTTGGCAAGGTCACTAATTACATCCTCATGAAGTCAACTAATCAGGCTTTCTTGGAGATGG
CTTACACAGAAGCCGCCCAGGCTATGGTCCAGTACTACCAAGAAAAGCCTGCGATTATCAATGG
CGAGAAGTTACTCATTCGCATGTCCACCAGATACAAGGAATTGCAGCTGAAGAAACCTGGGAAA
AATGTGGCTGCTATCATCCAAGACATCCATTCCCAGAGGGAGAGGGACATGCTCCGGGAAGCTG
ACAGGTATGGTCCAGAGCGGCCACGTTCTCGAAGTCCAATGAGCCGATCACTCTCCCCAAGATC
CCATAGTCCCCCAGGCCCCTCTCGGGCTGACTGGGGCAATGGCCGTGACTCCTACGCGTGGAGA
GACGAGGATCGAGAGACTGTCCCCAGGAGGGAGAACGGGGAAGACAAAAGAGACAGGTTGGATG
TTTGGGCACATGACCGGAAACACTATCCTAGGCAGCTGGACAAAGCTGAGTTGGATGAGCGACT
CGAAGGAGGGAGGGGCTACCGGGAAAAGTACTTGAAGTCAGGGTCTCCCGGCCCACTCCATTCT
GTGTCTGGCTACAAAGGCCGGGAAGATGGCTACCATCGAAAAGAGCCTAAAGCCAAGTTGGACA
AATACCCAAAGCAGCAGCCGGATGTGCCAGGAAGATCCAGAAGGAAAGAAGAGGCGAGACTACG
GGAGCCCAGACACCCTCACCCAGAGGATTCCGGCAAGGCAGAGGATCTGGAGCCCAAGATCACG
CGGGCCCCTGACGGTACCAAGTCCAAGCAAAGTGAGAAAAGTAAAACCAAGAGAGCCGACAGAG
ACCAAGAAGGAGCTGACGACAAAAAAGAAAGCCAACTGGCCGAGAATGAGGCTGGAGCTGAGGA
ACAGGAAGGCATGGTGGGCATACAGCAGGAAGGGACAGAGTCCTGTGATCCAGAAAACACAAGG
ACAAAGAAGGGACAAGACTGTGACAGTGGGAGTGAACCCGAGGGGGACAACTGGTACCCCACCA
ACATGGAGGAGTTGGTCACAGTGGACGAAGTAGGCGAGGAAGATTTCATCATGGAACCAGACTT
ACCAGAGCTGGAAGAAATTGTGCCTATTGACCAGAAAGACAAAACCCTCCCTAAAATATGTACC
TGTGTAACGGCCACCTTAGGTTTGGACTTGGCCAAAGATTTCACCAAGCAGGGAGAGACCCTAG
GGAACGGAGACGCAGAACTCAGCCTGAAGCTGCCCGGACAAGTGCCGTCTACTTCCGCAAGCTG
TCCCAATGACACGGACCTGGAGATGCCTGGCCTAAATCTGGATGCTGAGCGGAAGCCAGCTGAA
AGCGAGACAGGCCTCTCACTGGAGGTCTCAAATTGCTACGAGAAGGAGGCAAGAGGAGAGGAGG
ACTCAGATGTGAGTCTGGCCCCTGCAGTGCAGCAAATGTCCTCCCCCCAGCCAGCAGATGAGCG
GGCCCGGCAGTCCAGCCCTTTTCTCGATGACTGCAAGGCCAGGGGGTCCCCAGAAGATGGGTCT
CATGAAGCCAGCCCCCTGGAAGGAAAAGCCAGCCCACCTACTGAAAGCGACCTCCAAAGCCAGG
CTTGCCGAGAAAACCCCAGGTACATGGAAGTGAAATCTCTGAACGTGAGATCGCCAGAATTCAC
CGAAGCGGAGCTGAAAGAGCCCCTTTCTTTGCCTTCCTGGGAACCGGAGGTGTTCAGTGAACTT
AGCATTCCTCTAGGAGTGGAGTTCGTGGTTCCCAGGACTGGCTTTTATTGCAAGCTGTGTGGCC
TGTTCTACACAAGCGAGGAGGCGGCCAAAGTGAGCCACTGCCGCAGCACTGTCCACTACAGGAA
CTTACAGAAGTACCTGTCTCAGCTGGCAGAGGAGGGCCTGAAGGAGACGGAGGGGACAGACAGC
CCAAGCCCCGAGCGTGGTGGGATTGGTCCACACTTGGAAAGGAAGAAGCTATGATATCGGCGCT
GCCACCGTCTCTGGAAGATGGATGGGAAGCCTGCTGAACTAAGGCCAGCCTGGCCTCAGGCACA
GAACTGAGACCAGAGAGGACGGAGAGCCAGGCAGGACATGGTGCTTGGGCTTGCAGAACAGGCT
GAAGTCTCTGGGAGCTGGGCTCACCCTTCCGGGCCCAGCCACCGAGGGTGACCAGCTTCCTGTG
GGTTCCTGGTTCTTTTAGTCTGTTTTTCCTCTCTCCCTCTCACCTATCCCTTCTGTGCCAAAGT
TCATTTCCTTTTCATAAAATCCAGCTTCTCAGGGATTGTCACTGTGTTTCAAGATTTGATTGGA
TGTGGTAGGTCGGTCGATGAGGCTGGGTCACTCAAGGAGTAAGTTTAATGGAAGGCCTTGACTT
AGTCACTTCAGTGCACCTGCGGTGGCCTTGCAACCTGGTTTCTGTGGGTCCCAAGGGTAGGAGA
GCTGAGTCAGGTTCTGTGCAACCAAGGAATCGCTTGGCAGAGGTGGAAGTGGTTTCACTAGGAT
TTCCTCCAGGTGGATCCCGCCATTTTGAAAAGGCATCTTTGTCTTTTGTTTCAGTCTCAGACGA
GTGCTGGGAGCCGAACCCAGAAGCTTGTACATTCTAAACAGGCGCTCTACCACCGAGCTATAGA
TGCCAGGCCAGAACGTCCCAGGGTTTTGTTTGGAGACAGGGCCCATGCAGTCCAGTTTGTCTTT
AGTTTCCTCTGGAGCCAAGGTTATCCTGAACACCTCATCTTCCTGCCTCTACCTCTTGAGTGTT
GTGATCACAGGTACCGTTCTGGAGGTGAAACCCAGGGCTTCCAGCACAAGAGGCAAGCATACCC
CTATTTTTAGGAAGCCATTCATCCTCATCCTTGGCTATTCTAGAAAAATCACTGGGCTAATGCC
TTAATGTGTTATTATACCATATTGTAGTAGTCATGTATTACTACACATTATTAATAATAAATTC
ATATTTATTTTGTGAAGCAAAGAAGAGCCCAACAGTAAAGAAGCTCTGATAGATTCAATCCAAA
CTTCTCAGTTGGAGGATGGTTTGGGATTTGTTCTATCCAGGACAGTGAATTTGGTATAGATTCA
CTTTAATTAAACTTGAGGCCAGCCATGCCTTCTCAAGGAGGAGATAGATGGCGGGCCTACAGCG
CATGCTGACCTCTGACCTCTGCACTGCTGACCAGCATCAGCTTAACCCAGGAACAAGGGACTGG
CATCTGACCTTCCTTCATCCTTGGTGCCTCTACTTTGGGGTAGTTGGTATTAGAATGATTTGAA
AATGCTCTCCCAATCGAAGGAGAAACTAGGACACTTGGCTTGCTTGGTTCTTGTAGGTAGGGGT
AGGGGATGGAGGGACTGCTGATGCCAACTTGGAGGTTAAAACGATAGAAAGAACTGGTCCCTGA
TTCCCAGTGGGGTCAGTACCCCCGTCCCGTGTGGGCTGTAGGGTCTTAGTGGAAGGTCTTAGGA
CAGGGGTACTATAAGATATGAACTCCACTAGTGCCACAGAACAGACCCCAGTGTCAAAGAGAGC
CTGGCACTGTCTTCACAGGTGGACACGCCTCCTTGAAGGGGCCCTCCATGTGGATGGTTTGCTT
ATATGGTCGCCTGTTTATGTTCCCAAGCAAAGGAAGGTAGTTTAGATAGGGAGCATGCCTCCCC
CCCCTCCCCTTATATTCCATTCTAGACTCTGCACAAACGGAAGGGCGATAGAGAAATGATTTAG
TTCAGCGCTGACATTTTACCAGTGAGGAAGCTGGGGCACAGAAAGGAACGGGGCATAGAACCTA
AAATAACCCTGTGTCCACTTTGAGGCCAGTGGTTCCTGGGCAGGAGAGAACTATTGGAATCTAT
GAAGGAGGAGTTAAGGCAAAGAGGGGCCAGTCTGGAAAGGAGTGACAGGAAGCTGGGGCTTCAG
GAAGATGTAACCCGTCCCCTGGTGGATCCCACAGGAGGTGACCCAGAGCTGTAGTCATGAGCAA
AGTCTCTTCTGATTCTCAGAAAACCTTTGACCTCTGGAACAACTGCTGGCCACATCCCTAAATT
CATTAGCACCTCCATCAGAAGCTGGGCGCTTGATCTTCCAGCAGAGTGAGGCAGACCTCCCAAC
CCCACTGGCTACTCTGTTAAAGCCTTTGTACGGAAAGCCACACGGCCCAGTTCTCAAGCAGTAA
GATGGTTCCCTTGGTTGTAAATCGACCTTCATATTAGCAAAACCGAAGGGTGAAAGAAATGGCA
GTCTCCTTTACATTTAAAGTCATGGATGGTTCTATATGTGTGTGCGTGTACATATATACATATA
TATTTTTATATAATTCCATGGTCCTTGCATTTTTTTTTACTCCTGTGTGTGTGTTCCATGCATC
ATAGTATTGAAGACAACCAGGAAAATATTTATTTCTTTTTTAAAACATGAATTCAGTGTCTCAT
CAGTCATTACAAAGTGTCTCTCCCTGAGGTGGCTCATGAAAGGTTGCTACCTTATACAAAGAAT
TCATTTGCACCCTGGATTAATGTGTCAGAAGGCCTGTGTCCTTTAGTGTCACTGTCAGCACCTG
GTGGTACTCCAGGTGGCACACCCAGAGGCTTTTGTGAGCTTTTGCTATGAGCAGCAGCCATTAG
CGGTCAGGCTTCCCATTCTTGGACAGTCCGAGGCGGTGATCTTTAAGATTATACTTGAACTGGA
CCAGAGATTGTTTTTGTGAGATTTTGAAAACCAGAACTATTAGTTAATTTAAGTTTGAACTTGT
AAAGTATTAGAATATTTTGAGTCTCTTATATAAATTGTCACCACTTTTTCTGATCTCTATAACT
GACCTAAAGTGTTTGTTTTTACAAAAGGATAAATGGTTTTTAATAAAGAGAATTTGAAAGCTTG
AAAAAAAAAAAAAAA

hide sequence

RefSeq Acc Id:

XM_006527385 ⟹ XP_006527448

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	53,781,445 - 53,855,514 (+)	NCBI
GRCm38	19	53,793,016 - 53,867,083 (+)	NCBI

Sequence:

show sequence

CCTCCTTCAGACACAGTCTCCGGAGACCGCTGCATGGAGCTAGCCTGGGTGTTGATACGCGAAG
AGGCTGAGAACATGAGGCATGAACGTAGACTGATATTGTTTGCCATTTACACTCAGCATGTGTA
ATGCGGTAGGAATGGCTCTCAGCAGCATGTGACTCTCCTTGCAGACGGTAGGCAGTGCCCAGGA
CGCTCTTTCTCTCTCGCTGGTTCGCTTGCTCATAGCCCACCCCCCCCCCTCCTCTGCCCCTTCC
CAGACTCCTGAGCGCTTGAGTGGACGGAGGCCTGTCATGATTGGCACGCAGAAAGCTGGTAGAA
TGTTGTTGGAATTTTCTAGGGCGGTACATGTGCGACACCCAAAATGACTCCTAGCTTCGGTGGC
CGCAGGTCAGCAGCCCTTCATGCCAGGTGCCCTGGTCTGTTTCTGAAAGTGCTGCCAAGCTCCT
GGATAAGAGCCCCTTCTCGGTCAATAACCAGAACCCTCTGCTCACGTCGCCAGCCAGCGTCCAG
CTGGCCCAGATACAGGCTCAGCTCACCCTCCATCGGCTGAAGATGGCACAGACCGCAGTCACCA
ACAACACTGCAGCGGCCACGGTTCTGAACCAAGTCCTCTCCAAAGTGGCCATGTCCCAGCCTCT
CTTCAACCAGCTCCGGCATCCGTCTGTGCTCGGCACCGCACATGGCCCTACTGGGGTGTCCCAG
CATGCTGCCTCGGTTCCCAGCGCTCACTTCCCCTCAACCGCAATCGCCTTTTCGCCCCCAAGCC
AGACAGGAGGCCCAGGGCCTTCTGTGAGCCTCCCCAGCCAGCCCCCCAATGCTATGGTAGTTCA
TACCTTCAGTGGAGTGGTACCTCAGACCCCTGCCCAGCCAGCTGTCATCCTTAGCCTTGGGAAG
GCTGGGCCTACACCGGCTACTACAGGGTTCTATGACTATGGCAAAGCCAACTCCGGCCAAGCGT
ATGGTTCTGAAACGGAGGGCCAGCCAGGCTTCTTGCCAGCCTCGGCCTCAGCCACAGCATCAGG
CAGTATGACCTATGAAGGGCACTATAGCCACACAGGGCAGGATGGCCAACCTGCCTTTTCTAAA
GACTTCTATGGACCCAATGCCCAAGGGCCACACATAGCAGGTGGATTTCCAGCTGATCAGACTG
GGAGCATGAAGGGAGACGTTGGTGGGCTGTTGCAAGGCACCAACAGCCAGTGGGAGAGGCCCCC
TGGATTCTCAGGCCAAAACAAGCCCGATATTACAGCGGGACCCAGTTTGTGGGCTCCACCTGCC
AGCCAGCCTTATGAGCTCTATGACCCTGAAGAGCCTACCTCAGACAGGGCCCCTCCTGCCTTTG
GGTCTCGGCTTAACAACAGCAAGCAGGGATTCGGCTGCTCTTGCCGAAGGACAAAGGAGGGACA
GGCTGTGCTGTCCGTGAGGCCCCTGCAGGGTCATCAACTGAACGATTTCCGAGGCTTGGCTCCA
CTCCACCTACCACATATCTGCAGCATCTGTGACAAGAAGGTGTTTGACTTGAAGGACTGGGAGC
TACATGTGAAAGGGAAGCTGCATGCCCAGAAATGCCTGCTCTTCTCAGAAAGTGCTGGCCTCCG
GAGTATACGTGCTTCAGGAGAGGGGACACTGTCTGCCTCTGCTAACAGCACAGCTGTTTATAAC
CCCACTGGAAACGAGGATTATACCTCAAATCTTGGAACATCATATGCAGCCATTCCAACGAGGG
CCTTTGCTCAGTCAAACCCCGTGTTTCCTTCAGCTTCCTCTGGGACAAGTTTTGCAGCACAGAG
GAAAGGCGCTGGACGGGTAGTGCACATCTGCAATCTCCCGGAGGGCAGCTGCACGGAGAATGAC
GTCATTAACCTGGGGCTGCCCTTTGGCAAGGTCACTAATTACATCCTCATGAAGTCAACTAATC
AGGCTTTCTTGGAGATGGCTTACACAGAAGCCGCCCAGGCTATGGTCCAGTACTACCAAGAAAA
GCCTGCGATTATCAATGGCGAGAAGTTACTCATTCGCATGTCCACCAGATACAAGGAATTGCAG
CTGAAGAAACCTGGGAAAAATGTGGCTGCTATCATCCAAGACATCCATTCCCAGAGGGAGAGGG
ACATGCTCCGGGAAGCTGACAGGTATGGTCCAGAGCGGCCACGTTCTCGAAGTCCAATGAGCCG
ATCACTCTCCCCAAGATCCCATAGTCCCCCAGGCCCCTCTCGGGCTGACTGGGGCAATGGCCGT
GACTCCTACGCGTGGAGAGACGAGGATCGAGAGACTGTCCCCAGGAGGGAGAACGGGGAAGACA
AAAGAGACAGGTTGGATGTTTGGGCACATGACCGGAAACACTATCCTAGGCAGCTGGACAAAGC
TGAGTTGGATGAGCGACTCGAAGGAGGGAGGGGCTACCGGGAAAAGTACTTGAAGTCAGGGTCT
CCCGGCCCACTCCATTCTGTGTCTGGCTACAAAGGCCGGGAAGATGGCTACCATCGAAAAGAGC
CTAAAGCCAAGTTGGACAAATACCCAAAGCAGCAGCCGGATGTGCCAGGAAGATCCAGAAGGAA
AGAAGAGGCGAGACTACGGGAGCCCAGACACCCTCACCCAGAGGATTCCGGCAAGGCAGAGGAT
CTGGAGCCCAAGATCACGCGGGCCCCTGACGGTACCAAGTCCAAGCAAAGTGAGAAAAGTAAAA
CCAAGAGAGCCGACAGAGACCAAGAAGGAGCTGACGACAAAAAAGAAAGCCAACTGGCCGAGAA
TGAGGCTGGAGCTGAGGAACAGGAAGGCATGGTGGGCATACAGCAGGAAGGGACAGAGTCCTGT
GATCCAGAAAACACAAGGACAAAGAAGGGACAAGACTGTGACAGTGGGAGTGAACCCGAGGGGG
ACAACTGGTACCCCACCAACATGGAGGAGTTGGTCACAGTGGACGAAGTAGGCGAGGAAGATTT
CATCATGGAACCAGACTTACCAGAGCTGGAAGAAATTGTGCCTATTGACCAGAAAGACAAAACC
CTCCCTAAAATATGTACCTGTGTAACGGCCACCTTAGGTTTGGACTTGGCCAAAGATTTCACCA
AGCAGGGAGAGACCCTAGGGAACGGAGACGCAGAACTCAGCCTGAAGCTGCCCGGACAAGTGCC
GTCTACTTCCGCAAGCTGTCCCAATGACACGGACCTGGAGATGCCTGGCCTAAATCTGGATGCT
GAGCGGAAGCCAGCTGAAAGCGAGACAGGCCTCTCACTGGAGGTCTCAAATTGCTACGAGAAGG
AGGCAAGAGGAGAGGAGGACTCAGATGTGAGTCTGGCCCCTGCAGTGCAGCAAATGTCCTCCCC
CCAGCCAGCAGATGAGCGGGCCCGGCAGTCCAGCCCTTTTCTCGATGACTGCAAGGCCAGGGGG
TCCCCAGAAGATGGGTCTCATGAAGCCAGCCCCCTGGAAGGAAAAGCCAGCCCACCTACTGAAA
GCGACCTCCAAAGCCAGGCTTGCCGAGAAAACCCCAGGTACATGGAAGTGAAATCTCTGAACGT
GAGATCGCCAGAATTCACCGAAGCGGAGCTGAAAGAGCCCCTTTCTTTGCCTTCCTGGGAACCG
GAGGTGTTCAGTGAACTTAGCATTCCTCTAGGAGTGGAGTTCGTGGTTCCCAGGACTGGCTTTT
ATTGCAAGCTGTGTGGCCTGTTCTACACAAGCGAGGAGGCGGCCAAAGTGAGCCACTGCCGCAG
CACTGTCCACTACAGGAACTTACAGAAGTACCTGTCTCAGCTGGCAGAGGAGGGCCTGAAGGAG
ACGGAGGGGACAGACAGCCCAAGCCCCGAGCGTGGTGGGATTGGTCCACACTTGGAAAGGAAGA
AGCTATGATATCGGCGCTGCCACCGTCTCTGGAAGATGGATGGGAAGCCTGCTGAACTAAGGCC
AGCCTGGCCTCAGGCACAGAACTGAGACCAGAGAGGACGGAGAGCCAGGCAGGACATGGTGCTT
GGGCTTGCAGAACAGGCTGAAGTCTCTGGGAGCTGGGCTCACCCTTCCGGGCCCAGCCACCGAG
GGTGACCAGCTTCCTGTGGGTTCCTGGTTCTTTTAGTCTGTTTTTCCTCTCTCCCTCTCACCTA
TCCCTTCTGTGCCAAAGTTCATTTCCTTTTCATAAAATCCAGCTTCTCAGGGATTGTCACTGTG
TTTCAAGATTTGATTGGATGTGGTAGGTCGGTCGATGAGGCTGGGTCACTCAAGGAGTAAGTTT
AATGGAAGGCCTTGACTTAGTCACTTCAGTGCACCTGCGGTGGCCTTGCAACCTGGTTTCTGTG
GGTCCCAAGGGTAGGAGAGCTGAGTCAGGTTCTGTGCAACCAAGGAATCGCTTGGCAGAGGTGG
AAGTGGTTTCACTAGGATTTCCTCCAGGTGGATCCCGCCATTTTGAAAAGGCATCTTTGTCTTT
TGTTTCAGTCTCAGACGAGTGCTGGGAGCCGAACCCAGAAGCTTGTACATTCTAAACAGGCGCT
CTACCACCGAGCTATAGATGCCAGGCCAGAACGTCCCAGGGTTTTGTTTGGAGACAGGGCCCAT
GCAGTCCAGTTTGTCTTTAGTTTCCTCTGGAGCCAAGGTTATCCTGAACACCTCATCTTCCTGC
CTCTACCTCTTGAGTGTTGTGATCACAGGTACCGTTCTGGAGGTGAAACCCAGGGCTTCCAGCA
CAAGAGGCAAGCATACCCCTATTTTTAGGAAGCCATTCATCCTCATCCTTGGCTATTCTAGAAA
AATCACTGGGCTAATGCCTTAATGTGTTATTATACCATATTGTAGTAGTCATGTATTACTACAC
ATTATTAATAATAAATTCATATTTATTTTGTGAAGCAAAGAAGAGCCCAACAGTAAAGAAGCTC
TGATAGATTCAATCCAAACTTCTCAGTTGGAGGATGGTTTGGGATTTGTTCTATCCAGGACAGT
GAATTTGGTATAGATTCACTTTAATTAAACTTGAGGCCAGCCATGCCTTCTCAAGGAGGAGATA
GATGGCGGGCCTACAGCGCATGCTGACCTCTGACCTCTGCACTGCTGACCAGCATCAGCTTAAC
CCAGGAACAAGGGACTGGCATCTGACCTTCCTTCATCCTTGGTGCCTCTACTTTGGGGTAGTTG
GTATTAGAATGATTTGAAAATGCTCTCCCAATCGAAGGAGAAACTAGGACACTTGGCTTGCTTG
GTTCTTGTAGGTAGGGGTAGGGGATGGAGGGACTGCTGATGCCAACTTGGAGGTTAAAACGATA
GAAAGAACTGGTCCCTGATTCCCAGTGGGGTCAGTACCCCCGTCCCGTGTGGGCTGTAGGGTCT
TAGTGGAAGGTCTTAGGACAGGGGTACTATAAGATATGAACTCCACTAGTGCCACAGAACAGAC
CCCAGTGTCAAAGAGAGCCTGGCACTGTCTTCACAGGTGGACACGCCTCCTTGAAGGGGCCCTC
CATGTGGATGGTTTGCTTATATGGTCGCCTGTTTATGTTCCCAAGCAAAGGAAGGTAGTTTAGA
TAGGGAGCATGCCTCCCCCCCCTCCCCTTATATTCCATTCTAGACTCTGCACAAACGGAAGGGC
GATAGAGAAATGATTTAGTTCAGCGCTGACATTTTACCAGTGAGGAAGCTGGGGCACAGAAAGG
AACGGGGCATAGAACCTAAAATAACCCTGTGTCCACTTTGAGGCCAGTGGTTCCTGGGCAGGAG
AGAACTATTGGAATCTATGAAGGAGGAGTTAAGGCAAAGAGGGGCCAGTCTGGAAAGGAGTGAC
AGGAAGCTGGGGCTTCAGGAAGATGTAACCCGTCCCCTGGTGGATCCCACAGGAGGTGACCCAG
AGCTGTAGTCATGAGCAAAGTCTCTTCTGATTCTCAGAAAACCTTTGACCTCTGGAACAACTGC
TGGCCACATCCCTAAATTCATTAGCACCTCCATCAGAAGCTGGGCGCTTGATCTTCCAGCAGAG
TGAGGCAGACCTCCCAACCCCACTGGCTACTCTGTTAAAGCCTTTGTACGGAAAGCCACACGGC
CCAGTTCTCAAGCAGTAAGATGGTTCCCTTGGTTGTAAATCGACCTTCATATTAGCAAAACCGA
AGGGTGAAAGAAATGGCAGTCTCCTTTACATTTAAAGTCATGGATGGTTCTATATGTGTGTGCG
TGTACATATATACATATATATTTTTATATAATTCCATGGTCCTTGCATTTTTTTTTACTCCTGT
GTGTGTGTTCCATGCATCATAGTATTGAAGACAACCAGGAAAATATTTATTTCTTTTTTAAAAC
ATGAATTCAGTGTCTCATCAGTCATTACAAAGTGTCTCTCCCTGAGGTGGCTCATGAAAGGTTG
CTACCTTATACAAAGAATTCATTTGCACCCTGGATTAATGTGTCAGAAGGCCTGTGTCCTTTAG
TGTCACTGTCAGCACCTGGTGGTACTCCAGGTGGCACACCCAGAGGCTTTTGTGAGCTTTTGCT
ATGAGCAGCAGCCATTAGCGGTCAGGCTTCCCATTCTTGGACAGTCCGAGGCGGTGATCTTTAA
GATTATACTTGAACTGGACCAGAGATTGTTTTTGTGAGATTTTGAAAACCAGAACTATTAGTTA
ATTTAAGTTTGAACTTGTAAAGTATTAGAATATTTTGAGTCTCTTATATAAATTGTCACCACTT
TTTCTGATCTCTATAACTGACCTAAAGTGTTTGTTTTTACAAAAGGATAAATGGTTTTTAATAA
AGAGAATTTGAAAGCTTGTGA

hide sequence

RefSeq Acc Id:

XM_011247371 ⟹ XP_011245673

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	53,649,422 - 53,855,514 (+)	NCBI
GRCm38	19	53,660,989 - 53,867,083 (+)	NCBI

Sequence:

show sequence

GCTGAGCATTGAGCTGAGAGCAAGCCAGGGAGCAGGCTTCTTCTAGGGCTCCCGCTTCTGCTCC
CTTTGAGGGCCTGCCATGACATTCTTCAGCGATGAACTGTGACCTGGAAGCTGCTGCCAAGCTC
CTGGATAAGAGCCCCTTCTCGGTCAATAACCAGAACCCTCTGCTCACGTCGCCAGCCAGCGTCC
AGCTGGCCCAGATACAGGCTCAGCTCACCCTCCATCGGCTGAAGATGGCACAGACCGCAGTCAC
CAACAACACTGCAGCGGCCACGGTTCTGAACCAAGTCCTCTCCAAAGTGGCCATGTCCCAGCCT
CTCTTCAACCAGCTCCGGCATCCGTCTGTGCTCGGCACCGCACATGGCCCTACTGGGGTGTCCC
AGCATGCTGCCTCGGTTCCCAGCGCTCACTTCCCCTCAACCGCAATCGCCTTTTCGCCCCCAAG
CCAGACAGGAGGCCCAGGGCCTTCTGTGAGCCTCCCCAGCCAGCCCCCCAATGCTATGGTAGTT
CATACCTTCAGTGGAGTGGTACCTCAGACCCCTGCCCAGCCAGCTGTCATCCTTAGCCTTGGGA
AGGCTGGGCCTACACCGGCTACTACAGGGTTCTATGACTATGGCAAAGCCAACTCCGGCCAAGC
GTATGGTTCTGAAACGGAGGGCCAGCCAGGCTTCTTGCCAGCCTCGGCCTCAGCCACAGCATCA
GGCAGTATGACCTATGAAGGGCACTATAGCCACACAGGGCAGGATGGCCAACCTGCCTTTTCTA
AAGACTTCTATGGACCCAATGCCCAAGGGCCACACATAGCAGGTGGATTTCCAGCTGATCAGAC
TGGGAGCATGAAGGGAGACGTTGGTGGGCTGTTGCAAGGCACCAACAGCCAGTGGGAGAGGCCC
CCTGGATTCTCAGGCCAAAACAAGCCCGATATTACAGCGGGACCCAGTTTGTGGGCTCCACCTG
CCAGCCAGCCTTATGAGCTCTATGACCCTGAAGAGCCTACCTCAGACAGGGCCCCTCCTGCCTT
TGGGTCTCGGCTTAACAACAGCAAGCAGGGATTCGGCTGCTCTTGCCGAAGGACAAAGGAGGGA
CAGGCTGTGCTGTCCGTGAGGCCCCTGCAGGGTCATCAACTGAACGATTTCCGAGGCTTGGCTC
CACTCCACCTACCACATATCTGCAGCATCTGTGACAAGAAGGTGTTTGACTTGAAGGACTGGGA
GCTACATGTGAAAGGGAAGCTGCATGCCCAGAAATGCCTGCTCTTCTCAGAAAGTGCTGGCCTC
CGGAGTATACGTGCTTCAGGAGAGGGGACACTGTCTGCCTCTGCTAACAGCACAGCTGTTTATA
ACCCCACTGGAAACGAGGATTATACCTCAAATCTTGGAACATCATATGCAGCCATTCCAACGAG
GGCCTTTGCTCAGTCAAACCCCGTGTTTCCTTCAGCTTCCTCTGGGACAAGTTTTGCAGCACAG
AGGAAAGGCGCTGGACGGGTAGTGCACATCTGCAATCTCCCGGAGGGCAGCTGCACGGAGAATG
ACGTCATTAACCTGGGGCTGCCCTTTGGCAAGGTCACTAATTACATCCTCATGAAGTCAACTAA
TCAGGCTTTCTTGGAGATGGCTTACACAGAAGCCGCCCAGGCTATGGTCCAGTACTACCAAGAA
AAGCCTGCGATTATCAATGGCGAGAAGTTACTCATTCGCATGTCCACCAGATACAAGGAATTGC
AGCTGAAGAAACCTGGGAAAAATGTGGCTGCTATCATCCAAGACATCCATTCCCAGAGGGAGAG
GGACATGCTCCGGGAAGCTGACAGGTATGGTCCAGAGCGGCCACGTTCTCGAAGTCCAATGAGC
CGATCACTCTCCCCAAGATCCCATAGTCCCCCAGGCCCCTCTCGGGCTGACTGGGGCAATGGCC
GTGACTCCTACGCGTGGAGAGACGAGGATCGAGAGACTGTCCCCAGGAGGGAGAACGGGGAAGA
CAAAAGAGACAGGTTGGATGTTTGGGCACATGACCGGAAACACTATCCTAGGCAGCTGGACAAA
GCTGAGTTGGATGAGCGACTCGAAGGAGGGAGGGGCTACCGGGAAAAGTACTTGAAGTCAGGGT
CTCCCGGCCCACTCCATTCTGTGTCTGGCTACAAAGGCCGGGAAGATGGCTACCATCGAAAAGA
GCCTAAAGCCAAGTTGGACAAATACCCAAAGCAGCAGCCGGATGTGCCAGGAAGATCCAGAAGG
AAAGAAGAGGCGAGACTACGGGAGCCCAGACACCCTCACCCAGAGGATTCCGGCAAGGCAGAGG
ATCTGGAGCCCAAGATCACGCGGGCCCCTGACGGTACCAAGTCCAAGCAAAGTGAGAAAAGTAA
AACCAAGAGAGCCGACAGAGACCAAGAAGGAGCTGACGACAAAAAAGAAAGCCAACTGGCCGAG
AATGAGGCTGGAGCTGAGGAACAGGAAGGCATGGTGGGCATACAGCAGGAAGGGACAGAGTCCT
GTGATCCAGAAAACACAAGGACAAAGAAGGGACAAGACTGTGACAGTGGGAGTGAACCCGAGGG
GGACAACTGGTACCCCACCAACATGGAGGAGTTGGTCACAGTGGACGAAGTAGGCGAGGAAGAT
TTCATCATGGAACCAGACTTACCAGAGCTGGAAGAAATTGTGCCTATTGACCAGAAAGACAAAA
CCCTCCCTAAAATATGTACCTGTGTAACGGCCACCTTAGGTTTGGACTTGGCCAAAGATTTCAC
CAAGCAGGGAGAGACCCTAGGGAACGGAGACGCAGAACTCAGCCTGAAGCTGCCCGGACAAGTG
CCGTCTACTTCCGCAAGCTGTCCCAATGACACGGACCTGGAGATGCCTGGCCTAAATCTGGATG
CTGAGCGGAAGCCAGCTGAAAGCGAGACAGGCCTCTCACTGGAGGTCTCAAATTGCTACGAGAA
GGAGGCAAGAGGAGAGGAGGACTCAGATGTGAGTCTGGCCCCTGCAGTGCAGCAAATGTCCTCC
CCCCAGCCAGCAGATGAGCGGGCCCGGCAGTCCAGCCCTTTTCTCGATGACTGCAAGGCCAGGG
GGTCCCCAGAAGATGGGTCTCATGAAGCCAGCCCCCTGGAAGGAAAAGCCAGCCCACCTACTGA
AAGCGACCTCCAAAGCCAGGCTTGCCGAGAAAACCCCAGGTACATGGAAGTGAAATCTCTGAAC
GTGAGATCGCCAGAATTCACCGAAGCGGAGCTGAAAGAGCCCCTTTCTTTGCCTTCCTGGGAAC
CGGAGGTGTTCAGTGAACTTAGCATTCCTCTAGGAGTGGAGTTCGTGGTTCCCAGGACTGGCTT
TTATTGCAAGCTGTGTGGCCTGTTCTACACAAGCGAGGAGGCGGCCAAAGTGAGCCACTGCCGC
AGCACTGTCCACTACAGGAACTTACAGAAGTACCTGTCTCAGCTGGCAGAGGAGGGCCTGAAGG
AGACGGAGGGGACAGACAGCCCAAGCCCCGAGCGTGGTGGGATTGGTCCACACTTGGAAAGGAA
GAAGCTATGATATCGGCGCTGCCACCGTCTCTGGAAGATGGATGGGAAGCCTGCTGAACTAAGG
CCAGCCTGGCCTCAGGCACAGAACTGAGACCAGAGAGGACGGAGAGCCAGGCAGGACATGGTGC
TTGGGCTTGCAGAACAGGCTGAAGTCTCTGGGAGCTGGGCTCACCCTTCCGGGCCCAGCCACCG
AGGGTGACCAGCTTCCTGTGGGTTCCTGGTTCTTTTAGTCTGTTTTTCCTCTCTCCCTCTCACC
TATCCCTTCTGTGCCAAAGTTCATTTCCTTTTCATAAAATCCAGCTTCTCAGGGATTGTCACTG
TGTTTCAAGATTTGATTGGATGTGGTAGGTCGGTCGATGAGGCTGGGTCACTCAAGGAGTAAGT
TTAATGGAAGGCCTTGACTTAGTCACTTCAGTGCACCTGCGGTGGCCTTGCAACCTGGTTTCTG
TGGGTCCCAAGGGTAGGAGAGCTGAGTCAGGTTCTGTGCAACCAAGGAATCGCTTGGCAGAGGT
GGAAGTGGTTTCACTAGGATTTCCTCCAGGTGGATCCCGCCATTTTGAAAAGGCATCTTTGTCT
TTTGTTTCAGTCTCAGACGAGTGCTGGGAGCCGAACCCAGAAGCTTGTACATTCTAAACAGGCG
CTCTACCACCGAGCTATAGATGCCAGGCCAGAACGTCCCAGGGTTTTGTTTGGAGACAGGGCCC
ATGCAGTCCAGTTTGTCTTTAGTTTCCTCTGGAGCCAAGGTTATCCTGAACACCTCATCTTCCT
GCCTCTACCTCTTGAGTGTTGTGATCACAGGTACCGTTCTGGAGGTGAAACCCAGGGCTTCCAG
CACAAGAGGCAAGCATACCCCTATTTTTAGGAAGCCATTCATCCTCATCCTTGGCTATTCTAGA
AAAATCACTGGGCTAATGCCTTAATGTGTTATTATACCATATTGTAGTAGTCATGTATTACTAC
ACATTATTAATAATAAATTCATATTTATTTTGTGAAGCAAAGAAGAGCCCAACAGTAAAGAAGC
TCTGATAGATTCAATCCAAACTTCTCAGTTGGAGGATGGTTTGGGATTTGTTCTATCCAGGACA
GTGAATTTGGTATAGATTCACTTTAATTAAACTTGAGGCCAGCCATGCCTTCTCAAGGAGGAGA
TAGATGGCGGGCCTACAGCGCATGCTGACCTCTGACCTCTGCACTGCTGACCAGCATCAGCTTA
ACCCAGGAACAAGGGACTGGCATCTGACCTTCCTTCATCCTTGGTGCCTCTACTTTGGGGTAGT
TGGTATTAGAATGATTTGAAAATGCTCTCCCAATCGAAGGAGAAACTAGGACACTTGGCTTGCT
TGGTTCTTGTAGGTAGGGGTAGGGGATGGAGGGACTGCTGATGCCAACTTGGAGGTTAAAACGA
TAGAAAGAACTGGTCCCTGATTCCCAGTGGGGTCAGTACCCCCGTCCCGTGTGGGCTGTAGGGT
CTTAGTGGAAGGTCTTAGGACAGGGGTACTATAAGATATGAACTCCACTAGTGCCACAGAACAG
ACCCCAGTGTCAAAGAGAGCCTGGCACTGTCTTCACAGGTGGACACGCCTCCTTGAAGGGGCCC
TCCATGTGGATGGTTTGCTTATATGGTCGCCTGTTTATGTTCCCAAGCAAAGGAAGGTAGTTTA
GATAGGGAGCATGCCTCCCCCCCCTCCCCTTATATTCCATTCTAGACTCTGCACAAACGGAAGG
GCGATAGAGAAATGATTTAGTTCAGCGCTGACATTTTACCAGTGAGGAAGCTGGGGCACAGAAA
GGAACGGGGCATAGAACCTAAAATAACCCTGTGTCCACTTTGAGGCCAGTGGTTCCTGGGCAGG
AGAGAACTATTGGAATCTATGAAGGAGGAGTTAAGGCAAAGAGGGGCCAGTCTGGAAAGGAGTG
ACAGGAAGCTGGGGCTTCAGGAAGATGTAACCCGTCCCCTGGTGGATCCCACAGGAGGTGACCC
AGAGCTGTAGTCATGAGCAAAGTCTCTTCTGATTCTCAGAAAACCTTTGACCTCTGGAACAACT
GCTGGCCACATCCCTAAATTCATTAGCACCTCCATCAGAAGCTGGGCGCTTGATCTTCCAGCAG
AGTGAGGCAGACCTCCCAACCCCACTGGCTACTCTGTTAAAGCCTTTGTACGGAAAGCCACACG
GCCCAGTTCTCAAGCAGTAAGATGGTTCCCTTGGTTGTAAATCGACCTTCATATTAGCAAAACC
GAAGGGTGAAAGAAATGGCAGTCTCCTTTACATTTAAAGTCATGGATGGTTCTATATGTGTGTG
CGTGTACATATATACATATATATTTTTATATAATTCCATGGTCCTTGCATTTTTTTTTACTCCT
GTGTGTGTGTTCCATGCATCATAGTATTGAAGACAACCAGGAAAATATTTATTTCTTTTTTAAA
ACATGAATTCAGTGTCTCATCAGTCATTACAAAGTGTCTCTCCCTGAGGTGGCTCATGAAAGGT
TGCTACCTTATACAAAGAATTCATTTGCACCCTGGATTAATGTGTCAGAAGGCCTGTGTCCTTT
AGTGTCACTGTCAGCACCTGGTGGTACTCCAGGTGGCACACCCAGAGGCTTTTGTGAGCTTTTG
CTATGAGCAGCAGCCATTAGCGGTCAGGCTTCCCATTCTTGGACAGTCCGAGGCGGTGATCTTT
AAGATTATACTTGAACTGGACCAGAGATTGTTTTTGTGAGATTTTGAAAACCAGAACTATTAGT
TAATTTAAGTTTGAACTTGTAAAGTATTAGAATATTTTGAGTCTCTTATATAAATTGTCACCAC
TTTTTCTGATCTCTATAACTGACCTAAAGTGTTTGTTTTTACAAAAGGATAAATGGTTTTTAAT
AAAGAGAATTTGAAAGCTTGTGA

hide sequence

RefSeq Acc Id:

XM_011247372 ⟹ XP_011245674

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	53,712,564 - 53,855,514 (+)	NCBI
GRCm38	19	53,726,603 - 53,867,083 (+)	NCBI

Sequence:

show sequence

CGTAGAACACACCAGCGGGCCTCTCCAGCTAAACGGCTCCTTTCACTGGGAGAAAGTTGATTCC
ATTGCCTTATCTGTCATAGTGCTTTCCTAGTTTATGCCTTCCCATGGCACTGTGTGTTTCTAGG
CACTTTCCCCATCTCCAGCATGAGCATGGACATGGCCTTTGACATTATTTACCTGTTGAGTGCT
GGTGATGGGACTTAGGGCCTTGCACATGCTAGGCAACTGCTCTTCCACTGAGCATGACCCAAGC
ACGACCATTTTAAAACTGCAGGGTTGGTAGGTTAGCTACTCTTCTTCGTTTTACTGAATTACTT
TCTTGTCTAAGAATGATACTCATTTTAAATGGCATATTTATCTCAAGAATATATCAAGGAATAT
GAAGATTTCGCTTACATATATTAACATTAATATATTATATTCTTGTCATATGAAGTGGGAATGC
ACATATAAATTTATTAAACTACATATATTGTCATTAATATATTCTATTCTTGCCATATTAAAAT
GGGAGAGTATATGTAAATTTGTCAAACTATATATATTTATCAAACTACATATATCATTGATATA
TATTCTGTCCTTGCCATATTAAAATGAGAGAGTGCATATGAATTTATTAGACTACATATGAACT
GTTTTAACATGCCAATGACATAGTTTAGATTACAGGGCCCCCGTGAAGTTGTTGGTAAACCGTC
GTTGTCGATGGATAGGTAGCCTTACGTTTGGTAAACTGGCTTGGTTTTCATGTGGTGTTTAACC
TACTTAAGTCTGTCCGACAGAATGAACCAGTGATATATTTGGCTCAGGTTTCAATTTCTCAAGT
TTCTCATCGGTAACTGGGTCAGAGAGTTAGGACGGGGCAGACGCACCTGTGTGGGAGGAGATTC
ATGGGTTCCCCTCCTGCTGGTCCTCGGGCAGGTGTTTTATGGTAGCCAGTATTTATGGAGTATC
CCTGTCATGAGACAAGCTCTTCAGTAATCATAGGGATTCCCATGATCTAGAATAGTCTCACACA
AAGCACGCAACATCTTGCACTTTGGGAGAACCACGGACCGAGACCATACCTAAGCAGGAACCTT
AATCCTCCAAGAACATAGTCCTGATATCCCATTTGAGGTTGGAGCGTGTTCCCCCTGCTCCCAT
TACTAAGGCCAATCCATCCTTGGGTACAGCTGCTTAGCTGGGTTAGCATGGCCCTTAGGTTGGG
AGCTTAAATAACCTTCTTTTGGGGGCCGTAGTGAAGCTGTTGGTAAATATTTGCCGGGGCCTTG
GGAATTTTCTAAAACTGTATATGAAAACTGACCACTCTCTCTAGAGAAGAATCTAAGACGAAGT
AGGAATTCGTCTCTCTTACCAGAGCAGGAGGCTGGACTCTAGTTAACTCAGGGAAGGAATTGTG
CAGAGGAGGGGAGTGAAGAGGTTTAAATTCTTAGTAGCTCTACTCAAGTGATCAGTGGGTGAGA
GACTGGGTTAAAATGGTAGTTTTTGAACCACGGGCTTATTGACATCCTTGCACTGACTTTCACC
ATAAGGAAGCATTTCAGTGTGGGAAAACATGCCTTATGAAGTCACACAAAAAGCTGACGGGGTT
AACTTGGGAGTTGTAATGATTTTGAAGCACACTGTTAGCCATGTTGGGAAGGAGTAGCACCCTG
AGCCATTGGCCTTCCACAGGAAGGCAGATGTGCGCCAAGAAAGATCAGCAAATATCCAGGTGGT
GGGGGCAACGCGCTTTTGCTCTCAGCACTTGGGAGGCAGAGGAACTGTGGATCTCTGTGAGTTC
GAGGCCAGACTGGTTTACAGAGCAAGATCCAGTACAGCCAGGGTTACATAGAGAAACCTTGCCC
CCCTTTCCATCTCCCCCCCAAAAAAAGACCAGACATCTGTGGTCCAGACCTTGTACCTCCACCT
CCTGGGCTGCACTCTAATGGAAAGATCACAGATGTGGTCTTTCAGGTGTTGTTATTTCAAGGGT
TTTAAAACTTCTCCACACAGGATTGAATTTCATTAGGACATCCTTAGACAGCAAGAAGAAAGGT
GGCATCCTGGGTACTGAAGTCCTTAAGTTTTCTGACTCCTGCTGAGTGATGTCCCATAGTTGCC
TGTAGTTTGACTCACATGCTCTCTTGCTCTGCAGCAAGGTTGGAAACTTAGCATGAAATAAATA
ATTAGATCTCAGCCTCCACAGGTGCGGAGGCATAAATAATCCAAGCGCACACTGCCCGGGCATT
CCATACCATGGGCCATTTAGATTTAATGTCCAGGCATTCGCTCGTAACTGAATACGTCAGAGTG
CACCTCCTGCCAGGGACAGCGAGGGCTGCTATTTCAGAGCAGCGTGCTAGCCTGTCTGCTGGAA
GGCTGCCTCCACCCTCTGACGCTGCTAGAGAGACCCTTTGGCTGGCTTAGTCGCTGAGAAAGTT
CACTAGCCCCCGACCTAGTACAGAGGCTGGAACCCATAATGGAGACCTCTTGTGGTTGAAGGAA
GTAGGGGAATCTATTAAAGGAAGAACCCAGCTAATGGCCCATTTAACCAGAGCCGTATGGAGAA
GTGGACAAGTTCACGGATGGACAGGGATTTAAAAATCTTTACTCTCAGAGTCATGTGTTTGAAC
CTGAGACCATGTGACTGTTGGGGAGTGACCGAAAGTGGGTGTCGTTTTTCTGCTTCAACAGCAA
ATCCCGTGAAGGGCACTCAGAGGTAGCAATTCCTTTTCTGGTAAGCAAAGGTGAGAGTACAACT
GTTGGCTGTAAGTCTGTCTGCACCGTTCATGTGGCTGTGCACTGGGCACGATCTAGTGAGTTTG
TCAAGTGTGCCAAGGCGACTGCACCGTGATGCTCTGTGCTTCCAGAGCATGCGCATGCCTGGCC
AGTGCCATTGACAGCGGATCCTGGGAACAGCAGCAGCTATGGCATGGGTGCTGCCAAGCTCCTG
GATAAGAGCCCCTTCTCGGTCAATAACCAGAACCCTCTGCTCACGTCGCCAGCCAGCGTCCAGC
TGGCCCAGATACAGGCTCAGCTCACCCTCCATCGGCTGAAGATGGCACAGACCGCAGTCACCAA
CAACACTGCAGCGGCCACGGTTCTGAACCAAGTCCTCTCCAAAGTGGCCATGTCCCAGCCTCTC
TTCAACCAGCTCCGGCATCCGTCTGTGCTCGGCACCGCACATGGCCCTACTGGGGTGTCCCAGC
ATGCTGCCTCGGTTCCCAGCGCTCACTTCCCCTCAACCGCAATCGCCTTTTCGCCCCCAAGCCA
GACAGGAGGCCCAGGGCCTTCTGTGAGCCTCCCCAGCCAGCCCCCCAATGCTATGGTAGTTCAT
ACCTTCAGTGGAGTGGTACCTCAGACCCCTGCCCAGCCAGCTGTCATCCTTAGCCTTGGGAAGG
CTGGGCCTACACCGGCTACTACAGGGTTCTATGACTATGGCAAAGCCAACTCCGGCCAAGCGTA
TGGTTCTGAAACGGAGGGCCAGCCAGGCTTCTTGCCAGCCTCGGCCTCAGCCACAGCATCAGGC
AGTATGACCTATGAAGGGCACTATAGCCACACAGGGCAGGATGGCCAACCTGCCTTTTCTAAAG
ACTTCTATGGACCCAATGCCCAAGGGCCACACATAGCAGGTGGATTTCCAGCTGATCAGACTGG
GAGCATGAAGGGAGACGTTGGTGGGCTGTTGCAAGGCACCAACAGCCAGTGGGAGAGGCCCCCT
GGATTCTCAGGCCAAAACAAGCCCGATATTACAGCGGGACCCAGTTTGTGGGCTCCACCTGCCA
GCCAGCCTTATGAGCTCTATGACCCTGAAGAGCCTACCTCAGACAGGGCCCCTCCTGCCTTTGG
GTCTCGGCTTAACAACAGCAAGCAGGGATTCGGCTGCTCTTGCCGAAGGACAAAGGAGGGACAG
GCTGTGCTGTCCGTGAGGCCCCTGCAGGGTCATCAACTGAACGATTTCCGAGGCTTGGCTCCAC
TCCACCTACCACATATCTGCAGCATCTGTGACAAGAAGGTGTTTGACTTGAAGGACTGGGAGCT
ACATGTGAAAGGGAAGCTGCATGCCCAGAAATGCCTGCTCTTCTCAGAAAGTGCTGGCCTCCGG
AGTATACGTGCTTCAGGAGAGGGGACACTGTCTGCCTCTGCTAACAGCACAGCTGTTTATAACC
CCACTGGAAACGAGGATTATACCTCAAATCTTGGAACATCATATGCAGCCATTCCAACGAGGGC
CTTTGCTCAGTCAAACCCCGTGTTTCCTTCAGCTTCCTCTGGGACAAGTTTTGCAGCACAGAGG
AAAGGCGCTGGACGGGTAGTGCACATCTGCAATCTCCCGGAGGGCAGCTGCACGGAGAATGACG
TCATTAACCTGGGGCTGCCCTTTGGCAAGGTCACTAATTACATCCTCATGAAGTCAACTAATCA
GGCTTTCTTGGAGATGGCTTACACAGAAGCCGCCCAGGCTATGGTCCAGTACTACCAAGAAAAG
CCTGCGATTATCAATGGCGAGAAGTTACTCATTCGCATGTCCACCAGATACAAGGAATTGCAGC
TGAAGAAACCTGGGAAAAATGTGGCTGCTATCATCCAAGACATCCATTCCCAGAGGGAGAGGGA
CATGCTCCGGGAAGCTGACAGGTATGGTCCAGAGCGGCCACGTTCTCGAAGTCCAATGAGCCGA
TCACTCTCCCCAAGATCCCATAGTCCCCCAGGCCCCTCTCGGGCTGACTGGGGCAATGGCCGTG
ACTCCTACGCGTGGAGAGACGAGGATCGAGAGACTGTCCCCAGGAGGGAGAACGGGGAAGACAA
AAGAGACAGGTTGGATGTTTGGGCACATGACCGGAAACACTATCCTAGGCAGCTGGACAAAGCT
GAGTTGGATGAGCGACTCGAAGGAGGGAGGGGCTACCGGGAAAAGTACTTGAAGTCAGGGTCTC
CCGGCCCACTCCATTCTGTGTCTGGCTACAAAGGCCGGGAAGATGGCTACCATCGAAAAGAGCC
TAAAGCCAAGTTGGACAAATACCCAAAGCAGCAGCCGGATGTGCCAGGAAGATCCAGAAGGAAA
GAAGAGGCGAGACTACGGGAGCCCAGACACCCTCACCCAGAGGATTCCGGCAAGGCAGAGGATC
TGGAGCCCAAGATCACGCGGGCCCCTGACGGTACCAAGTCCAAGCAAAGTGAGAAAAGTAAAAC
CAAGAGAGCCGACAGAGACCAAGAAGGAGCTGACGACAAAAAAGAAAGCCAACTGGCCGAGAAT
GAGGCTGGAGCTGAGGAACAGGAAGGCATGGTGGGCATACAGCAGGAAGGGACAGAGTCCTGTG
ATCCAGAAAACACAAGGACAAAGAAGGGACAAGACTGTGACAGTGGGAGTGAACCCGAGGGGGA
CAACTGGTACCCCACCAACATGGAGGAGTTGGTCACAGTGGACGAAGTAGGCGAGGAAGATTTC
ATCATGGAACCAGACTTACCAGAGCTGGAAGAAATTGTGCCTATTGACCAGAAAGACAAAACCC
TCCCTAAAATATGTACCTGTGTAACGGCCACCTTAGGTTTGGACTTGGCCAAAGATTTCACCAA
GCAGGGAGAGACCCTAGGGAACGGAGACGCAGAACTCAGCCTGAAGCTGCCCGGACAAGTGCCG
TCTACTTCCGCAAGCTGTCCCAATGACACGGACCTGGAGATGCCTGGCCTAAATCTGGATGCTG
AGCGGAAGCCAGCTGAAAGCGAGACAGGCCTCTCACTGGAGGTCTCAAATTGCTACGAGAAGGA
GGCAAGAGGAGAGGAGGACTCAGATGTGAGTCTGGCCCCTGCAGTGCAGCAAATGTCCTCCCCC
CAGCCAGCAGATGAGCGGGCCCGGCAGTCCAGCCCTTTTCTCGATGACTGCAAGGCCAGGGGGT
CCCCAGAAGATGGGTCTCATGAAGCCAGCCCCCTGGAAGGAAAAGCCAGCCCACCTACTGAAAG
CGACCTCCAAAGCCAGGCTTGCCGAGAAAACCCCAGGTACATGGAAGTGAAATCTCTGAACGTG
AGATCGCCAGAATTCACCGAAGCGGAGCTGAAAGAGCCCCTTTCTTTGCCTTCCTGGGAACCGG
AGGTGTTCAGTGAACTTAGCATTCCTCTAGGAGTGGAGTTCGTGGTTCCCAGGACTGGCTTTTA
TTGCAAGCTGTGTGGCCTGTTCTACACAAGCGAGGAGGCGGCCAAAGTGAGCCACTGCCGCAGC
ACTGTCCACTACAGGAACTTACAGAAGTACCTGTCTCAGCTGGCAGAGGAGGGCCTGAAGGAGA
CGGAGGGGACAGACAGCCCAAGCCCCGAGCGTGGTGGGATTGGTCCACACTTGGAAAGGAAGAA
GCTATGATATCGGCGCTGCCACCGTCTCTGGAAGATGGATGGGAAGCCTGCTGAACTAAGGCCA
GCCTGGCCTCAGGCACAGAACTGAGACCAGAGAGGACGGAGAGCCAGGCAGGACATGGTGCTTG
GGCTTGCAGAACAGGCTGAAGTCTCTGGGAGCTGGGCTCACCCTTCCGGGCCCAGCCACCGAGG
GTGACCAGCTTCCTGTGGGTTCCTGGTTCTTTTAGTCTGTTTTTCCTCTCTCCCTCTCACCTAT
CCCTTCTGTGCCAAAGTTCATTTCCTTTTCATAAAATCCAGCTTCTCAGGGATTGTCACTGTGT
TTCAAGATTTGATTGGATGTGGTAGGTCGGTCGATGAGGCTGGGTCACTCAAGGAGTAAGTTTA
ATGGAAGGCCTTGACTTAGTCACTTCAGTGCACCTGCGGTGGCCTTGCAACCTGGTTTCTGTGG
GTCCCAAGGGTAGGAGAGCTGAGTCAGGTTCTGTGCAACCAAGGAATCGCTTGGCAGAGGTGGA
AGTGGTTTCACTAGGATTTCCTCCAGGTGGATCCCGCCATTTTGAAAAGGCATCTTTGTCTTTT
GTTTCAGTCTCAGACGAGTGCTGGGAGCCGAACCCAGAAGCTTGTACATTCTAAACAGGCGCTC
TACCACCGAGCTATAGATGCCAGGCCAGAACGTCCCAGGGTTTTGTTTGGAGACAGGGCCCATG
CAGTCCAGTTTGTCTTTAGTTTCCTCTGGAGCCAAGGTTATCCTGAACACCTCATCTTCCTGCC
TCTACCTCTTGAGTGTTGTGATCACAGGTACCGTTCTGGAGGTGAAACCCAGGGCTTCCAGCAC
AAGAGGCAAGCATACCCCTATTTTTAGGAAGCCATTCATCCTCATCCTTGGCTATTCTAGAAAA
ATCACTGGGCTAATGCCTTAATGTGTTATTATACCATATTGTAGTAGTCATGTATTACTACACA
TTATTAATAATAAATTCATATTTATTTTGTGAAGCAAAGAAGAGCCCAACAGTAAAGAAGCTCT
GATAGATTCAATCCAAACTTCTCAGTTGGAGGATGGTTTGGGATTTGTTCTATCCAGGACAGTG
AATTTGGTATAGATTCACTTTAATTAAACTTGAGGCCAGCCATGCCTTCTCAAGGAGGAGATAG
ATGGCGGGCCTACAGCGCATGCTGACCTCTGACCTCTGCACTGCTGACCAGCATCAGCTTAACC
CAGGAACAAGGGACTGGCATCTGACCTTCCTTCATCCTTGGTGCCTCTACTTTGGGGTAGTTGG
TATTAGAATGATTTGAAAATGCTCTCCCAATCGAAGGAGAAACTAGGACACTTGGCTTGCTTGG
TTCTTGTAGGTAGGGGTAGGGGATGGAGGGACTGCTGATGCCAACTTGGAGGTTAAAACGATAG
AAAGAACTGGTCCCTGATTCCCAGTGGGGTCAGTACCCCCGTCCCGTGTGGGCTGTAGGGTCTT
AGTGGAAGGTCTTAGGACAGGGGTACTATAAGATATGAACTCCACTAGTGCCACAGAACAGACC
CCAGTGTCAAAGAGAGCCTGGCACTGTCTTCACAGGTGGACACGCCTCCTTGAAGGGGCCCTCC
ATGTGGATGGTTTGCTTATATGGTCGCCTGTTTATGTTCCCAAGCAAAGGAAGGTAGTTTAGAT
AGGGAGCATGCCTCCCCCCCCTCCCCTTATATTCCATTCTAGACTCTGCACAAACGGAAGGGCG
ATAGAGAAATGATTTAGTTCAGCGCTGACATTTTACCAGTGAGGAAGCTGGGGCACAGAAAGGA
ACGGGGCATAGAACCTAAAATAACCCTGTGTCCACTTTGAGGCCAGTGGTTCCTGGGCAGGAGA
GAACTATTGGAATCTATGAAGGAGGAGTTAAGGCAAAGAGGGGCCAGTCTGGAAAGGAGTGACA
GGAAGCTGGGGCTTCAGGAAGATGTAACCCGTCCCCTGGTGGATCCCACAGGAGGTGACCCAGA
GCTGTAGTCATGAGCAAAGTCTCTTCTGATTCTCAGAAAACCTTTGACCTCTGGAACAACTGCT
GGCCACATCCCTAAATTCATTAGCACCTCCATCAGAAGCTGGGCGCTTGATCTTCCAGCAGAGT
GAGGCAGACCTCCCAACCCCACTGGCTACTCTGTTAAAGCCTTTGTACGGAAAGCCACACGGCC
CAGTTCTCAAGCAGTAAGATGGTTCCCTTGGTTGTAAATCGACCTTCATATTAGCAAAACCGAA
GGGTGAAAGAAATGGCAGTCTCCTTTACATTTAAAGTCATGGATGGTTCTATATGTGTGTGCGT
GTACATATATACATATATATTTTTATATAATTCCATGGTCCTTGCATTTTTTTTTACTCCTGTG
TGTGTGTTCCATGCATCATAGTATTGAAGACAACCAGGAAAATATTTATTTCTTTTTTAAAACA
TGAATTCAGTGTCTCATCAGTCATTACAAAGTGTCTCTCCCTGAGGTGGCTCATGAAAGGTTGC
TACCTTATACAAAGAATTCATTTGCACCCTGGATTAATGTGTCAGAAGGCCTGTGTCCTTTAGT
GTCACTGTCAGCACCTGGTGGTACTCCAGGTGGCACACCCAGAGGCTTTTGTGAGCTTTTGCTA
TGAGCAGCAGCCATTAGCGGTCAGGCTTCCCATTCTTGGACAGTCCGAGGCGGTGATCTTTAAG
ATTATACTTGAACTGGACCAGAGATTGTTTTTGTGAGATTTTGAAAACCAGAACTATTAGTTAA
TTTAAGTTTGAACTTGTAAAGTATTAGAATATTTTGAGTCTCTTATATAAATTGTCACCACTTT
TTCTGATCTCTATAACTGACCTAAAGTGTTTGTTTTTACAAAAGGATAAATGGTTTTTAATAAA
GAGAATTTGAAAGCTTGTGA

hide sequence

RefSeq Acc Id:

XM_036161706 ⟹ XP_036017599

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	53,789,211 - 53,855,514 (+)	NCBI

Sequence:

show sequence

TAGTCACAGAGGCCTAGCCAATGATGATCCAGCAACACCATTGTTTGTGAAGAGAGTGTGCAAC
AGCCCTCCCTGTCTCCAAGAAGGAAGAGACCCCCCCTGCTGAAGGCTGCGTTCCACTCTCACCC
CCGCACCAGCCCTGGGGCTCCAGTCCTGGCTCTGCTCTCTTCAGGAGTTCGACTGGGGTTGGAA
CAACGAGACTTTTGTATTTCATCAACTTCCCTGGCTTTTGCTTTCCTCCCTGTGTTGGACAGTG
CTGCCAAGCTCCTGGATAAGAGCCCCTTCTCGGTCAATAACCAGAACCCTCTGCTCACGTCGCC
AGCCAGCGTCCAGCTGGCCCAGATACAGGCTCAGCTCACCCTCCATCGGCTGAAGATGGCACAG
ACCGCAGTCACCAACAACACTGCAGCGGCCACGGTTCTGAACCAAGTCCTCTCCAAAGTGGCCA
TGTCCCAGCCTCTCTTCAACCAGCTCCGGCATCCGTCTGTGCTCGGCACCGCACATGGCCCTAC
TGGGGTGTCCCAGCATGCTGCCTCGGTTCCCAGCGCTCACTTCCCCTCAACCGCAATCGCCTTT
TCGCCCCCAAGCCAGACAGGAGGCCCAGGGCCTTCTGTGAGCCTCCCCAGCCAGCCCCCCAATG
CTATGGTAGTTCATACCTTCAGTGGAGTGGTACCTCAGACCCCTGCCCAGCCAGCTGTCATCCT
TAGCCTTGGGAAGGCTGGGCCTACACCGGCTACTACAGGGTTCTATGACTATGGCAAAGCCAAC
TCCGGCCAAGCGTATGGTTCTGAAACGGAGGGCCAGCCAGGCTTCTTGCCAGCCTCGGCCTCAG
CCACAGCATCAGGCAGTATGACCTATGAAGGGCACTATAGCCACACAGGGCAGGATGGCCAACC
TGCCTTTTCTAAAGACTTCTATGGACCCAATGCCCAAGGGCCACACATAGCAGGTGGATTTCCA
GCTGATCAGACTGGGAGCATGAAGGGAGACGTTGGTGGGCTGTTGCAAGGCACCAACAGCCAGT
GGGAGAGGCCCCCTGGATTCTCAGGCCAAAACAAGCCCGATATTACAGCGGGACCCAGTTTGTG
GGCTCCACCTGCCAGCCAGCCTTATGAGCTCTATGACCCTGAAGAGCCTACCTCAGACAGGGCC
CCTCCTGCCTTTGGGTCTCGGCTTAACAACAGCAAGCAGGGATTCGGCTGCTCTTGCCGAAGGA
CAAAGGAGGGACAGGCTGTGCTGTCCGTGAGGCCCCTGCAGGGTCATCAACTGAACGATTTCCG
AGGCTTGGCTCCACTCCACCTACCACATATCTGCAGCATCTGTGACAAGAAGGTGTTTGACTTG
AAGGACTGGGAGCTACATGTGAAAGGGAAGCTGCATGCCCAGAAATGCCTGCTCTTCTCAGAAA
GTGCTGGCCTCCGGAGTATACGTGCTTCAGGAGAGGGGACACTGTCTGCCTCTGCTAACAGCAC
AGCTGTTTATAACCCCACTGGAAACGAGGATTATACCTCAAATCTTGGAACATCATATGCAGCC
ATTCCAACGAGGGCCTTTGCTCAGTCAAACCCCGTGTTTCCTTCAGCTTCCTCTGGGACAAGTT
TTGCAGCACAGAGGAAAGGCGCTGGACGGGTAGTGCACATCTGCAATCTCCCGGAGGGCAGCTG
CACGGAGAATGACGTCATTAACCTGGGGCTGCCCTTTGGCAAGGTCACTAATTACATCCTCATG
AAGTCAACTAATCAGGCTTTCTTGGAGATGGCTTACACAGAAGCCGCCCAGGCTATGGTCCAGT
ACTACCAAGAAAAGCCTGCGATTATCAATGGCGAGAAGTTACTCATTCGCATGTCCACCAGATA
CAAGGAATTGCAGCTGAAGAAACCTGGGAAAAATGTGGCTGCTATCATCCAAGACATCCATTCC
CAGAGGGAGAGGGACATGCTCCGGGAAGCTGACAGGTATGGTCCAGAGCGGCCACGTTCTCGAA
GTCCAATGAGCCGATCACTCTCCCCAAGATCCCATAGTCCCCCAGGCCCCTCTCGGGCTGACTG
GGGCAATGGCCGTGACTCCTACGCGTGGAGAGACGAGGATCGAGAGACTGTCCCCAGGAGGGAG
AACGGGGAAGACAAAAGAGACAGGTTGGATGTTTGGGCACATGACCGGAAACACTATCCTAGGC
AGCTGGACAAAGCTGAGTTGGATGAGCGACTCGAAGGAGGGAGGGGCTACCGGGAAAAGTACTT
GAAGTCAGGGTCTCCCGGCCCACTCCATTCTGTGTCTGGCTACAAAGGCCGGGAAGATGGCTAC
CATCGAAAAGAGCCTAAAGCCAAGTTGGACAAATACCCAAAGCAGCAGCCGGATGTGCCAGGAA
GATCCAGAAGGAAAGAAGAGGCGAGACTACGGGAGCCCAGACACCCTCACCCAGAGGATTCCGG
CAAGGCAGAGGATCTGGAGCCCAAGATCACGCGGGCCCCTGACGGTACCAAGTCCAAGCAAAGT
GAGAAAAGTAAAACCAAGAGAGCCGACAGAGACCAAGAAGGAGCTGACGACAAAAAAGAAAGCC
AACTGGCCGAGAATGAGGCTGGAGCTGAGGAACAGGAAGGCATGGTGGGCATACAGCAGGAAGG
GACAGAGTCCTGTGATCCAGAAAACACAAGGACAAAGAAGGGACAAGACTGTGACAGTGGGAGT
GAACCCGAGGGGGACAACTGGTACCCCACCAACATGGAGGAGTTGGTCACAGTGGACGAAGTAG
GCGAGGAAGATTTCATCATGGAACCAGACTTACCAGAGCTGGAAGAAATTGTGCCTATTGACCA
GAAAGACAAAACCCTCCCTAAAATATGTACCTGTGTAACGGCCACCTTAGGTTTGGACTTGGCC
AAAGATTTCACCAAGCAGGGAGAGACCCTAGGGAACGGAGACGCAGAACTCAGCCTGAAGCTGC
CCGGACAAGTGCCGTCTACTTCCGCAAGCTGTCCCAATGACACGGACCTGGAGATGCCTGGCCT
AAATCTGGATGCTGAGCGGAAGCCAGCTGAAAGCGAGACAGGCCTCTCACTGGAGGTCTCAAAT
TGCTACGAGAAGGAGGCAAGAGGAGAGGAGGACTCAGATGTGAGTCTGGCCCCTGCAGTGCAGC
AAATGTCCTCCCCCCAGCCAGCAGATGAGCGGGCCCGGCAGTCCAGCCCTTTTCTCGATGACTG
CAAGGCCAGGGGGTCCCCAGAAGATGGGTCTCATGAAGCCAGCCCCCTGGAAGGAAAAGCCAGC
CCACCTACTGAAAGCGACCTCCAAAGCCAGGCTTGCCGAGAAAACCCCAGGTACATGGAAGTGA
AATCTCTGAACGTGAGATCGCCAGAATTCACCGAAGCGGAGCTGAAAGAGCCCCTTTCTTTGCC
TTCCTGGGAACCGGAGGTGTTCAGTGAACTTAGCATTCCTCTAGGAGTGGAGTTCGTGGTTCCC
AGGACTGGCTTTTATTGCAAGCTGTGTGGCCTGTTCTACACAAGCGAGGAGGCGGCCAAAGTGA
GCCACTGCCGCAGCACTGTCCACTACAGGAACTTACAGAAGTACCTGTCTCAGCTGGCAGAGGA
GGGCCTGAAGGAGACGGAGGGGACAGACAGCCCAAGCCCCGAGCGTGGTGGGATTGGTCCACAC
TTGGAAAGGAAGAAGCTATGATATCGGCGCTGCCACCGTCTCTGGAAGATGGATGGGAAGCCTG
CTGAACTAAGGCCAGCCTGGCCTCAGGCACAGAACTGAGACCAGAGAGGACGGAGAGCCAGGCA
GGACATGGTGCTTGGGCTTGCAGAACAGGCTGAAGTCTCTGGGAGCTGGGCTCACCCTTCCGGG
CCCAGCCACCGAGGGTGACCAGCTTCCTGTGGGTTCCTGGTTCTTTTAGTCTGTTTTTCCTCTC
TCCCTCTCACCTATCCCTTCTGTGCCAAAGTTCATTTCCTTTTCATAAAATCCAGCTTCTCAGG
GATTGTCACTGTGTTTCAAGATTTGATTGGATGTGGTAGGTCGGTCGATGAGGCTGGGTCACTC
AAGGAGTAAGTTTAATGGAAGGCCTTGACTTAGTCACTTCAGTGCACCTGCGGTGGCCTTGCAA
CCTGGTTTCTGTGGGTCCCAAGGGTAGGAGAGCTGAGTCAGGTTCTGTGCAACCAAGGAATCGC
TTGGCAGAGGTGGAAGTGGTTTCACTAGGATTTCCTCCAGGTGGATCCCGCCATTTTGAAAAGG
CATCTTTGTCTTTTGTTTCAGTCTCAGACGAGTGCTGGGAGCCGAACCCAGAAGCTTGTACATT
CTAAACAGGCGCTCTACCACCGAGCTATAGATGCCAGGCCAGAACGTCCCAGGGTTTTGTTTGG
AGACAGGGCCCATGCAGTCCAGTTTGTCTTTAGTTTCCTCTGGAGCCAAGGTTATCCTGAACAC
CTCATCTTCCTGCCTCTACCTCTTGAGTGTTGTGATCACAGGTACCGTTCTGGAGGTGAAACCC
AGGGCTTCCAGCACAAGAGGCAAGCATACCCCTATTTTTAGGAAGCCATTCATCCTCATCCTTG
GCTATTCTAGAAAAATCACTGGGCTAATGCCTTAATGTGTTATTATACCATATTGTAGTAGTCA
TGTATTACTACACATTATTAATAATAAATTCATATTTATTTTGTGAAGCAAAGAAGAGCCCAAC
AGTAAAGAAGCTCTGATAGATTCAATCCAAACTTCTCAGTTGGAGGATGGTTTGGGATTTGTTC
TATCCAGGACAGTGAATTTGGTATAGATTCACTTTAATTAAACTTGAGGCCAGCCATGCCTTCT
CAAGGAGGAGATAGATGGCGGGCCTACAGCGCATGCTGACCTCTGACCTCTGCACTGCTGACCA
GCATCAGCTTAACCCAGGAACAAGGGACTGGCATCTGACCTTCCTTCATCCTTGGTGCCTCTAC
TTTGGGGTAGTTGGTATTAGAATGATTTGAAAATGCTCTCCCAATCGAAGGAGAAACTAGGACA
CTTGGCTTGCTTGGTTCTTGTAGGTAGGGGTAGGGGATGGAGGGACTGCTGATGCCAACTTGGA
GGTTAAAACGATAGAAAGAACTGGTCCCTGATTCCCAGTGGGGTCAGTACCCCCGTCCCGTGTG
GGCTGTAGGGTCTTAGTGGAAGGTCTTAGGACAGGGGTACTATAAGATATGAACTCCACTAGTG
CCACAGAACAGACCCCAGTGTCAAAGAGAGCCTGGCACTGTCTTCACAGGTGGACACGCCTCCT
TGAAGGGGCCCTCCATGTGGATGGTTTGCTTATATGGTCGCCTGTTTATGTTCCCAAGCAAAGG
AAGGTAGTTTAGATAGGGAGCATGCCTCCCCCCCCTCCCCTTATATTCCATTCTAGACTCTGCA
CAAACGGAAGGGCGATAGAGAAATGATTTAGTTCAGCGCTGACATTTTACCAGTGAGGAAGCTG
GGGCACAGAAAGGAACGGGGCATAGAACCTAAAATAACCCTGTGTCCACTTTGAGGCCAGTGGT
TCCTGGGCAGGAGAGAACTATTGGAATCTATGAAGGAGGAGTTAAGGCAAAGAGGGGCCAGTCT
GGAAAGGAGTGACAGGAAGCTGGGGCTTCAGGAAGATGTAACCCGTCCCCTGGTGGATCCCACA
GGAGGTGACCCAGAGCTGTAGTCATGAGCAAAGTCTCTTCTGATTCTCAGAAAACCTTTGACCT
CTGGAACAACTGCTGGCCACATCCCTAAATTCATTAGCACCTCCATCAGAAGCTGGGCGCTTGA
TCTTCCAGCAGAGTGAGGCAGACCTCCCAACCCCACTGGCTACTCTGTTAAAGCCTTTGTACGG
AAAGCCACACGGCCCAGTTCTCAAGCAGTAAGATGGTTCCCTTGGTTGTAAATCGACCTTCATA
TTAGCAAAACCGAAGGGTGAAAGAAATGGCAGTCTCCTTTACATTTAAAGTCATGGATGGTTCT
ATATGTGTGTGCGTGTACATATATACATATATATTTTTATATAATTCCATGGTCCTTGCATTTT
TTTTTACTCCTGTGTGTGTGTTCCATGCATCATAGTATTGAAGACAACCAGGAAAATATTTATT
TCTTTTTTAAAACATGAATTCAGTGTCTCATCAGTCATTACAAAGTGTCTCTCCCTGAGGTGGC
TCATGAAAGGTTGCTACCTTATACAAAGAATTCATTTGCACCCTGGATTAATGTGTCAGAAGGC
CTGTGTCCTTTAGTGTCACTGTCAGCACCTGGTGGTACTCCAGGTGGCACACCCAGAGGCTTTT
GTGAGCTTTTGCTATGAGCAGCAGCCATTAGCGGTCAGGCTTCCCATTCTTGGACAGTCCGAGG
CGGTGATCTTTAAGATTATACTTGAACTGGACCAGAGATTGTTTTTGTGAGATTTTGAAAACCA
GAACTATTAGTTAATTTAAGTTTGAACTTGTAAAGTATTAGAATATTTTGAGTCTCTTATATAA
ATTGTCACCACTTTTTCTGATCTCTATAACTGACCTAAAGTGTTTGTTTTTACAAAAGGATAAA
TGGTTTTTAATAAAGAGAATTTGAAAGCTTGTGA

hide sequence

RefSeq Acc Id:

XM_036161707 ⟹ XP_036017600

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	53,661,609 - 53,855,514 (+)	NCBI

Sequence:

show sequence

TACATTTCAGTAAATTTTATTCCAAATGTTTAAATAATATAAAAGACCACACAAGGAAAAGGTT
CTTGCCTCGCCCCAATTTGTAGAGGTGCTCACCGCTGATAATTACTTGCTTGTATAATTTCCCC
AGAGATGTTCTATTTAGGACATTTAGTCATGACATAATTCTCTTGAGAGACTAGCACTTTCTTT
CAGGAAATCTCTCCTGAGCCGGCAGAGACCTCCCTGTAGAGAGCTGCGCAGTCAGGAGCAGGAA
CCTTCTTTCTACACACCGTTTCCCACTGCTCACTTGGCTGTGTCTAGCTTTTGCTATTATGAAC
AATACTAGTCAATTCCCTTGAAAGTACAGCTGTGATTGGGGATATATATATATATTCCTAGGAG
AGAAACTGCCAAATCAGTTTTCTGTGTTGAAATCCAAAAATACATATTTTTAGTTAGTATACAA
CACAATGGGTTTGACTACAGCGTTTTCATACTTGTCTATCTTCACCCCTTGCCCATACTCACCT
CCTCACTGCCCTTCCCTGTGCCTTCCGCTTCCTCCCCAACACCCTTGTTGCAATGTTAATAGAC
AATTCCAGCTCCCATGCAGAAACTGCAGCAGTCTGCGCTTCTCCTTGCAGCAGAGAAGGAGGTC
TGTGTCTCCCAGCCTCACCGGCTCTGAGAGCACCGAACTTTACCATCTAGAGGTGTACACACCG
GGAAGGGCGGCACACCTGAAGTGATCCCTTCGGCAGAGGAATGATCACATCAGCCTGAAAGTGC
TGCCAAGCTCCTGGATAAGAGCCCCTTCTCGGTCAATAACCAGAACCCTCTGCTCACGTCGCCA
GCCAGCGTCCAGCTGGCCCAGATACAGGCTCAGCTCACCCTCCATCGGCTGAAGATGGCACAGA
CCGCAGTCACCAACAACACTGCAGCGGCCACGGTTCTGAACCAAGTCCTCTCCAAAGTGGCCAT
GTCCCAGCCTCTCTTCAACCAGCTCCGGCATCCGTCTGTGCTCGGCACCGCACATGGCCCTACT
GGGGTGTCCCAGCATGCTGCCTCGGTTCCCAGCGCTCACTTCCCCTCAACCGCAATCGCCTTTT
CGCCCCCAAGCCAGACAGGAGGCCCAGGGCCTTCTGTGAGCCTCCCCAGCCAGCCCCCCAATGC
TATGGTAGTTCATACCTTCAGTGGAGTGGTACCTCAGACCCCTGCCCAGCCAGCTGTCATCCTT
AGCCTTGGGAAGGCTGGGCCTACACCGGCTACTACAGGGTTCTATGACTATGGCAAAGCCAACT
CCGGCCAAGCGTATGGTTCTGAAACGGAGGGCCAGCCAGGCTTCTTGCCAGCCTCGGCCTCAGC
CACAGCATCAGGCAGTATGACCTATGAAGGGCACTATAGCCACACAGGGCAGGATGGCCAACCT
GCCTTTTCTAAAGACTTCTATGGACCCAATGCCCAAGGGCCACACATAGCAGGTGGATTTCCAG
CTGATCAGACTGGGAGCATGAAGGGAGACGTTGGTGGGCTGTTGCAAGGCACCAACAGCCAGTG
GGAGAGGCCCCCTGGATTCTCAGGCCAAAACAAGCCCGATATTACAGCGGGACCCAGTTTGTGG
GCTCCACCTGCCAGCCAGCCTTATGAGCTCTATGACCCTGAAGAGCCTACCTCAGACAGGGCCC
CTCCTGCCTTTGGGTCTCGGCTTAACAACAGCAAGCAGGGATTCGGCTGCTCTTGCCGAAGGAC
AAAGGAGGGACAGGCTGTGCTGTCCGTGAGGCCCCTGCAGGGTCATCAACTGAACGATTTCCGA
GGCTTGGCTCCACTCCACCTACCACATATCTGCAGCATCTGTGACAAGAAGGTGTTTGACTTGA
AGGACTGGGAGCTACATGTGAAAGGGAAGCTGCATGCCCAGAAATGCCTGCTCTTCTCAGAAAG
TGCTGGCCTCCGGAGTATACGTGCTTCAGGAGAGGGGACACTGTCTGCCTCTGCTAACAGCACA
GCTGTTTATAACCCCACTGGAAACGAGGATTATACCTCAAATCTTGGAACATCATATGCAGCCA
TTCCAACGAGGGCCTTTGCTCAGTCAAACCCCGTGTTTCCTTCAGCTTCCTCTGGGACAAGTTT
TGCAGCACAGAGGAAAGGCGCTGGACGGGTAGTGCACATCTGCAATCTCCCGGAGGGCAGCTGC
ACGGAGAATGACGTCATTAACCTGGGGCTGCCCTTTGGCAAGGTCACTAATTACATCCTCATGA
AGTCAACTAATCAGGCTTTCTTGGAGATGGCTTACACAGAAGCCGCCCAGGCTATGGTCCAGTA
CTACCAAGAAAAGCCTGCGATTATCAATGGCGAGAAGTTACTCATTCGCATGTCCACCAGATAC
AAGGAATTGCAGCTGAAGAAACCTGGGAAAAATGTGGCTGCTATCATCCAAGACATCCATTCCC
AGAGGGAGAGGGACATGCTCCGGGAAGCTGACAGGTATGGTCCAGAGCGGCCACGTTCTCGAAG
TCCAATGAGCCGATCACTCTCCCCAAGATCCCATAGTCCCCCAGGCCCCTCTCGGGCTGACTGG
GGCAATGGCCGTGACTCCTACGCGTGGAGAGACGAGGATCGAGAGACTGTCCCCAGGAGGGAGA
ACGGGGAAGACAAAAGAGACAGGTTGGATGTTTGGGCACATGACCGGAAACACTATCCTAGGCA
GCTGGACAAAGCTGAGTTGGATGAGCGACTCGAAGGAGGGAGGGGCTACCGGGAAAAGTACTTG
AAGTCAGGGTCTCCCGGCCCACTCCATTCTGTGTCTGGCTACAAAGGCCGGGAAGATGGCTACC
ATCGAAAAGAGCCTAAAGCCAAGTTGGACAAATACCCAAAGCAGCAGCCGGATGTGCCAGGAAG
ATCCAGAAGGAAAGAAGAGGCGAGACTACGGGAGCCCAGACACCCTCACCCAGAGGATTCCGGC
AAGGCAGAGGATCTGGAGCCCAAGATCACGCGGGCCCCTGACGGTACCAAGTCCAAGCAAAGTG
AGAAAAGTAAAACCAAGAGAGCCGACAGAGACCAAGAAGGAGCTGACGACAAAAAAGAAAGCCA
ACTGGCCGAGAATGAGGCTGGAGCTGAGGAACAGGAAGGCATGGTGGGCATACAGCAGGAAGGG
ACAGAGTCCTGTGATCCAGAAAACACAAGGACAAAGAAGGGACAAGACTGTGACAGTGGGAGTG
AACCCGAGGGGGACAACTGGTACCCCACCAACATGGAGGAGTTGGTCACAGTGGACGAAGTAGG
CGAGGAAGATTTCATCATGGAACCAGACTTACCAGAGCTGGAAGAAATTGTGCCTATTGACCAG
AAAGACAAAACCCTCCCTAAAATATGTACCTGTGTAACGGCCACCTTAGGTTTGGACTTGGCCA
AAGATTTCACCAAGCAGGGAGAGACCCTAGGGAACGGAGACGCAGAACTCAGCCTGAAGCTGCC
CGGACAAGTGCCGTCTACTTCCGCAAGCTGTCCCAATGACACGGACCTGGAGATGCCTGGCCTA
AATCTGGATGCTGAGCGGAAGCCAGCTGAAAGCGAGACAGGCCTCTCACTGGAGGTCTCAAATT
GCTACGAGAAGGAGGCAAGAGGAGAGGAGGACTCAGATGTGAGTCTGGCCCCTGCAGTGCAGCA
AATGTCCTCCCCCCAGCCAGCAGATGAGCGGGCCCGGCAGTCCAGCCCTTTTCTCGATGACTGC
AAGGCCAGGGGGTCCCCAGAAGATGGGTCTCATGAAGCCAGCCCCCTGGAAGGAAAAGCCAGCC
CACCTACTGAAAGCGACCTCCAAAGCCAGGCTTGCCGAGAAAACCCCAGGTACATGGAAGTGAA
ATCTCTGAACGTGAGATCGCCAGAATTCACCGAAGCGGAGCTGAAAGAGCCCCTTTCTTTGCCT
TCCTGGGAACCGGAGGTGTTCAGTGAACTTAGCATTCCTCTAGGAGTGGAGTTCGTGGTTCCCA
GGACTGGCTTTTATTGCAAGCTGTGTGGCCTGTTCTACACAAGCGAGGAGGCGGCCAAAGTGAG
CCACTGCCGCAGCACTGTCCACTACAGGAACTTACAGAAGTACCTGTCTCAGCTGGCAGAGGAG
GGCCTGAAGGAGACGGAGGGGACAGACAGCCCAAGCCCCGAGCGTGGTGGGATTGGTCCACACT
TGGAAAGGAAGAAGCTATGATATCGGCGCTGCCACCGTCTCTGGAAGATGGATGGGAAGCCTGC
TGAACTAAGGCCAGCCTGGCCTCAGGCACAGAACTGAGACCAGAGAGGACGGAGAGCCAGGCAG
GACATGGTGCTTGGGCTTGCAGAACAGGCTGAAGTCTCTGGGAGCTGGGCTCACCCTTCCGGGC
CCAGCCACCGAGGGTGACCAGCTTCCTGTGGGTTCCTGGTTCTTTTAGTCTGTTTTTCCTCTCT
CCCTCTCACCTATCCCTTCTGTGCCAAAGTTCATTTCCTTTTCATAAAATCCAGCTTCTCAGGG
ATTGTCACTGTGTTTCAAGATTTGATTGGATGTGGTAGGTCGGTCGATGAGGCTGGGTCACTCA
AGGAGTAAGTTTAATGGAAGGCCTTGACTTAGTCACTTCAGTGCACCTGCGGTGGCCTTGCAAC
CTGGTTTCTGTGGGTCCCAAGGGTAGGAGAGCTGAGTCAGGTTCTGTGCAACCAAGGAATCGCT
TGGCAGAGGTGGAAGTGGTTTCACTAGGATTTCCTCCAGGTGGATCCCGCCATTTTGAAAAGGC
ATCTTTGTCTTTTGTTTCAGTCTCAGACGAGTGCTGGGAGCCGAACCCAGAAGCTTGTACATTC
TAAACAGGCGCTCTACCACCGAGCTATAGATGCCAGGCCAGAACGTCCCAGGGTTTTGTTTGGA
GACAGGGCCCATGCAGTCCAGTTTGTCTTTAGTTTCCTCTGGAGCCAAGGTTATCCTGAACACC
TCATCTTCCTGCCTCTACCTCTTGAGTGTTGTGATCACAGGTACCGTTCTGGAGGTGAAACCCA
GGGCTTCCAGCACAAGAGGCAAGCATACCCCTATTTTTAGGAAGCCATTCATCCTCATCCTTGG
CTATTCTAGAAAAATCACTGGGCTAATGCCTTAATGTGTTATTATACCATATTGTAGTAGTCAT
GTATTACTACACATTATTAATAATAAATTCATATTTATTTTGTGAAGCAAAGAAGAGCCCAACA
GTAAAGAAGCTCTGATAGATTCAATCCAAACTTCTCAGTTGGAGGATGGTTTGGGATTTGTTCT
ATCCAGGACAGTGAATTTGGTATAGATTCACTTTAATTAAACTTGAGGCCAGCCATGCCTTCTC
AAGGAGGAGATAGATGGCGGGCCTACAGCGCATGCTGACCTCTGACCTCTGCACTGCTGACCAG
CATCAGCTTAACCCAGGAACAAGGGACTGGCATCTGACCTTCCTTCATCCTTGGTGCCTCTACT
TTGGGGTAGTTGGTATTAGAATGATTTGAAAATGCTCTCCCAATCGAAGGAGAAACTAGGACAC
TTGGCTTGCTTGGTTCTTGTAGGTAGGGGTAGGGGATGGAGGGACTGCTGATGCCAACTTGGAG
GTTAAAACGATAGAAAGAACTGGTCCCTGATTCCCAGTGGGGTCAGTACCCCCGTCCCGTGTGG
GCTGTAGGGTCTTAGTGGAAGGTCTTAGGACAGGGGTACTATAAGATATGAACTCCACTAGTGC
CACAGAACAGACCCCAGTGTCAAAGAGAGCCTGGCACTGTCTTCACAGGTGGACACGCCTCCTT
GAAGGGGCCCTCCATGTGGATGGTTTGCTTATATGGTCGCCTGTTTATGTTCCCAAGCAAAGGA
AGGTAGTTTAGATAGGGAGCATGCCTCCCCCCCCTCCCCTTATATTCCATTCTAGACTCTGCAC
AAACGGAAGGGCGATAGAGAAATGATTTAGTTCAGCGCTGACATTTTACCAGTGAGGAAGCTGG
GGCACAGAAAGGAACGGGGCATAGAACCTAAAATAACCCTGTGTCCACTTTGAGGCCAGTGGTT
CCTGGGCAGGAGAGAACTATTGGAATCTATGAAGGAGGAGTTAAGGCAAAGAGGGGCCAGTCTG
GAAAGGAGTGACAGGAAGCTGGGGCTTCAGGAAGATGTAACCCGTCCCCTGGTGGATCCCACAG
GAGGTGACCCAGAGCTGTAGTCATGAGCAAAGTCTCTTCTGATTCTCAGAAAACCTTTGACCTC
TGGAACAACTGCTGGCCACATCCCTAAATTCATTAGCACCTCCATCAGAAGCTGGGCGCTTGAT
CTTCCAGCAGAGTGAGGCAGACCTCCCAACCCCACTGGCTACTCTGTTAAAGCCTTTGTACGGA
AAGCCACACGGCCCAGTTCTCAAGCAGTAAGATGGTTCCCTTGGTTGTAAATCGACCTTCATAT
TAGCAAAACCGAAGGGTGAAAGAAATGGCAGTCTCCTTTACATTTAAAGTCATGGATGGTTCTA
TATGTGTGTGCGTGTACATATATACATATATATTTTTATATAATTCCATGGTCCTTGCATTTTT
TTTTACTCCTGTGTGTGTGTTCCATGCATCATAGTATTGAAGACAACCAGGAAAATATTTATTT
CTTTTTTAAAACATGAATTCAGTGTCTCATCAGTCATTACAAAGTGTCTCTCCCTGAGGTGGCT
CATGAAAGGTTGCTACCTTATACAAAGAATTCATTTGCACCCTGGATTAATGTGTCAGAAGGCC
TGTGTCCTTTAGTGTCACTGTCAGCACCTGGTGGTACTCCAGGTGGCACACCCAGAGGCTTTTG
TGAGCTTTTGCTATGAGCAGCAGCCATTAGCGGTCAGGCTTCCCATTCTTGGACAGTCCGAGGC
GGTGATCTTTAAGATTATACTTGAACTGGACCAGAGATTGTTTTTGTGAGATTTTGAAAACCAG
AACTATTAGTTAATTTAAGTTTGAACTTGTAAAGTATTAGAATATTTTGAGTCTCTTATATAAA
TTGTCACCACTTTTTCTGATCTCTATAACTGACCTAAAGTGTTTGTTTTTACAAAAGGATAAAT
GGTTTTTAATAAAGAGAATTTGAAAGCTTGTGA

hide sequence

Protein Sequences


Protein RefSeqs	NP_001164318	(Get FASTA)	NCBI Sequence Viewer
	XP_006527448	(Get FASTA)	NCBI Sequence Viewer
	XP_011245673	(Get FASTA)	NCBI Sequence Viewer
	XP_011245674	(Get FASTA)	NCBI Sequence Viewer
	XP_036017599	(Get FASTA)	NCBI Sequence Viewer
	XP_036017600	(Get FASTA)	NCBI Sequence Viewer
GenBank Protein	AAH38663	(Get FASTA)	NCBI Sequence Viewer
	BAE24961	(Get FASTA)	NCBI Sequence Viewer
Ensembl Protein	ENSMUSP00000124363.2
	ENSMUSP00000129447
	ENSMUSP00000129447.2
	ENSMUSP00000158014.2
GenBank Protein	Q3UQS8	(Get FASTA)	NCBI Sequence Viewer

RefSeq Acc Id:

NP_001164318 ⟸ NM_001170847

- UniProtKB:

E9PVK0 (UniProtKB/Swiss-Prot), Q8CFS9 (UniProtKB/Swiss-Prot), Q3UQS8 (UniProtKB/Swiss-Prot)

- Sequence:

show sequence

MVLAVAMSQDADPSGPEQPDRDACVMPGVQGPSVPQGQQGMQPLPPPPPPQPQASLPQIIQNAA
KLLDKSPFSVNNQNPLLTSPASVQLAQIQAQLTLHRLKMAQTAVTNNTAAATVLNQVLSKVAMS
QPLFNQLRHPSVLGTAHGPTGVSQHAASVPSAHFPSTAIAFSPPSQTGGPGPSVSLPSQPPNAM
VVHTFSGVVPQTPAQPAVILSLGKAGPTPATTGFYDYGKANSGQAYGSETEGQPGFLPASASAT
ASGSMTYEGHYSHTGQDGQPAFSKDFYGPNAQGPHIAGGFPADQTGSMKGDVGGLLQGTNSQWE
RPPGFSGQNKPDITAGPSLWAPPASQPYELYDPEEPTSDRAPPAFGSRLNNSKQGFGCSCRRTK
EGQAVLSVRPLQGHQLNDFRGLAPLHLPHICSICDKKVFDLKDWELHVKGKLHAQKCLLFSESA
GLRSIRASGEGTLSASANSTAVYNPTGNEDYTSNLGTSYAAIPTRAFAQSNPVFPSASSGTSFA
AQRKGAGRVVHICNLPEGSCTENDVINLGLPFGKVTNYILMKSTNQAFLEMAYTEAAQAMVQYY
QEKPAIINGEKLLIRMSTRYKELQLKKPGKNVAAIIQDIHSQRERDMLREADRYGPERPRSRSP
MSRSLSPRSHSPPGPSRADWGNGRDSYAWRDEDRETVPRRENGEDKRDRLDVWAHDRKHYPRQL
DKAELDERLEGGRGYREKYLKSGSPGPLHSVSGYKGREDGYHRKEPKAKLDKYPKQQPDVPGRS
RRKEEARLREPRHPHPEDSGKAEDLEPKITRAPDGTKSKQSEKSKTKRADRDQEGADDKKESQL
AENEAGAEEQEGMVGIQQEGTESCDPENTRTKKGQDCDSGSEPEGDNWYPTNMEELVTVDEVGE
EDFIMEPDLPELEEIVPIDQKDKTLPKICTCVTATLGLDLAKDFTKQGETLGNGDAELSLKLPG
QVPSTSASCPNDTDLEMPGLNLDAERKPAESETGLSLEVSNCYEKEARGEEDSDVSLAPAVQQM
SSPQPADERARQSSPFLDDCKARGSPEDGSHEASPLEGKASPPTESDLQSQACRENPRYMEVKS
LNVRSPEFTEAELKEPLSLPSWEPEVFSELSIPLGVEFVVPRTGFYCKLCGLFYTSEEAAKVSH
CRSTVHYRNLQKYLSQLAEEGLKETEGTDSPSPERGGIGPHLERKKL

hide sequence

RefSeq Acc Id:

XP_006527448 ⟸ XM_006527385

- Peptide Label:

isoform X3

- Sequence:

show sequence

MAQTAVTNNTAAATVLNQVLSKVAMSQPLFNQLRHPSVLGTAHGPTGVSQHAASVPSAHFPSTA
IAFSPPSQTGGPGPSVSLPSQPPNAMVVHTFSGVVPQTPAQPAVILSLGKAGPTPATTGFYDYG
KANSGQAYGSETEGQPGFLPASASATASGSMTYEGHYSHTGQDGQPAFSKDFYGPNAQGPHIAG
GFPADQTGSMKGDVGGLLQGTNSQWERPPGFSGQNKPDITAGPSLWAPPASQPYELYDPEEPTS
DRAPPAFGSRLNNSKQGFGCSCRRTKEGQAVLSVRPLQGHQLNDFRGLAPLHLPHICSICDKKV
FDLKDWELHVKGKLHAQKCLLFSESAGLRSIRASGEGTLSASANSTAVYNPTGNEDYTSNLGTS
YAAIPTRAFAQSNPVFPSASSGTSFAAQRKGAGRVVHICNLPEGSCTENDVINLGLPFGKVTNY
ILMKSTNQAFLEMAYTEAAQAMVQYYQEKPAIINGEKLLIRMSTRYKELQLKKPGKNVAAIIQD
IHSQRERDMLREADRYGPERPRSRSPMSRSLSPRSHSPPGPSRADWGNGRDSYAWRDEDRETVP
RRENGEDKRDRLDVWAHDRKHYPRQLDKAELDERLEGGRGYREKYLKSGSPGPLHSVSGYKGRE
DGYHRKEPKAKLDKYPKQQPDVPGRSRRKEEARLREPRHPHPEDSGKAEDLEPKITRAPDGTKS
KQSEKSKTKRADRDQEGADDKKESQLAENEAGAEEQEGMVGIQQEGTESCDPENTRTKKGQDCD
SGSEPEGDNWYPTNMEELVTVDEVGEEDFIMEPDLPELEEIVPIDQKDKTLPKICTCVTATLGL
DLAKDFTKQGETLGNGDAELSLKLPGQVPSTSASCPNDTDLEMPGLNLDAERKPAESETGLSLE
VSNCYEKEARGEEDSDVSLAPAVQQMSSPQPADERARQSSPFLDDCKARGSPEDGSHEASPLEG
KASPPTESDLQSQACRENPRYMEVKSLNVRSPEFTEAELKEPLSLPSWEPEVFSELSIPLGVEF
VVPRTGFYCKLCGLFYTSEEAAKVSHCRSTVHYRNLQKYLSQLAEEGLKETEGTDSPSPERGGI
GPHLERKKL

hide sequence

RefSeq Acc Id:

XP_011245673 ⟸ XM_011247371

- Peptide Label:

isoform X1

- Sequence:

show sequence

MNCDLEAAAKLLDKSPFSVNNQNPLLTSPASVQLAQIQAQLTLHRLKMAQTAVTNNTAAATVLN
QVLSKVAMSQPLFNQLRHPSVLGTAHGPTGVSQHAASVPSAHFPSTAIAFSPPSQTGGPGPSVS
LPSQPPNAMVVHTFSGVVPQTPAQPAVILSLGKAGPTPATTGFYDYGKANSGQAYGSETEGQPG
FLPASASATASGSMTYEGHYSHTGQDGQPAFSKDFYGPNAQGPHIAGGFPADQTGSMKGDVGGL
LQGTNSQWERPPGFSGQNKPDITAGPSLWAPPASQPYELYDPEEPTSDRAPPAFGSRLNNSKQG
FGCSCRRTKEGQAVLSVRPLQGHQLNDFRGLAPLHLPHICSICDKKVFDLKDWELHVKGKLHAQ
KCLLFSESAGLRSIRASGEGTLSASANSTAVYNPTGNEDYTSNLGTSYAAIPTRAFAQSNPVFP
SASSGTSFAAQRKGAGRVVHICNLPEGSCTENDVINLGLPFGKVTNYILMKSTNQAFLEMAYTE
AAQAMVQYYQEKPAIINGEKLLIRMSTRYKELQLKKPGKNVAAIIQDIHSQRERDMLREADRYG
PERPRSRSPMSRSLSPRSHSPPGPSRADWGNGRDSYAWRDEDRETVPRRENGEDKRDRLDVWAH
DRKHYPRQLDKAELDERLEGGRGYREKYLKSGSPGPLHSVSGYKGREDGYHRKEPKAKLDKYPK
QQPDVPGRSRRKEEARLREPRHPHPEDSGKAEDLEPKITRAPDGTKSKQSEKSKTKRADRDQEG
ADDKKESQLAENEAGAEEQEGMVGIQQEGTESCDPENTRTKKGQDCDSGSEPEGDNWYPTNMEE
LVTVDEVGEEDFIMEPDLPELEEIVPIDQKDKTLPKICTCVTATLGLDLAKDFTKQGETLGNGD
AELSLKLPGQVPSTSASCPNDTDLEMPGLNLDAERKPAESETGLSLEVSNCYEKEARGEEDSDV
SLAPAVQQMSSPQPADERARQSSPFLDDCKARGSPEDGSHEASPLEGKASPPTESDLQSQACRE
NPRYMEVKSLNVRSPEFTEAELKEPLSLPSWEPEVFSELSIPLGVEFVVPRTGFYCKLCGLFYT
SEEAAKVSHCRSTVHYRNLQKYLSQLAEEGLKETEGTDSPSPERGGIGPHLERKKL

hide sequence

RefSeq Acc Id:

XP_011245674 ⟸ XM_011247372

- Peptide Label:

isoform X2

- Sequence:

show sequence

MGAAKLLDKSPFSVNNQNPLLTSPASVQLAQIQAQLTLHRLKMAQTAVTNNTAAATVLNQVLSK
VAMSQPLFNQLRHPSVLGTAHGPTGVSQHAASVPSAHFPSTAIAFSPPSQTGGPGPSVSLPSQP
PNAMVVHTFSGVVPQTPAQPAVILSLGKAGPTPATTGFYDYGKANSGQAYGSETEGQPGFLPAS
ASATASGSMTYEGHYSHTGQDGQPAFSKDFYGPNAQGPHIAGGFPADQTGSMKGDVGGLLQGTN
SQWERPPGFSGQNKPDITAGPSLWAPPASQPYELYDPEEPTSDRAPPAFGSRLNNSKQGFGCSC
RRTKEGQAVLSVRPLQGHQLNDFRGLAPLHLPHICSICDKKVFDLKDWELHVKGKLHAQKCLLF
SESAGLRSIRASGEGTLSASANSTAVYNPTGNEDYTSNLGTSYAAIPTRAFAQSNPVFPSASSG
TSFAAQRKGAGRVVHICNLPEGSCTENDVINLGLPFGKVTNYILMKSTNQAFLEMAYTEAAQAM
VQYYQEKPAIINGEKLLIRMSTRYKELQLKKPGKNVAAIIQDIHSQRERDMLREADRYGPERPR
SRSPMSRSLSPRSHSPPGPSRADWGNGRDSYAWRDEDRETVPRRENGEDKRDRLDVWAHDRKHY
PRQLDKAELDERLEGGRGYREKYLKSGSPGPLHSVSGYKGREDGYHRKEPKAKLDKYPKQQPDV
PGRSRRKEEARLREPRHPHPEDSGKAEDLEPKITRAPDGTKSKQSEKSKTKRADRDQEGADDKK
ESQLAENEAGAEEQEGMVGIQQEGTESCDPENTRTKKGQDCDSGSEPEGDNWYPTNMEELVTVD
EVGEEDFIMEPDLPELEEIVPIDQKDKTLPKICTCVTATLGLDLAKDFTKQGETLGNGDAELSL
KLPGQVPSTSASCPNDTDLEMPGLNLDAERKPAESETGLSLEVSNCYEKEARGEEDSDVSLAPA
VQQMSSPQPADERARQSSPFLDDCKARGSPEDGSHEASPLEGKASPPTESDLQSQACRENPRYM
EVKSLNVRSPEFTEAELKEPLSLPSWEPEVFSELSIPLGVEFVVPRTGFYCKLCGLFYTSEEAA
KVSHCRSTVHYRNLQKYLSQLAEEGLKETEGTDSPSPERGGIGPHLERKKL

hide sequence

Ensembl Acc Id:

ENSMUSP00000129447 ⟸ ENSMUST00000164202

Ensembl Acc Id:

ENSMUSP00000158014 ⟸ ENSMUST00000162910

Ensembl Acc Id:

ENSMUSP00000124363 ⟸ ENSMUST00000161856

RefSeq Acc Id:	XP_036017600 ⟸ XM_036161707
- Peptide Label:	isoform X3

RefSeq Acc Id:	XP_036017599 ⟸ XM_036161706
- Peptide Label:	isoform X3

Protein Domains

RRM

Protein Structures

Name	Modeler	Protein Id	AA Range	Protein Structure
AF-Q3UQS8-F1-model_v2	AlphaFold	Q3UQS8	1-1199	view protein structure

Promoters

RGD ID:

13679790

Promoter ID:

EPDNEW_M24044

Type:

initiation region

Name:

Rbm20_1

Description:

Mus musculus RNA binding motif protein 20 , mRNA.

SO ACC ID:

SO:0000170

Source:

EPDNEW (Eukaryotic Promoter Database, http://epd.vital-it.ch/)

Experiment Methods:

Single-end sequencing.

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm38	19	53,677,371 - 53,677,431	EPDNEW

RGD ID:

6830361

Promoter ID:

MM_KWN:27350

Type:

Non-CpG

SO ACC ID:

SO:0000170

Source:

MPROMDB

Tissues & Cell Lines:

Kidney

Transcripts:

OTTMUST00000083634

Position:

Mouse Assembly	Chr	Position (strand)	Source
MGSCv36	19	53,867,986 - 53,868,486 (+)	MPROMDB

Additional Information

External Database Links

Database	Acc Id	Source(s)
AGR Gene	MGI:1920963	AgrOrtholog
Ensembl Genes	ENSMUSG00000043639	Ensembl, ENTREZGENE, UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
Ensembl Transcript	ENSMUST00000161856.2	UniProtKB/TrEMBL
	ENSMUST00000162910.2	UniProtKB/TrEMBL
	ENSMUST00000164202	ENTREZGENE
	ENSMUST00000164202.9	UniProtKB/Swiss-Prot
Gene3D-CATH	3.30.70.330	UniProtKB/Swiss-Prot
InterPro	Matrin/U1-C_Znf_C2H2	UniProtKB/Swiss-Prot
	Matrin/U1-like-C_Znf_C2H2	UniProtKB/Swiss-Prot
	Nucleotide-bd_a/b_plait_sf	UniProtKB/Swiss-Prot
	RBD_domain_sf	UniProtKB/Swiss-Prot
	RBM20_RRM	UniProtKB/Swiss-Prot
	RRM_dom	UniProtKB/Swiss-Prot
KEGG Report	mmu:73713	UniProtKB/Swiss-Prot
MGD	MGI:1920963	ENTREZGENE
NCBI Gene	73713	ENTREZGENE
PANTHER	MATRIN 3/NUCLEAR PROTEIN 220-RELATED	UniProtKB/Swiss-Prot
PhenoGen	Rbm20	PhenoGen
PROSITE	RRM	UniProtKB/Swiss-Prot
	ZF_MATRIN	UniProtKB/Swiss-Prot
SMART	RRM	UniProtKB/Swiss-Prot
	ZnF_U1	UniProtKB/Swiss-Prot
Superfamily-SCOP	SSF54928	UniProtKB/Swiss-Prot
UniProt	A0A494BAB4_MOUSE	UniProtKB/TrEMBL
	E9PVK0	ENTREZGENE
	F6TAZ4_MOUSE	UniProtKB/TrEMBL
	Q3UQS8	ENTREZGENE
	Q8CFS9	ENTREZGENE
	RBM20_MOUSE	UniProtKB/Swiss-Prot
UniProt Secondary	E9PVK0	UniProtKB/Swiss-Prot
	Q8CFS9	UniProtKB/Swiss-Prot

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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Imported Disease Annotations - CTD

Imported Disease Annotations - MGI

Imported Disease Annotations - OMIM

Mammalian Phenotype

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