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Gene: Slit1 (slit guidance ligand 1) Mus musculus

Analyze

Symbol:

Slit1

Name:

slit guidance ligand 1

RGD ID:

736743

MGI Page

MGI

Description:

Enables Roundabout binding activity. Acts upstream of or within several processes, including axon guidance; nuclear migration; and tangential migration from the subventricular zone to the olfactory bulb. Located in extracellular space. Is expressed in several structures, including alimentary system; branchial arch; central nervous system; olfactory system; and retina. Orthologous to human SLIT1 (slit guidance ligand 1).

Type:

protein-coding

RefSeq Status:

VALIDATED

Previously known as:

mKIAA0813; S; Slil1; slit homolog 1 (Drosophila); slit homolog 1 protein; slit-1

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):	SLIT1 (slit guidance ligand 1)	HGNC	Ensembl, HGNC, HomoloGene, Inparanoid, NCBI, OrthoDB, OrthoMCL, Panther, PhylomeDB, Treefam
Rattus norvegicus (Norway rat):	Slit1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chinchilla lanigera (long-tailed chinchilla):	Slit1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Pan paniscus (bonobo/pygmy chimpanzee):	SLIT1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Canis lupus familiaris (dog):	SLIT1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Ictidomys tridecemlineatus (thirteen-lined ground squirrel):	Slit1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Sus scrofa (pig):	SLIT1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chlorocebus sabaeus (green monkey):	SLIT1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Heterocephalus glaber (naked mole-rat):	Slit1 (slit guidance ligand 1)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Other homologs ²
Homo sapiens (human):	SLIT2 (slit guidance ligand 2)	HGNC	OrthoMCL
Homo sapiens (human):	SLIT3 (slit guidance ligand 3)	HGNC	OrthoMCL
Alliance orthologs ³
Rattus norvegicus (Norway rat):	Slit1 (slit guidance ligand 1)	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Homo sapiens (human):	SLIT1 (slit guidance ligand 1)	Alliance	DIOPT (Ensembl Compara\|HGNC\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Danio rerio (zebrafish):	slit1a (slit homolog 1a (Drosophila))	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid\|ZFIN)
Danio rerio (zebrafish):	slit1b (slit homolog 1b (Drosophila))	Alliance	DIOPT (Ensembl Compara\|OrthoFinder\|PhylomeDB\|ZFIN)
Caenorhabditis elegans (roundworm):	slt-1	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Drosophila melanogaster (fruit fly):	sli	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|SonicParanoid)
Xenopus tropicalis (tropical clawed frog):	slit1	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)

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	41,586,263 - 41,735,714 (-)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	19	41,588,696 - 41,732,104 (-)	Ensembl		GRCm39 Ensembl
GRCm38	19	41,597,824 - 41,747,275 (-)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	19	41,600,257 - 41,743,665 (-)	Ensembl	GRCm38		mm10	GRCm38
MGSCv37	19	41,674,747 - 41,818,346 (-)	NCBI	GRCm37	MGSCv37	mm9	NCBIm37
MGSCv36	19	41,653,570 - 41,797,167 (-)	NCBI		MGSCv36	mm8
Celera	19	42,398,288 - 42,542,154 (-)	NCBI		Celera
Cytogenetic Map	19	C3	NCBI
cM Map	19	34.99	NCBI

JBrowse:

View Region in Genome Browser (JBrowse)

Model

Annotation Click to see Annotation Detail View

Disease Annotations Click to see Annotation Detail View

Brain Injuries (ISO)

Monomelic Amyotrophy (ISO)

Spinal Cord Injuries (IEP)

Gene-Chemical Interaction Annotations Click to see Annotation Detail View

1,2-dimethylhydrazine (EXP)

17alpha-ethynylestradiol (ISO)

17beta-estradiol (ISO)

17beta-estradiol 3-benzoate (ISO)

2,2',4,4'-Tetrabromodiphenyl ether (ISO)

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

3,3',5,5'-tetrabromobisphenol A (ISO)

3,4-methylenedioxymethamphetamine (EXP)

3H-1,2-dithiole-3-thione (ISO)

4,4'-diaminodiphenylmethane (EXP)

4,4'-sulfonyldiphenol (EXP,ISO)

6-propyl-2-thiouracil (ISO)

acrylamide (ISO)

aflatoxin B1 (ISO)

Aflatoxin B2 alpha (ISO)

alendronic acid (ISO)

all-trans-retinoic acid (ISO)

amitrole (ISO)

ammonium chloride (ISO)

amphotericin B (ISO)

arsenite(3-) (EXP)

belinostat (ISO)

benzo[a]pyrene (ISO)

beta-lapachone (ISO)

bis(2-ethylhexyl) phthalate (EXP,ISO)

bisphenol A (EXP,ISO)

bisphenol F (EXP,ISO)

bromobenzene (ISO)

Butylparaben (ISO)

capsaicin (ISO)

chlorpyrifos (EXP,ISO)

cisplatin (ISO)

coumarin (ISO)

Cuprizon (ISO)

cyclophosphamide (ISO)

DDE (ISO)

decabromodiphenyl ether (ISO)

dibutyl phthalate (ISO)

dorsomorphin (ISO)

entinostat (ISO)

enzacamene (ISO)

epoxiconazole (ISO)

ethanol (EXP)

fenvalerate (ISO)

gentamycin (ISO)

glyphosate (ISO)

lead(0) (ISO)

linuron (ISO)

methimazole (ISO)

methylmercury chloride (ISO)

mono(2-ethylhexyl) phthalate (EXP)

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

panobinostat (ISO)

perfluorohexanesulfonic acid (EXP)

perfluorooctanoic acid (ISO)

permethrin (ISO)

pioglitazone (EXP)

prochloraz (ISO)

procymidone (ISO)

progesterone (ISO)

raloxifene (ISO)

SB 431542 (ISO)

sodium arsenite (EXP,ISO)

sulfadimethoxine (ISO)

T-2 toxin (ISO)

tebuconazole (ISO)

testosterone (ISO)

Tetrachlorobisphenol A (ISO)

Theaflavin 3,3'-digallate (ISO)

titanium dioxide (EXP)

trichostatin A (ISO)

triphenyl phosphate (ISO)

triptonide (EXP)

valproic acid (ISO)

vinclozolin (ISO)

vorinostat (ISO)

Gene Ontology Annotations Click to see Annotation Detail View

Biological Process

axon extension involved in axon guidance (IEA,ISO)

axon guidance (IBA,IDA,IGI,ISO)

axonogenesis (IDA,IMP)

chemorepulsion involved in embryonic olfactory bulb interneuron precursor migration (ISO)

dorsal/ventral axon guidance (IGI)

motor neuron axon guidance (IEA,ISO)

negative chemotaxis (IBA,IMP,ISO)

negative regulation of axon extension involved in axon guidance (IEA,ISO)

negative regulation of synapse assembly (ISS)

neuron projection morphogenesis (IGI)

nuclear migration (IDA)

olfactory bulb development (IGI)

retinal ganglion cell axon guidance (IGI,IMP)

spinal cord development (IEA,ISO)

tangential migration from the subventricular zone to the olfactory bulb (IMP)

telencephalon cell migration (IGI)

Cellular Component

extracellular space (IBA,IDA,ISO)

plasma membrane (TAS)

Molecular Function

calcium ion binding (IEA)

heparan sulfate proteoglycan binding (IEA,ISO)

heparin binding (IBA)

protein binding (ISO)

Roundabout binding (IBA,IPI,ISO)

signaling receptor binding (TAS)

Phenotype Annotations Click to see Annotation Detail View

Mammalian Phenotype

abnormal axon guidance (IAGP)

abnormal embryonic/fetal subventricular zone morphology (IAGP)

abnormal neurite morphology (IAGP)

abnormal olfactory lobe morphology (IAGP)

abnormal olfactory tract morphology (IAGP)

abnormal spinal cord lateral column morphology (IAGP)

abnormal spinal cord ventral commissure morphology (IAGP)

decreased locomotor activity (IEA)

perinatal lethality, complete penetrance (IAGP)

References

References - curated

#	Reference Title	Reference Citation
1.	The homeodomain protein vax1 is required for axon guidance and major tract formation in the developing forebrain.	Bertuzzi S, etal., Genes Dev 1999 Dec 1;13(23):3092-105.
2.	Electronic Transfer of Homolog Data	MGD and Homologene mouse data transfer
3.	MGDs mouse GO annotations	MGD data from the GO Consortium
4.	MGD IEA	MGD IEA
5.	Prediction of the coding sequences of mouse homologues of KIAA gene: II. The complete nucleotide sequences of 400 mouse KIAA-homologous cDNAs identified by screening of terminal sequences of cDNA clones randomly sampled from size-fractionated libraries.	Okazaki N, etal., DNA Res 2003 Feb 28;10(1):35-48.
6.	Analysis of the mouse transcriptome based on functional annotation of 60,770 full-length cDNAs.	Okazaki Y, etal., Nature. 2002 Dec 5;420(6915):563-73.
7.	Slit1 and Slit2 cooperate to prevent premature midline crossing of retinal axons in the mouse visual system.	Plump AS, etal., Neuron 2002 Jan 17;33(2):219-32.
8.	Mouse MP Annotation Import Pipeline	RGD automated import pipeline
9.	ClinVar Automated Import and Annotation Pipeline	RGD automated import pipeline for ClinVar variants, variant-to-disease annotations and gene-to-disease annotations
10.	Data Import for Chemical-Gene Interactions	RGD automated import pipeline for gene-chemical interactions
11.	Expression of netrin-1, slit-1 and slit-3 but not of slit-2 after cerebellar and spinal cord lesions.	Wehrle R, etal., Eur J Neurosci. 2005 Nov;22(9):2134-44.

Additional References at PubMed

PMID:8889548	PMID:10349636	PMID:10433822	PMID:10864954	PMID:10864955	PMID:11042159	PMID:11076861	PMID:11217851	PMID:11472852	PMID:11520671	PMID:11748150	PMID:11804571
PMID:11830575	PMID:12023301	PMID:12051827	PMID:12097499	PMID:12141424	PMID:12477932	PMID:12515855	PMID:12591596	PMID:12609596	PMID:12642493	PMID:12954717	PMID:14610273
PMID:14960623	PMID:15084255	PMID:15091338	PMID:15162513	PMID:15226823	PMID:15229182	PMID:15229646	PMID:15483127	PMID:15489334	PMID:16141072	PMID:16141073	PMID:16284245
PMID:16291793	PMID:16410488	PMID:16439476	PMID:16540508	PMID:16602821	PMID:16682216	PMID:16828733	PMID:16854408	PMID:16885222	PMID:17329426	PMID:17360927	PMID:17376983
PMID:17392456	PMID:17507568	PMID:17581972	PMID:17715346	PMID:17721516	PMID:18054781	PMID:18287559	PMID:18345009	PMID:18417704	PMID:18455991	PMID:18547144	PMID:18554416
PMID:18562598	PMID:18579678	PMID:18617019	PMID:18842816	PMID:19030180	PMID:19210786	PMID:19258013	PMID:19700621	PMID:19782674	PMID:19906969	PMID:20231872	PMID:20554876
PMID:20606719	PMID:20631173	PMID:20670830	PMID:20696379	PMID:20941780	PMID:21068056	PMID:21118670	PMID:21267068	PMID:21307234	PMID:21435555	PMID:21508241	PMID:21600986
PMID:21677750	PMID:21688288	PMID:21862448	PMID:21873635	PMID:22000108	PMID:22306607	PMID:22349628	PMID:22365545	PMID:22399681	PMID:22627288	PMID:22696295	PMID:22772332
PMID:22806432	PMID:22912413	PMID:22981605	PMID:23083737	PMID:23161783	PMID:23217742	PMID:23255421	PMID:23292680	PMID:23307742	PMID:23320558	PMID:23328398	PMID:23396189
PMID:23534961	PMID:23821580	PMID:23884932	PMID:24065825	PMID:24194600	PMID:24560577	PMID:24705356	PMID:24741061	PMID:24952961	PMID:25056828	PMID:25285789	PMID:25366972
PMID:25456121	PMID:25485759	PMID:25490618	PMID:25530182	PMID:25631876	PMID:25691540	PMID:25843547	PMID:25894826	PMID:25936505	PMID:26257608	PMID:26395479	PMID:26520399
PMID:26620267	PMID:26743624	PMID:27466379	PMID:27626380	PMID:27667971	PMID:27770832	PMID:27806288	PMID:27819291	PMID:28137836	PMID:28219675	PMID:28234971	PMID:28676569
PMID:28970231	PMID:28986144	PMID:29031500	PMID:29343636	PMID:29961574	PMID:30470893	PMID:30504829	PMID:30504844	PMID:30547091	PMID:31040226	PMID:31070778	PMID:31356769
PMID:31489182	PMID:31731293	PMID:32325033	PMID:32499648	PMID:32561725	PMID:32670024	PMID:32707082	PMID:33347679	PMID:33760820	PMID:33892704	PMID:34249921	PMID:34321664
PMID:34321999	PMID:35462405	PMID:36843585	PMID:37298722	PMID:37497580	PMID:37524711	PMID:37566909	PMID:38355793	PMID:38943353	PMID:39159057	PMID:39353435

Genomics

Comparative Map Data

Slit1
(Mus musculus - house mouse)

Mouse Assembly	Chr	Position (strand)	Source	Genome Browsers
Mouse Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCm39	19	41,586,263 - 41,735,714 (-)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	19	41,588,696 - 41,732,104 (-)	Ensembl		GRCm39 Ensembl
GRCm38	19	41,597,824 - 41,747,275 (-)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	19	41,600,257 - 41,743,665 (-)	Ensembl	GRCm38		mm10	GRCm38
MGSCv37	19	41,674,747 - 41,818,346 (-)	NCBI	GRCm37	MGSCv37	mm9	NCBIm37
MGSCv36	19	41,653,570 - 41,797,167 (-)	NCBI		MGSCv36	mm8
Celera	19	42,398,288 - 42,542,154 (-)	NCBI		Celera
Cytogenetic Map	19	C3	NCBI
cM Map	19	34.99	NCBI

SLIT1
(Homo sapiens - human)

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	10	96,998,038 - 97,185,959 (-)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	10	96,998,038 - 97,185,959 (-)	Ensembl	GRCh38		hg38	GRCh38
GRCh37	10	98,757,795 - 98,945,716 (-)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	10	98,750,601 - 98,935,653 (-)	NCBI	NCBI36	Build 36	hg18	NCBI36
Build 34	10	98,750,600 - 98,935,653	NCBI
Celera	10	92,499,394 - 92,687,283 (-)	NCBI		Celera
Cytogenetic Map	10	q24.1	NCBI
HuRef	10	92,385,891 - 92,573,726 (-)	NCBI		HuRef
CHM1_1	10	99,040,092 - 99,227,937 (-)	NCBI		CHM1_1
T2T-CHM13v2.0	10	97,878,923 - 98,066,822 (-)	NCBI		T2T-CHM13v2.0

Slit1
(Rattus norvegicus - Norway rat)

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	1	250,358,917 - 250,507,476 (-)	NCBI		GRCr8
mRatBN7.2	1	240,409,559 - 240,558,127 (-)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	1	240,409,561 - 240,558,127 (-)	Ensembl		mRatBN7.2 Ensembl
UTH_Rnor_SHR_Utx	1	248,552,721 - 248,697,784 (-)	NCBI	Rnor_SHR	UTH_Rnor_SHR_Utx
UTH_Rnor_SHRSP_BbbUtx_1.0	1	255,249,868 - 255,394,935 (-)	NCBI	Rnor_SHRSP	UTH_Rnor_SHRSP_BbbUtx_1.0
UTH_Rnor_WKY_Bbb_1.0	1	247,902,887 - 248,047,946 (-)	NCBI	Rnor_WKY	UTH_Rnor_WKY_Bbb_1.0
Rnor_6.0	1	260,843,481 - 260,992,366 (-)	NCBI	Rnor6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_6.0 Ensembl	1	260,843,483 - 260,992,366 (-)	Ensembl	Rnor6.0		rn6	Rnor6.0
Rnor_5.0	1	268,298,678 - 268,445,090 (-)	NCBI	Rnor5.0	Rnor_5.0	rn5	Rnor5.0
RGSC_v3.4	1	246,813,909 - 246,964,408 (-)	NCBI	RGSC3.4	RGSC_v3.4	rn4	RGSC3.4
RGSC_v3.1	1	246,928,385 - 247,078,883 (-)	NCBI
Celera	1	236,249,200 - 236,395,640 (-)	NCBI		Celera
Cytogenetic Map	1	q54	NCBI

Slit1
(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_004955507	3,201,556 - 3,365,471 (-)	Ensembl	ChiLan1.0
ChiLan1.0	NW_004955507	3,204,135 - 3,365,319 (-)	NCBI	ChiLan1.0	ChiLan1.0

SLIT1
(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	108,910,729 - 109,098,440 (-)	NCBI		NHGRI_mPanPan1-v2
NHGRI_mPanPan1	10	108,916,049 - 109,103,762 (-)	NCBI		NHGRI_mPanPan1
Mhudiblu_PPA_v0	10	93,618,550 - 93,806,263 (-)	NCBI	Mhudiblu_PPA_v0	Mhudiblu_PPA_v0	panPan3
PanPan1.1	10	97,116,073 - 97,303,406 (-)	NCBI	panpan1.1	PanPan1.1	panPan2
PanPan1.1 Ensembl	10	97,119,133 - 97,303,095 (-)	Ensembl	panpan1.1		panPan2

SLIT1
(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	10,351,758 - 10,519,322 (-)	NCBI	CanFam3.1	CanFam3.1	canFam3	CanFam3.1
CanFam3.1 Ensembl	28	10,351,821 - 10,519,313 (-)	Ensembl	CanFam3.1		canFam3	CanFam3.1
Dog10K_Boxer_Tasha	28	10,535,122 - 10,702,300 (-)	NCBI		Dog10K_Boxer_Tasha
ROS_Cfam_1.0	28	10,673,425 - 10,840,914 (-)	NCBI		ROS_Cfam_1.0
ROS_Cfam_1.0 Ensembl	28	10,673,458 - 10,840,953 (-)	Ensembl		ROS_Cfam_1.0 Ensembl
UMICH_Zoey_3.1	28	10,335,078 - 10,502,567 (-)	NCBI		UMICH_Zoey_3.1
UNSW_CanFamBas_1.0	28	10,395,529 - 10,563,416 (-)	NCBI		UNSW_CanFamBas_1.0
UU_Cfam_GSD_1.0	28	10,536,093 - 10,703,522 (-)	NCBI		UU_Cfam_GSD_1.0

Slit1
(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	36,388,622 - 36,543,449 (+)	NCBI		HiC_Itri_2
SpeTri2.0 Ensembl	NW_004936636	2,427,736 - 2,582,578 (+)	Ensembl	SpeTri2.0	SpeTri2.0 Ensembl
SpeTri2.0	NW_004936636	2,427,738 - 2,582,565 (+)	NCBI	SpeTri2.0	SpeTri2.0		SpeTri2.0

SLIT1
(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	108,446,004 - 108,624,302 (-)	Ensembl	Sscrofa11.1		susScr11	Sscrofa11.1
Sscrofa11.1	14	108,446,003 - 108,624,508 (-)	NCBI	Sscrofa11.1	Sscrofa11.1	susScr11	Sscrofa11.1
Sscrofa10.2	14	118,083,559 - 118,149,597 (-)	NCBI	Sscrofa10.2	Sscrofa10.2	susScr3

SLIT1
(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	90,166,710 - 90,357,983 (-)	NCBI	ChlSab1.1	ChlSab1.1	chlSab2
ChlSab1.1 Ensembl	9	90,172,578 - 90,237,256 (-)	Ensembl	ChlSab1.1	ChlSab1.1 Ensembl	chlSab2
Vero_WHO_p1.0	NW_023666048	51,061,333 - 51,250,208 (-)	NCBI	Vero_WHO_p1.0	Vero_WHO_p1.0

Slit1
(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	8,460,508 - 8,632,302 (-)	Ensembl	HetGla_female_1.0	HetGla_female_1.0 Ensembl	hetGla2
HetGla 1.0	NW_004624737	8,458,444 - 8,632,316 (-)	NCBI	HetGla_female_1.0	HetGla 1.0	hetGla2

Variants

Variants in Slit1
5483 total Variants

miRNA Target Status (No longer updated)

Predicted Target Of

	Summary Value
Count of predictions:	1435
Count of miRNA genes:	597
Interacting mature miRNAs:	735
Transcripts:	ENSMUST00000025993, ENSMUST00000166496, ENSMUST00000169141, ENSMUST00000169416, ENSMUST00000171586
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
13506250	Renmq1_m	renal mercury accumulation QTL 1 (mouse)					19	27385594	61385705	Mouse
10412251	Mnp_m	modifier of Niemann Pick type C1 (mouse)			Not determined		19	20234314	54234461	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
1301336	Alcp23_m	alcohol preference locus 23 (mouse)			Not determined		19	15912607	49912719	Mouse
1558876	W3q14_m	weight 3 weeks QTL 14 (mouse)			Not determined		19	22313326	53911504	Mouse
1302104	Lfp1_m	long free running period 1 (mouse)			Not determined		19	39184064	61420004	Mouse
1302019	Pgia23_m	proteoglycan induced arthritis 23 (mouse)			Not determined		19	9787453	43787602	Mouse
1301633	Alcp24_m	alcohol preference locus 24 (mouse)			Not determined		19	15912607	49912719	Mouse
14928311	Manh85_m	mandible shape 85 (mouse)					19	11914789	45914789	Mouse
1301639	Stnn_m	striatal neuron number (mouse)			Not determined		19	33951952	61420004	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
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
4141019	Tgq29_m	triglyceride QTL 29 (mouse)			Not determined			34596786	61420004	Mouse
1301942	Pas13_m	pulmonary adenoma susceptibility 13 (mouse)			Not determined		19	30141231	61420004	Mouse
10413881	Moe2_m	modifier of epilepsy 2 (mouse)					19	14923016	48923138	Mouse
1302004	Lfp2_m	long free running period 2 (mouse)			Not determined		19	18295162	52295381	Mouse
12790634	Ebm1_m	Epidermolysis Bullosa modifier 1 (mouse)					19	24988439	58988439	Mouse
1300856	Nobq2_m	New Zealand obese QTL 2 (mouse)			Not determined		19	30897880	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
13504736	Ifvrq6_m	influenza virus resistance QTL 6 (mouse)					19	36902910	44913949	Mouse
1301410	Cd8mts6_m	CD8 memory T cell subset 6 (mouse)			Not determined		19	30141231	61420004	Mouse
1301479	Sluc1_m	susceptibility to lung cancer 1 (mouse)			Not determined		19	36016944	46761521	Mouse
4142343	Moen2_m	modifier of engrailed QTL 2 (mouse)			Not determined		19	20234314	54234461	Mouse
1302123	Tlsr8_m	thymic lymphoma suppressor region 8 (mouse)			Not determined		19	25136002	42388916	Mouse
1302063	Eae19_m	experimental allergic encephalomyelitis 19 (mouse)			Not determined		19	18295162	52295381	Mouse
1301741	Lith2_m	lithogenic gene 2 (mouse)			Not determined		19	32992158	61420004	Mouse
1301228	Iba4_m	induction of brown adipocytes 4 (mouse)			Not determined		19	9305715	43305821	Mouse

Markers in Region

Slit1

Mouse Assembly	Chr	Position (strand)	Source	JBrowse
Cytogenetic Map	19	C3	UniSTS
cM Map	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_015748	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_030250829	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_030250830	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_036161495	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_036161496	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
GenBank Nucleotide	AC129182	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC132303	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC145557	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AF144627	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK049808	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK122376	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BC057131	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BC062091	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CH466534	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles

Ensembl Acc Id:

ENSMUST00000025993 ⟹ ENSMUSP00000025993

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	41,588,698 - 41,732,104 (-)	Ensembl
GRCm38.p6 Ensembl	19	41,600,259 - 41,743,665 (-)	Ensembl

Ensembl Acc Id:

ENSMUST00000166496 ⟹ ENSMUSP00000128381

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	41,588,890 - 41,731,931 (-)	Ensembl
GRCm38.p6 Ensembl	19	41,600,451 - 41,743,492 (-)	Ensembl

Ensembl Acc Id:

ENSMUST00000169141 ⟹ ENSMUSP00000129034

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	41,588,696 - 41,731,931 (-)	Ensembl
GRCm38.p6 Ensembl	19	41,600,257 - 41,743,492 (-)	Ensembl

Ensembl Acc Id:

ENSMUST00000169416

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	41,592,808 - 41,596,969 (-)	Ensembl
GRCm38.p6 Ensembl	19	41,604,369 - 41,608,530 (-)	Ensembl

Ensembl Acc Id:

ENSMUST00000171586 ⟹ ENSMUSP00000126139

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39 Ensembl	19	41,634,542 - 41,731,925 (-)	Ensembl
GRCm38.p6 Ensembl	19	41,646,103 - 41,743,486 (-)	Ensembl

RefSeq Acc Id:

NM_015748 ⟹ NP_056563

RefSeq Status:

VALIDATED

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	41,588,696 - 41,732,295 (-)	NCBI
GRCm38	19	41,600,257 - 41,743,856 (-)	NCBI
MGSCv37	19	41,674,747 - 41,818,346 (-)	RGD
Celera	19	42,398,288 - 42,542,154 (-)	RGD
cM Map	19		ENTREZGENE

Sequence:

show sequence

GGGGGGGAGGGCGGGAAGGAGTCTGGCCCTGGAAGTGTGCTTTTCGATTGATGGATGACTGCCG
GGTGTGAGCGAGCGTGCGGGTGTGAGTGTGTATGTGTGTGTGTGTGTGTGCGCGCGCGCGCGAG
GTGTGTGTGTGTGCGCGCGCGCGGGGCCTGCCCATTTTCCTCCTCACAGCAGTCAGTTGGGAGC
TGGAGGGAGAGGGAGACGCCGGCAGCGAGCACTGGGAGAGGAGCTGAGCGCCCTCCGCTTAAGA
CGCCTTTCCTGGGTCTACGCACAGACGCTGTCGCTGGGAGCATCTAGGTACCACTCGATCCGCA
AGGGCGCATCGCACGATTCCACCGGCTCTTCGGTCCTTCGGTGGGGATAGCACCTGGAGCTAGC
CCCGGACGGGGATGGTCAGCGGCTGCGGCCGTCTGGCACGCGAACGGGACACGGCGAAGGCACC
ATGGCGCTAACGCCCCAGCGCGGGTCCTCTTCGGGGTTGAGCCGACCGGAGCTGTGGCTGCTGC
TGTGGGCAGCCGCGTGGCGCCTGGGGGCCACGGCGTGCCCCGCCCTCTGCACCTGCACCGGCAC
TACGGTGGACTGCCACGGCACGGGTTTGCAGGCCATCCCCAAGAACATCCCACGGAACACCGAG
CGCCTGGAACTCAACGGCAACAACATCACTCGGATCCACAAGAATGACTTTGCTGGCCTCAAGC
AGCTTCGAGTGTTGCAGCTGATGGAGAACCAGATCGGAGCTGTGGAACGCGGAGCTTTTGATGA
CATGAAGGAGCTAGAGCGCCTACGGCTGAACCGCAACCAGCTACAAGTGTTGCCTGAACTACTG
TTCCAGAACAACCAGGCTCTATCCAGACTGGACCTGAGTGAGAATTTTCTCCAGGCTGTGCCCA
GGAAGGCTTTTCGGGGAGCCACAGACCTCAAAAATCTACAGCTGGACAAGAACCGGATCAGCTG
CATCGAGGAAGGGGCCTTCCGTGCCCTACGGGGACTGGAGGTTCTGACCCTGAACAACAACAAC
ATCACCACCATCCCTGTGTCCAGTTTCAACCATATGCCCAAGCTTCGGACCTTCCGGCTGCACT
CCAACCACCTGTTCTGTGACTGCCACCTGGCCTGGCTCTCTCAGTGGCTGAGACAGAGGCCCAC
CATCGGACTCTTCACCCAGTGCTCTGGGCCCGCCAGCCTTCGGGGCCTCAACGTGGCAGAGGTG
CAAAAGGGCGAGTTCAGCTGCTCAGGCCAGGGGGAGGCTGCGGGAGCACCTGCCTGCACCCTCT
CGTCCGGTTCCTGCCCAGCCATGTGCAGCTGTAGCAGCGGCATCGTGGACTGCCGTGGCAAGGG
CCTCACTGCCATCCCTGCTAACCTTCCAGAGACCATGACAGAGATCCGCCTGGAGTTGAACGGT
ATCAAATCCATCCCACCCGGAGCCTTCTCTCCCTACAGAAAGCTGCGCAGGATAGACCTGAGCA
ACAACCAGATTGCAGAGATTGCACCCGACGCCTTCCAAGGCCTGCGCTCCTTGAATTCCCTGGT
CCTCTATGGCAACAAGATTACAGACCTGCCCCGAGGTGTATTTGGAGGCCTGTACACACTCCAG
CTGCTGCTTCTAAATGCCAACAAGATCAACTGCATCCGGCCTGATGCCTTCCAGGACCTGCAGA
ACCTCTCTCTGCTCTCCCTGTATGACAACAAGATCCAGAGTCTCGCCAAGGGCACCTTCACCTC
CCTACGGGCCATCCAGACACTGCATCTGGCCCAGAATCCTTTCATCTGTGACTGTAACCTCAAG
TGGCTGGCAGACTTCTTACGTACCAACCCCATCGAGACAACTGGGGCCCGATGTGCCAGCCCCC
GGCGCCTCGCCAACAAGCGTATTGGGCAGATCAAAAGCAAGAAGTTTCGGTGCTCAGCCAAAGA
GCAGTACTTCATTCCAGGGACAGAGGACTACCACCTGAACAGCGAGTGTACCAGCGACGTGGCC
TGCCCACACAAGTGCCGTTGTGAGGCCAGTGTGGTGGAGTGCTCCAGCCTGAAACTCTCTAAGA
TCCCTGAGCGAATCCCCCAGTCCACGACTGAGCTACGACTGAACAACAATGAGATTTCTATCCT
AGAGGCCACTGGGTTGTTTAAGAAGCTCTCACATCTGAAGAAAATAAACCTGAGCAATAACAAG
GTGTCCGAGATCGAAGACGGGACGTTTGAGGGTGCCGCCTCTGTCAGTGAGCTGCACCTGACTG
CTAACCAGCTGGAGTCCATTAGAAGTGGCATGTTCCGGGGTCTAGATGGCTTGCGGACCCTGAT
GCTGAGGAACAACCGTATCAGCTGTATCCACAACGACAGCTTCACCGGGCTGCGCAACGTGCGG
CTCCTGTCTCTCTATGACAACCACATCACCACCATCTCCCCTGGAGCCTTTGACACTCTCCAGG
CCCTGTCCACACTAAACCTCCTGGCCAACCCGTTCAACTGCAACTGCCATCTGTCATGGCTGGG
CGACTGGCTCCGGAAGAGGAAGATTGTGACGGGGAACCCTCGCTGTCAGAACCCAGACTTCCTG
CGGCAGATTCCTCTGCAGGATGTGGCCTTCCCTGACTTCAGGTGTGAGGAAGGCCAGGAGGAGG
TGGGCTGCCTGCCCCGCCCACAGTGCCCCCAGGAGTGTGCCTGCCTGGACACAGTGGTCCGCTG
CAGCAACAAGCACCTCCAGGCTCTGCCCAAGGGCATCCCCAAGAATGTCACAGAACTCTATTTG
GATGGGAACCAGTTCACACTCGTTCCGGGACAGCTGTCTACCTTCAAGTATCTGCAGCTCGTGG
ACTTGAGCAACAACAAGATCAGTTCCTTGAGCAATTCTTCCTTCACCAACATGAGCCAGCTGAC
CACGCTGATCCTCAGCTACAATGCCCTCCAGTGCATCCCTCCTCTGGCCTTTCAAGGACTTCGT
TCGCTGCGCCTGCTGTCTTTGCATGGCAATGATGTCTCCACCCTCCAAGAGGGCATCTTTGCAG
ACGTGACGTCTCTGTCTCACCTGGCCATTGGTGCCAACCCCCTGTACTGCGACTGCCGCCTCCG
GTGGCTCTCCAGTTGGGTGAAGACTGGCTACAAGGAACCTGGCATTGCCCGCTGTGCTGGACCC
CCAGAGATGGAGGGCAAACTGTTACTCACCACACCTGCCAAGAAGTTTGAATGCCAAGGTCCCC
CCAGCCTGGCAGTTCAGGCCAAGTGTGATCCCTGCTTGTCCAGCCCATGCCAGAACCAGGGCAC
CTGCCACAATGACCCTCTTGAGGTATACAGGTGTACCTGCCCCAGTGGCTACAAGGGCCGACAC
TGTGAGGTGTCTCTGGACGGCTGTTCCAGCAACCCATGTGGAAATGGGGGGACCTGCCATGCCC
AGGAGGGCGAGGATGCTGGCTTCACGTGCTCCTGTCCCTCCGGCTTTGAAGGGCCGACCTGTGG
AGTGGACACAGATGACTGTGTTAAGCATGCCTGTGTCAACGGGGGTGTCTGTGTAGATGGCGTG
GGGAATTACACATGTCAGTGCCCCCTGCAGTACACAGGAAGGGCCTGTGAGCAGCTGGTGGACT
TCTGCTCCCCGGATATGAACCCGTGTCAGCATGAGGCCCAATGTGTTGGCACCCCGGATGGGCC
CAGGTGTGAGTGCATGCTAGGTTACACGGGTGACAACTGCAGCGAAAATCAGGATGACTGCAAG
GACCACAAGTGTCAGAACGGGGCCCAGTGTGTGGATGAAGTCAACAGCTACGCCTGCCTCTGTG
TTGAGGGCTACAGTGGACAGCTCTGTGAGATCCCACCTGCCCCCAGGAGCTCCTGTGAGGGGAC
GGAGTGCCAGAATGGAGCCAACTGCGTAGACCAGGGAAGCCGGCCCGTATGCCAGTGCCTACCA
GGCTTTGGTGGCCCTGAATGTGAGAAATTGCTCAGTGTCAACTTTGTGGACCGGGACACTTATC
TGCAGTTCACTGACCTGCAGAACTGGCCTCGGGCCAACATCACTCTTCAGGTCTCCACAGCAGA
GGACAATGGGATTCTCCTATATAATGGGGACAATGACCACATTGCAGTTGAGCTGTACCAGGGC
CATGTCCGTGTTAGTTATGACCCAGGCAGCTACCCCAGCTCTGCTATCTACAGCGCTGAGACGA
TCAACGATGGGCAGTTCCACACCGTTGAGCTGGTCACCTTCGACCAGATGGTGAACCTCTCCAT
CGATGGCGGCAGCCCCATGACCATGGACAACTTTGGCAAGCACTACACCCTCAACAGCGAGGCC
CCCCTCTATGTGGGAGGGATGCCTGTGGACGTGAACTCAGCTGCCTTCCGCCTGTGGCAGATCC
TCAATGGTACCAGCTTCCACGGTTGCATCCGGAACCTGTACATCAACAATGAACTGCAGGACTT
CACCAAGACACAGATGAAGCCAGGCGTGGTGCCAGGCTGTGAGCCGTGCCGCAAACTCTACTGT
CTACATGGCATTTGCCAGCCCAACGCCACCCCAGGGCCTGTGTGCCACTGTGAGGCTGGCTGGG
GGGGCCTGCACTGTGACCAGCCAGTGGATGGCCCCTGCCATGGCCACAAGTGTGTCCATGGGAA
ATGCGTGCCGCTCGACGCTCTTGCCTACAGCTGCCAGTGCCAGGATGGGTACTCGGGGGCTCTG
TGCAACCAGGTCGGGGCTGTGGCAGAGCCCTGTGGGGGCTTGCAGTGCCTGCATGGTCACTGCC
AGGCCTCTGCCACCAAAGGGGCACACTGTGTGTGCAGCCCAGGCTTTTCAGGCGAGCTGTGTGA
GCAAGAGTCCGAGTGCCGGGGGGACCCTGTCCGGGACTTTCACCGGGTCCAGAGGGGCTATGCC
ATCTGCCAGACCACACGCCCGCTGTCGTGGGTGGAATGCCGGGGCGCGTGCCCGGGCCAGGGCT
GCTGCCAGGGCCTGCGGCTGAAGCGGAGGAAGCTCACCTTCGAGTGCAGCGATGGGACTTCGTT
TGCTGAGGAGGTGGAGAAGCCCACCAAGTGTGGCTGTGCCCAGTGCGCATAATGTGCGGGTGGC
ACACTAGCCGGGCTGGGGCGGGCATCACCAGGATAGCGCCTGGATCCTGGTGGGCACGGGGTCA
CTGAGCTGCCTTCCCAGCGGACTGCACTGCCGGGGCAGAGGAGCAAGGCCCGGGCTGCCATGCC
CTCTCTCAAAGTGCCTTGCACAGATAGGCGCTTAATAAATATTTGTTGAATGAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA

hide sequence

RefSeq Acc Id:

XM_030250829 ⟹ XP_030106689

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	41,586,263 - 41,735,714 (-)	NCBI
GRCm38	19	41,597,824 - 41,747,275 (-)	NCBI

Sequence:

show sequence

TCTCACTAGGTGGCCCTGGCTGACCTGGAATTTGCTGTGGAGTCCAGGCTTGAACTCACAGATC
GGCCTACCTTTGATTCCGGAGCATCTGATTAAAAACACACCACCATGCCTACTTCTGGGCTTAA
GTTGCCCTTGTCAGACGCTGTCGCTGGGAGCATCTAGGTACCACTCGATCCGCAAGGGCGCATC
GCACGATTCCACCGGCTCTTCGGTCCTTCGGTGGGGATAGCACCTGGAGCTAGCCCCGGACGGG
GATGGTCAGCGGCTGCGGCCGTCTGGCACGCGAACGGGACACGGCGAAGGCACCATGGCGCTAA
CGCCCCAGCGCGGGTCCTCTTCGGGGTTGAGCCGACCGGAGCTGTGGCTGCTGCTGTGGGCAGC
CGCGTGGCGCCTGGGGGCCACGGCGTGCCCCGCCCTCTGCACCTGCACCGGCACTACGGTGGAC
TGCCACGGCACGGGTTTGCAGGCCATCCCCAAGAACATCCCACGGAACACCGAGCGCCTGGAAC
TCAACGGCAACAACATCACTCGGATCCACAAGAATGACTTTGCTGGCCTCAAGCAGCTTCGAGT
GTTGCAGCTGATGGAGAACCAGATCGGAGCTGTGGAACGCGGAGCTTTTGATGACATGAAGGAG
CTAGAGCGCCTACGGCTGAACCGCAACCAGCTACAAGTGTTGCCTGAACTACTGTTCCAGAACA
ACCAGGCTCTATCCAGACTGGACCTGAGTGAGAATTTTCTCCAGGCTGTGCCCAGGAAGGCTTT
TCGGGGAGCCACAGACCTCAAAAATCTACAGCTGGACAAGAACCGGATCAGCTGCATCGAGGAA
GGGGCCTTCCGTGCCCTACGGGGACTGGAGGTTCTGACCCTGAACAACAACAACATCACCACCA
TCCCTGTGTCCAGTTTCAACCATATGCCCAAGCTTCGGACCTTCCGGCTGCACTCCAACCACCT
GTTCTGTGACTGCCACCTGGCCTGGCTCTCTCAGTGGCTGAGACAGAGGCCCACCATCGGACTC
TTCACCCAGTGCTCTGGGCCCGCCAGCCTTCGGGGCCTCAACGTGGCAGAGGTGCAAAAGGGCG
AGTTCAGCTGCTCAGGCCAGGGGGAGGCTGCGGGAGCACCTGCCTGCACCCTCTCGTCCGGTTC
CTGCCCAGCCATGTGCAGCTGTAGCAGCGGCATCGTGGACTGCCGTGGCAAGGGCCTCACTGCC
ATCCCTGCTAACCTTCCAGAGACCATGACAGAGATCCGCCTGGAGTTGAACGGTATCAAATCCA
TCCCACCCGGAGCCTTCTCTCCCTACAGAAAGCTGCGCAGGATAGACCTGAGCAACAACCAGAT
TGCAGAGATTGCACCCGACGCCTTCCAAGGCCTGCGCTCCTTGAATTCCCTGGTCCTCTATGGC
AACAAGATTACAGACCTGCCCCGAGGTGTATTTGGAGGCCTGTACACACTCCAGCTGCTGCTTC
TAAATGCCAACAAGATCAACTGCATCCGGCCTGATGCCTTCCAGGACCTGCAGAACCTCTCTCT
GCTCTCCCTGTATGACAACAAGATCCAGAGTCTCGCCAAGGGCACCTTCACCTCCCTACGGGCC
ATCCAGACACTGCATCTGGCCCAGAATCCTTTCATCTGTGACTGTAACCTCAAGTGGCTGGCAG
ACTTCTTACGTACCAACCCCATCGAGACAACTGGGGCCCGATGTGCCAGCCCCCGGCGCCTCGC
CAACAAGCGTATTGGGCAGATCAAAAGCAAGAAGTTTCGGTGCTCAGCCAAAGAGCAGTACTTC
ATTCCAGGGACAGAGGACTACCACCTGAACAGCGAGTGTACCAGCGACGTGGCCTGCCCACACA
AGTGCCGTTGTGAGGCCAGTGTGGTGGAGTGCTCCAGCCTGAAACTCTCTAAGATCCCTGAGCG
AATCCCCCAGTCCACGACTGAGCTACGACTGAACAACAATGAGATTTCTATCCTAGAGGCCACT
GGGTTGTTTAAGAAGCTCTCACATCTGAAGAAAATAAACCTGAGCAATAACAAGGTGTCCGAGA
TCGAAGACGGGACGTTTGAGGGTGCCGCCTCTGTCAGTGAGCTGCACCTGACTGCTAACCAGCT
GGAGTCCATTAGAAGTGGCATGTTCCGGGGTCTAGATGGCTTGCGGACCCTGATGCTGAGGAAC
AACCGTATCAGCTGTATCCACAACGACAGCTTCACCGGGCTGCGCAACGTGCGGCTCCTGTCTC
TCTATGACAACCACATCACCACCATCTCCCCTGGAGCCTTTGACACTCTCCAGGCCCTGTCCAC
ACTAAACCTCCTGGCCAACCCGTTCAACTGCAACTGCCATCTGTCATGGCTGGGCGACTGGCTC
CGGAAGAGGAAGATTGTGACGGGGAACCCTCGCTGTCAGAACCCAGACTTCCTGCGGCAGATTC
CTCTGCAGGATGTGGCCTTCCCTGACTTCAGGTGTGAGGAAGGCCAGGAGGAGGTGGGCTGCCT
GCCCCGCCCACAGTGCCCCCAGGAGTGTGCCTGCCTGGACACAGTGGTCCGCTGCAGCAACAAG
CACCTCCAGGCTCTGCCCAAGGGCATCCCCAAGAATGTCACAGAACTCTATTTGGATGGGAACC
AGTTCACACTCGTTCCGGGACAGCTGTCTACCTTCAAGTATCTGCAGCTCGTGGACTTGAGCAA
CAACAAGATCAGTTCCTTGAGCAATTCTTCCTTCACCAACATGAGCCAGCTGACCACGCTGATC
CTCAGCTACAATGCCCTCCAGTGCATCCCTCCTCTGGCCTTTCAAGGACTTCGTTCGCTGCGCC
TGCTGTCTTTGCATGGCAATGATGTCTCCACCCTCCAAGAGGGCATCTTTGCAGACGTGACGTC
TCTGTCTCACCTGGCCATTGGTGCCAACCCCCTGTACTGCGACTGCCGCCTCCGGTGGCTCTCC
AGTTGGGTGAAGACTGGCTACAAGGAACCTGGCATTGCCCGCTGTGCTGGACCCCCAGAGATGG
AGGGCAAACTGTTACTCACCACACCTGCCAAGAAGTTTGAATGCCAAGGTCCCCCCAGCCTGGC
AGTTCAGGCCAAGTGTGATCCCTGCTTGTCCAGCCCATGCCAGAACCAGGGCACCTGCCACAAT
GACCCTCTTGAGGTATACAGGTGTACCTGCCCCAGTGGCTACAAGGGCCGACACTGTGAGGTGT
CTCTGGACGGCTGTTCCAGCAACCCATGTGGAAATGGGGGGACCTGCCATGCCCAGGAGGGCGA
GGATGCTGGCTTCACGTGCTCCTGTCCCTCCGGCTTTGAAGGGCCGACCTGTGGAGTGGACACA
GATGACTGTGTTAAGCATGCCTGTGTCAACGGGGGTGTCTGTGTAGATGGCGTGGGGAATTACA
CATGTCAGTGCCCCCTGCAGTACACAGGAAGGGCCTGTGAGCAGCTGGTGGACTTCTGCTCCCC
GGATATGAACCCGTGTCAGCATGAGGCCCAATGTGTTGGCACCCCGGATGGGCCCAGGTGTGAG
TGCATGCTAGGTTACACGGGTGACAACTGCAGCGAAAATCAGGATGACTGCAAGGACCACAAGT
GTCAGAACGGGGCCCAGTGTGTGGATGAAGTCAACAGCTACGCCTGCCTCTGTGTTGAGGGCTA
CAGTGGACAGCTCTGTGAGATCCCACCTGCCCCCAGGAGCTCCTGTGAGGGGACGGAGTGCCAG
AATGGAGCCAACTGCGTAGACCAGGGAAGCCGGCCCGTATGCCAGTGCCTACCAGGCTTTGGTG
GCCCTGAATGTGAGAAATTGCTCAGTGTCAACTTTGTGGACCGGGACACTTATCTGCAGTTCAC
TGACCTGCAGAACTGGCCTCGGGCCAACATCACTCTTCAGGTCTCCACAGCAGAGGACAATGGG
ATTCTCCTATATAATGGGGACAATGACCACATTGCAGTTGAGCTGTACCAGGGCCATGTCCGTG
TTAGTTATGACCCAGGCAGCTACCCCAGCTCTGCTATCTACAGCGCTGAGACGATCAACGATGG
GCAGTTCCACACCGTTGAGCTGGTCACCTTCGACCAGATGGTGAACCTCTCCATCGATGGCGGC
AGCCCCATGACCATGGACAACTTTGGCAAGCACTACACCCTCAACAGCGAGGCCCCCCTCTATG
TGGGAGGGATGCCTGTGGACGTGAACTCAGCTGCCTTCCGCCTGTGGCAGATCCTCAATGGTAC
CAGCTTCCACGGTTGCATCCGGAACCTGTACATCAACAATGAACTGCAGGACTTCACCAAGACA
CAGATGAAGCCAGGCGTGGTGCCAGGCTGTGAGCCGTGCCGCAAACTCTACTGTCTACATGGCA
TTTGCCAGCCCAACGCCACCCCAGGGCCTGTGTGCCACTGTGAGGCTGGCTGGGGGGGCCTGCA
CTGTGACCAGCCAGTGGATGGCCCCTGCCATGGCCACAAGTGTGTCCATGGGAAATGCGTGCCG
CTCGACGCTCTTGCCTACAGCTGCCAGTGCCAGGATGGGTACTCGGGGGCTCTGTGCAACCAGG
TCGGGGCTGTGGCAGAGCCCTGTGGGGGCTTGCAGTGCCTGCATGGTCACTGCCAGGCCTCTGC
CACCAAAGGGGCACACTGTGTGTGCAGCCCAGGCTTTTCAGGCGAGCTGTGTGAGCAAGAGTCC
GAGTGCCGGGGGGACCCTGTCCGGGACTTTCACCGGGTCCAGAGGGGCTATGCCATCTGCCAGA
CCACACGCCCGCTGTCGTGGGTGGAATGCCGGGGCGCGTGCCCGGGCCAGGGCTGCTGCCAGGG
CCTGCGGCTGAAGCGGAGGAAGCTCACCTTCGAGTGCAGCGATGGGACTTCGTTTGCTGAGGAG
GTGGAGAAGCCCACCAAGTGTGGCTGTGCCCAGTGCGCATAATGTGCGGGTGGCACACTAGCCG
GGCTGGGGCGGGCATCACCAGGATAGCGCCTGGATCCTGGTGGGCACGGGGTCACTGAGCTGCC
TTCCCAGCGGACTGCACTGCCGGGGCAGAGGAGCAAGGCCCGGGCTGCCATGCCCTCTCTCAAA
GTGCCTTGCACAGATAGGCGCTTAATAAATATTTGTTGAATGAATGTGTGTGTGAGGTCAGGCC
ACAAACGGTGGCAGGATGGTGGCACTCCTCTGCCTGCTACCTGGAACTAAAATGGGGGCTAAAC
CCTGTCTCCACTTGCTTCTCCTTTGCCCTGCAACCCTGGCTGGCCTGAAACAGTTTATGCCCTA
GTAGCCTCTGGCTCCTCTAAGGACAACCACATCCAGGAGGTGCTGGCCTGGTTTCTGCAACCAT
GTCTACTGGCACCAGGCCACTCTCCAGGGTAAGACCTCCTCTCATGGAGAAGGGTCTGCTCCTC
CTTCAAGTCATGTGGCCCATTGCCCCCATAGTTTGTGAAAGCTGGGTTGGGTGGGGTTTGCATA
GGCCAGGCCTCTGAATCCTGAAGTATAGGATGACTGTAGCTCCTATGGTGGGTGGGTGGGTGGG
GTCTTGTGCTTGATGTGGCAGTACCTACCAAGAGGGCAGAGGTTCTTGGCTCCAGCTGAATAGA
CATCACTGGCCACAAAAGGAGCATCGGACCCAGGTTTCCCAGCCCAAGGCTGCTGGTGCCTCTG
GCAGAGGAGGGGTTGGGTATGAGGGGGAGCTGGGCAAGGCCAAGACCTTCTAAAATGAAGGCCT
GGTTTGGAGCATTGTACTGAGGCCATATAGGAAGAGACCAGATGATACAGATGCTGAGTCCCTG
CATGTGGCTCTGCTCATTGCAGGCCTTAGGTCTGCAGCTGTGAAGCAAGAAGGTAGATAGGAAC
CGCGGAGACACTGCCACTGTGGTCTCAGGAAGGGAGGCCTGAGGCGTTATAGGAGATCCGTTTC
CATTAAGTTCATTAGCAGGTATTTATGTACCTAGCCTGGAGTGGGTTCTGTGGGTGTGCAGCCC
CCATGTGAAACGAATGGCTGAGAACCATGGAGTACCCAGGAAGGCCCAGGGGGCTGCAGCAACT
CACTCTGGGGGTTTGCAGTGAAGGCTGAAGCCACCAGAGAAAAGGACACAAAAGCTTCTCTTCC
ATGCAGGATGAAGTATAGAAAGATGAGGTTTGCATCCTCTGAAGGAAAAAAGGGTCATCATACC
TTCTCACTTCTCCCGGAGAGGCTGTAGCCCCGGTCTGGGTGTGGGGGTGGAGTGGGGGTGTCTT
TGTGGGCTGTAGGTGTGAGCATGCCCCCCGTTCAAGGCTGCTCCCATCTGGGAGTGTCATGTTC
AGAGGGTGGCCCTATACCTATCACTGCCTATGTGGACACAGAGAGGAGCCTCTGGTGCTGATGA
AGGCATTAGCCTCCTGTGACTTGAGAACTTGGCATCTCCTATCACAATGGCTCTCAGGCCAGGG
AGACTCTGGGTTGGAAAGAGAGCCCAGCCCTGATCAACTGGTTAATTGTCATGACTGGGTATAC
ATTTTGCCAAGGGCTAGGACTCCCATTTTCTTATGGCCCTGAGTTAGGGCCACAGTGCACAGAC
CCATAGCTCTCTAAGAGGACAGAGGCCCAAACCTCTAAGGCTTTAAACAACTCTGCACAGCATC
TTACTCTTACTCCAAGCTTCCAGGTCACTGTGGTACCCTGGCAAACAGCTGAACCAGGCTGCAG
AGGGCAGAATAGCTCAGACACGTAGCATGACGTCTCTTTCTAGAAATAAAGGTGTTCTGGCCTC
CTTAGCTCTGTGCAAGTTTCCTTCCCCAGACACCATCGCTCCCTATTGGCCGGGAGAAGCCGGT
CCCTGGGCATGAGAGGCATGGACTGGCAGGTGATGTCACCTTTCCCCCAAGGCCTTGAGATGGC
AGCTTGAGAGGCTGACTCGATGGTTCTCAGAGAGCCATGAGCCCCAGGCTCAACTTTACCTTTG
ACTTATTCAGTACCTTGCCAGCCAAGGGCCCGGTCTACGGCTCCCATCACCTGCTCACACTCAG
ACTTGTAAGGTCAGGTAAGAGGGTGACTCTGAGACCAGTCCTTTGAGAAACCATCTCCATGTTC
TGTTCCCCTTTGGTAAAGATCTTCAGTTTGCTTTGTGGTCATCACTGGCTATTTCCATTAGACG
TGCACAGCAGAGACCCAGCAGGGCAAGCCCTCAAGGAGCTGGTTACGTGAGCAGCACTGCTCAG
GGCCCTGTGGCGATGCTAAGGAATGGGAAAGGACATCTTTGTTTTCTCTTTGCCTGCTGTTAGC
CTAACCGTGAAAGTATCTCTTTATACAGAATACTTACAGATTCTAATATATATTTGTATTTCAT
TTTGTTATAGTATTTTTATATGTTAAAGTCAACCTCCAGTGTCTTGTTTTGATTTTCAGATGCT
CTGTGGTTGTGACCTTTTGTTTGGGGTTTCTGTAGTCGTTTGAGTCAACTCTTAGAAACTGGCT
TCAAACAGTCCCTGAGGGAGCTGCACCTGTCCTTTCCCCAGAAGTATTGTTTTAGGATATGTCA
GTATTGTCTGCTGTCTTCCATGTGAACATGACATTGATTCATGGA

hide sequence

RefSeq Acc Id:

XM_030250830 ⟹ XP_030106690

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	41,586,263 - 41,732,459 (-)	NCBI
GRCm38	19	41,597,824 - 41,744,136 (-)	NCBI

Sequence:

show sequence

TGTGTGTGTAGCTTACAGAGCAGGTCCAGTCTGTAAGCCCCCTTCCCCGGGCCCCCGCAGCCCT
TGGCGCCTGGGAGGTTGCACCTTTGAAACTGTATGCCAGCGGCTGGACCTCTGTAGCAGCAGAG
AAGTGACGCTGTCGCTGGGAGCATCTAGGTACCACTCGATCCGCAAGGGCGCATCGCACGATTC
CACCGGCTCTTCGGTCCTTCGGTGGGGATAGCACCTGGAGCTAGCCCCGGACGGGGATGGTCAG
CGGCTGCGGCCGTCTGGCACGCGAACGGGACACGGCGAAGGCACCATGGCGCTAACGCCCCAGC
GCGGGTCCTCTTCGGGGTTGAGCCGACCGGAGCTGTGGCTGCTGCTGTGGGCAGCCGCGTGGCG
CCTGGGGGCCACGGCGTGCCCCGCCCTCTGCACCTGCACCGGCACTACGGTGGACTGCCACGGC
ACGGGTTTGCAGGCCATCCCCAAGAACATCCCACGGAACACCGAGCGCCTGGAACTCAACGGCA
ACAACATCACTCGGATCCACAAGAATGACTTTGCTGGCCTCAAGCAGCTTCGAGTGTTGCAGCT
GATGGAGAACCAGATCGGAGCTGTGGAACGCGGAGCTTTTGATGACATGAAGGAGCTAGAGCGC
CTACGGCTGAACCGCAACCAGCTACAAGTGTTGCCTGAACTACTGTTCCAGAACAACCAGGCTC
TATCCAGACTGGACCTGAGTGAGAATTTTCTCCAGGCTGTGCCCAGGAAGGCTTTTCGGGGAGC
CACAGACCTCAAAAATCTACAGCTGGACAAGAACCGGATCAGCTGCATCGAGGAAGGGGCCTTC
CGTGCCCTACGGGGACTGGAGGTTCTGACCCTGAACAACAACAACATCACCACCATCCCTGTGT
CCAGTTTCAACCATATGCCCAAGCTTCGGACCTTCCGGCTGCACTCCAACCACCTGTTCTGTGA
CTGCCACCTGGCCTGGCTCTCTCAGTGGCTGAGACAGAGGCCCACCATCGGACTCTTCACCCAG
TGCTCTGGGCCCGCCAGCCTTCGGGGCCTCAACGTGGCAGAGGTGCAAAAGGGCGAGTTCAGCT
GCTCAGGCCAGGGGGAGGCTGCGGGAGCACCTGCCTGCACCCTCTCGTCCGGTTCCTGCCCAGC
CATGTGCAGCTGTAGCAGCGGCATCGTGGACTGCCGTGGCAAGGGCCTCACTGCCATCCCTGCT
AACCTTCCAGAGACCATGACAGAGATCCGCCTGGAGTTGAACGGTATCAAATCCATCCCACCCG
GAGCCTTCTCTCCCTACAGAAAGCTGCGCAGGATAGACCTGAGCAACAACCAGATTGCAGAGAT
TGCACCCGACGCCTTCCAAGGCCTGCGCTCCTTGAATTCCCTGGTCCTCTATGGCAACAAGATT
ACAGACCTGCCCCGAGGTGTATTTGGAGGCCTGTACACACTCCAGCTGCTGCTTCTAAATGCCA
ACAAGATCAACTGCATCCGGCCTGATGCCTTCCAGGACCTGCAGAACCTCTCTCTGCTCTCCCT
GTATGACAACAAGATCCAGAGTCTCGCCAAGGGCACCTTCACCTCCCTACGGGCCATCCAGACA
CTGCATCTGGCCCAGAATCCTTTCATCTGTGACTGTAACCTCAAGTGGCTGGCAGACTTCTTAC
GTACCAACCCCATCGAGACAACTGGGGCCCGATGTGCCAGCCCCCGGCGCCTCGCCAACAAGCG
TATTGGGCAGATCAAAAGCAAGAAGTTTCGGTGCTCAGCCAAAGAGCAGTACTTCATTCCAGGG
ACAGAGGACTACCACCTGAACAGCGAGTGTACCAGCGACGTGGCCTGCCCACACAAGTGCCGTT
GTGAGGCCAGTGTGGTGGAGTGCTCCAGCCTGAAACTCTCTAAGATCCCTGAGCGAATCCCCCA
GTCCACGACTGAGCTACGACTGAACAACAATGAGATTTCTATCCTAGAGGCCACTGGGTTGTTT
AAGAAGCTCTCACATCTGAAGAAAATAAACCTGAGCAATAACAAGGTGTCCGAGATCGAAGACG
GGACGTTTGAGGGTGCCGCCTCTGTCAGTGAGCTGCACCTGACTGCTAACCAGCTGGAGTCCAT
TAGAAGTGGCATGTTCCGGGGTCTAGATGGCTTGCGGACCCTGATGCTGAGGAACAACCGTATC
AGCTGTATCCACAACGACAGCTTCACCGGGCTGCGCAACGTGCGGCTCCTGTCTCTCTATGACA
ACCACATCACCACCATCTCCCCTGGAGCCTTTGACACTCTCCAGGCCCTGTCCACACTAAACCT
CCTGGCCAACCCGTTCAACTGCAACTGCCATCTGTCATGGCTGGGCGACTGGCTCCGGAAGAGG
AAGATTGTGACGGGGAACCCTCGCTGTCAGAACCCAGACTTCCTGCGGCAGATTCCTCTGCAGG
ATGTGGCCTTCCCTGACTTCAGGTGTGAGGAAGGCCAGGAGGAGGTGGGCTGCCTGCCCCGCCC
ACAGTGCCCCCAGGAGTGTGCCTGCCTGGACACAGTGGTCCGCTGCAGCAACAAGCACCTCCAG
GCTCTGCCCAAGGGCATCCCCAAGAATGTCACAGAACTCTATTTGGATGGGAACCAGTTCACAC
TCGTTCCGGGACAGCTGTCTACCTTCAAGTATCTGCAGCTCGTGGACTTGAGCAACAACAAGAT
CAGTTCCTTGAGCAATTCTTCCTTCACCAACATGAGCCAGCTGACCACGCTGATCCTCAGCTAC
AATGCCCTCCAGTGCATCCCTCCTCTGGCCTTTCAAGGACTTCGTTCGCTGCGCCTGCTGTCTT
TGCATGGCAATGATGTCTCCACCCTCCAAGAGGGCATCTTTGCAGACGTGACGTCTCTGTCTCA
CCTGGCCATTGGTGCCAACCCCCTGTACTGCGACTGCCGCCTCCGGTGGCTCTCCAGTTGGGTG
AAGACTGGCTACAAGGAACCTGGCATTGCCCGCTGTGCTGGACCCCCAGAGATGGAGGGCAAAC
TGTTACTCACCACACCTGCCAAGAAGTTTGAATGCCAAGGTCCCCCCAGCCTGGCAGTTCAGGC
CAAGTGTGATCCCTGCTTGTCCAGCCCATGCCAGAACCAGGGCACCTGCCACAATGACCCTCTT
GAGGTATACAGGTGTACCTGCCCCAGTGGCTACAAGGGCCGACACTGTGAGGTGTCTCTGGACG
GCTGTTCCAGCAACCCATGTGGAAATGGGGGGACCTGCCATGCCCAGGAGGGCGAGGATGCTGG
CTTCACGTGCTCCTGTCCCTCCGGCTTTGAAGGGCCGACCTGTGGAGTGGACACAGATGACTGT
GTTAAGCATGCCTGTGTCAACGGGGGTGTCTGTGTAGATGGCGTGGGGAATTACACATGTCAGT
GCCCCCTGCAGTACACAGGAAGGGCCTGTGAGCAGCTGGTGGACTTCTGCTCCCCGGATATGAA
CCCGTGTCAGCATGAGGCCCAATGTGTTGGCACCCCGGATGGGCCCAGGTGTGAGTGCATGCTA
GGTTACACGGGTGACAACTGCAGCGAAAATCAGGATGACTGCAAGGACCACAAGTGTCAGAACG
GGGCCCAGTGTGTGGATGAAGTCAACAGCTACGCCTGCCTCTGTGTTGAGGGCTACAGTGGACA
GCTCTGTGAGATCCCACCTGCCCCCAGGAGCTCCTGTGAGGGGACGGAGTGCCAGAATGGAGCC
AACTGCGTAGACCAGGGAAGCCGGCCCGTATGCCAGTGCCTACCAGGCTTTGGTGGCCCTGAAT
GTGAGAAATTGCTCAGTGTCAACTTTGTGGACCGGGACACTTATCTGCAGTTCACTGACCTGCA
GAACTGGCCTCGGGCCAACATCACTCTTCAGGTCTCCACAGCAGAGGACAATGGGATTCTCCTA
TATAATGGGGACAATGACCACATTGCAGTTGAGCTGTACCAGGGCCATGTCCGTGTTAGTTATG
ACCCAGGCAGCTACCCCAGCTCTGCTATCTACAGCGCTGAGACGATCAACGATGGGCAGTTCCA
CACCGTTGAGCTGGTCACCTTCGACCAGATGGTGAACCTCTCCATCGATGGCGGCAGCCCCATG
ACCATGGACAACTTTGGCAAGCACTACACCCTCAACAGCGAGGCCCCCCTCTATGTGGGAGGGA
TGCCTGTGGACGTGAACTCAGCTGCCTTCCGCCTGTGGCAGATCCTCAATGGTACCAGCTTCCA
CGGTTGCATCCGGAACCTGTACATCAACAATGAACTGCAGGACTTCACCAAGACACAGATGAAG
CCAGGCGTGGTGCCAGGCTGTGAGCCGTGCCGCAAACTCTACTGTCTACATGGCATTTGCCAGC
CCAACGCCACCCCAGGGCCTGTGTGCCACTGTGAGGCTGGCTGGGGGGGCCTGCACTGTGACCA
GCCAGTGGATGGCCCCTGCCATGGCCACAAGTGTGTCCATGGGAAATGCGTGCCGCTCGACGCT
CTTGCCTACAGCTGCCAGTGCCAGGATGGGTACTCGGGGGCTCTGTGCAACCAGGTCGGGGCTG
TGGCAGAGCCCTGTGGGGGCTTGCAGTGCCTGCATGGTCACTGCCAGGCCTCTGCCACCAAAGG
GGCACACTGTGTGTGCAGCCCAGGCTTTTCAGGCGAGCTGTGTGAGCAAGAGTCCGAGTGCCGG
GGGGACCCTGTCCGGGACTTTCACCGGGTCCAGAGGGGCTATGCCATCTGCCAGACCACACGCC
CGCTGTCGTGGGTGGAATGCCGGGGCGCGTGCCCGGGCCAGGGCTGCTGCCAGGGCCTGCGGCT
GAAGCGGAGGAAGCTCACCTTCGAGTGCAGCGATGGGACTTCGTTTGCTGAGGAGGTGGAGAAG
CCCACCAAGTGTGGCTGTGCCCAGTGCGCATAATGTGCGGGTGGCACACTAGCCGGGCTGGGGC
GGGCATCACCAGGATAGCGCCTGGATCCTGGTGGGCACGGGGTCACTGAGCTGCCTTCCCAGCG
GACTGCACTGCCGGGGCAGAGGAGCAAGGCCCGGGCTGCCATGCCCTCTCTCAAAGTGCCTTGC
ACAGATAGGCGCTTAATAAATATTTGTTGAATGAATGTGTGTGTGAGGTCAGGCCACAAACGGT
GGCAGGATGGTGGCACTCCTCTGCCTGCTACCTGGAACTAAAATGGGGGCTAAACCCTGTCTCC
ACTTGCTTCTCCTTTGCCCTGCAACCCTGGCTGGCCTGAAACAGTTTATGCCCTAGTAGCCTCT
GGCTCCTCTAAGGACAACCACATCCAGGAGGTGCTGGCCTGGTTTCTGCAACCATGTCTACTGG
CACCAGGCCACTCTCCAGGGTAAGACCTCCTCTCATGGAGAAGGGTCTGCTCCTCCTTCAAGTC
ATGTGGCCCATTGCCCCCATAGTTTGTGAAAGCTGGGTTGGGTGGGGTTTGCATAGGCCAGGCC
TCTGAATCCTGAAGTATAGGATGACTGTAGCTCCTATGGTGGGTGGGTGGGTGGGGTCTTGTGC
TTGATGTGGCAGTACCTACCAAGAGGGCAGAGGTTCTTGGCTCCAGCTGAATAGACATCACTGG
CCACAAAAGGAGCATCGGACCCAGGTTTCCCAGCCCAAGGCTGCTGGTGCCTCTGGCAGAGGAG
GGGTTGGGTATGAGGGGGAGCTGGGCAAGGCCAAGACCTTCTAAAATGAAGGCCTGGTTTGGAG
CATTGTACTGAGGCCATATAGGAAGAGACCAGATGATACAGATGCTGAGTCCCTGCATGTGGCT
CTGCTCATTGCAGGCCTTAGGTCTGCAGCTGTGAAGCAAGAAGGTAGATAGGAACCGCGGAGAC
ACTGCCACTGTGGTCTCAGGAAGGGAGGCCTGAGGCGTTATAGGAGATCCGTTTCCATTAAGTT
CATTAGCAGGTATTTATGTACCTAGCCTGGAGTGGGTTCTGTGGGTGTGCAGCCCCCATGTGAA
ACGAATGGCTGAGAACCATGGAGTACCCAGGAAGGCCCAGGGGGCTGCAGCAACTCACTCTGGG
GGTTTGCAGTGAAGGCTGAAGCCACCAGAGAAAAGGACACAAAAGCTTCTCTTCCATGCAGGAT
GAAGTATAGAAAGATGAGGTTTGCATCCTCTGAAGGAAAAAAGGGTCATCATACCTTCTCACTT
CTCCCGGAGAGGCTGTAGCCCCGGTCTGGGTGTGGGGGTGGAGTGGGGGTGTCTTTGTGGGCTG
TAGGTGTGAGCATGCCCCCCGTTCAAGGCTGCTCCCATCTGGGAGTGTCATGTTCAGAGGGTGG
CCCTATACCTATCACTGCCTATGTGGACACAGAGAGGAGCCTCTGGTGCTGATGAAGGCATTAG
CCTCCTGTGACTTGAGAACTTGGCATCTCCTATCACAATGGCTCTCAGGCCAGGGAGACTCTGG
GTTGGAAAGAGAGCCCAGCCCTGATCAACTGGTTAATTGTCATGACTGGGTATACATTTTGCCA
AGGGCTAGGACTCCCATTTTCTTATGGCCCTGAGTTAGGGCCACAGTGCACAGACCCATAGCTC
TCTAAGAGGACAGAGGCCCAAACCTCTAAGGCTTTAAACAACTCTGCACAGCATCTTACTCTTA
CTCCAAGCTTCCAGGTCACTGTGGTACCCTGGCAAACAGCTGAACCAGGCTGCAGAGGGCAGAA
TAGCTCAGACACGTAGCATGACGTCTCTTTCTAGAAATAAAGGTGTTCTGGCCTCCTTAGCTCT
GTGCAAGTTTCCTTCCCCAGACACCATCGCTCCCTATTGGCCGGGAGAAGCCGGTCCCTGGGCA
TGAGAGGCATGGACTGGCAGGTGATGTCACCTTTCCCCCAAGGCCTTGAGATGGCAGCTTGAGA
GGCTGACTCGATGGTTCTCAGAGAGCCATGAGCCCCAGGCTCAACTTTACCTTTGACTTATTCA
GTACCTTGCCAGCCAAGGGCCCGGTCTACGGCTCCCATCACCTGCTCACACTCAGACTTGTAAG
GTCAGGTAAGAGGGTGACTCTGAGACCAGTCCTTTGAGAAACCATCTCCATGTTCTGTTCCCCT
TTGGTAAAGATCTTCAGTTTGCTTTGTGGTCATCACTGGCTATTTCCATTAGACGTGCACAGCA
GAGACCCAGCAGGGCAAGCCCTCAAGGAGCTGGTTACGTGAGCAGCACTGCTCAGGGCCCTGTG
GCGATGCTAAGGAATGGGAAAGGACATCTTTGTTTTCTCTTTGCCTGCTGTTAGCCTAACCGTG
AAAGTATCTCTTTATACAGAATACTTACAGATTCTAATATATATTTGTATTTCATTTTGTTATA
GTATTTTTATATGTTAAAGTCAACCTCCAGTGTCTTGTTTTGATTTTCAGATGCTCTGTGGTTG
TGACCTTTTGTTTGGGGTTTCTGTAGTCGTTTGAGTCAACTCTTAGAAACTGGCTTCAAACAGT
CCCTGAGGGAGCTGCACCTGTCCTTTCCCCAGAAGTATTGTTTTAGGATATGTCAGTATTGTCT
GCTGTCTTCCATGTGAACATGACATTGATTCATGGA

hide sequence

RefSeq Acc Id:

XM_036161495 ⟹ XP_036017388

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	41,586,263 - 41,732,343 (-)	NCBI

Sequence:

show sequence

GTAGCAGCAGAGAAGTGGTGGGGAGGAGGCGGGCGGTGGTCCGTGCTTGGGGGGGAGGGCGGGA
AGGAGTCTGGCCCTGGAAGTGTGCTTTTCGATTGATGGATGACTGCCGGGTGTGAGCGAGCGTG
CGGGTGTGAGTGTGTATGTGTGTGTGTGTGTGTGCGCGCGCGCGCGAGGTGTGTGTGTGTGCGC
GCGCGCGGGGCCTGCCCATTTTCCTCCTCACAGCAGTCAGTTGGGAGCTGGAGGGAGAGGGAGA
CGCCGGCAGCGAGCACTGGGAGAGGAGCTGAGCGCCCTCCGCTTAAGACGCCTTTCCTGGGTCT
ACGCACAGACGCTGTCGCTGGGAGCATCTAGGTACCACTCGATCCGCAAGGGCGCATCGCACGA
TTCCACCGGCTCTTCGGTCCTTCGGTGGGGATAGCACCTGGAGCTAGCCCCGGACGGGGATGGT
CAGCGGCTGCGGCCGTCTGGCACGCGAACGGGACACGGCGAAGGCACCATGGCGCTAACGCCCC
AGCGCGGGTCCTCTTCGGGGTTGAGCCGACCGGAGCTGTGGCTGCTGCTGTGGGCAGCCGCGTG
GCGCCTGGGGGCCACGGCGTGCCCCGCCCTCTGCACCTGCACCGGCACTACGGTGGACTGCCAC
GGCACGGGTTTGCAGGCCATCCCCAAGAACATCCCACGGAACACCGAGCGCCTGGAACTCAACG
GCAACAACATCACTCGGATCCACAAGAATGACTTTGCTGGCCTCAAGCAGCTTCGAGTGTTGCA
GCTGATGGAGAACCAGATCGGAGCTGTGGAACGCGGAGCTTTTGATGACATGAAGGAGCTAGAG
CGCCTACGGCTGAACCGCAACCAGCTACAAGTGTTGCCTGAACTACTGTTCCAGAACAACCAGG
CTCTATCCAGACTGGACCTGAGTGAGAATTTTCTCCAGGCTGTGCCCAGGAAGGCTTTTCGGGG
AGCCACAGACCTCAAAAATCTACAGCTGGACAAGAACCGGATCAGCTGCATCGAGGAAGGGGCC
TTCCGTGCCCTACGGGGACTGGAGGTTCTGACCCTGAACAACAACAACATCACCACCATCCCTG
TGTCCAGTTTCAACCATATGCCCAAGCTTCGGACCTTCCGGCTGCACTCCAACCACCTGTTCTG
TGACTGCCACCTGGCCTGGCTCTCTCAGTGGCTGAGACAGAGGCCCACCATCGGACTCTTCACC
CAGTGCTCTGGGCCCGCCAGCCTTCGGGGCCTCAACGTGGCAGAGGTGCAAAAGGGCGAGTTCA
GCTGCTCAGGCCAGGGGGAGGCTGCGGGAGCACCTGCCTGCACCCTCTCGTCCGGTTCCTGCCC
AGCCATGTGCAGCTGTAGCAGCGGCATCGTGGACTGCCGTGGCAAGGGCCTCACTGCCATCCCT
GCTAACCTTCCAGAGACCATGACAGAGATCCGCCTGGAGTTGAACGGTATCAAATCCATCCCAC
CCGGAGCCTTCTCTCCCTACAGAAAGCTGCGCAGGATAGACCTGAGCAACAACCAGATTGCAGA
GATTGCACCCGACGCCTTCCAAGGCCTGCGCTCCTTGAATTCCCTGGTCCTCTATGGCAACAAG
ATTACAGACCTGCCCCGAGGTGTATTTGGAGGCCTGTACACACTCCAGCTGCTGCTTCTAAATG
CCAACAAGATCAACTGCATCCGGCCTGATGCCTTCCAGGACCTGCAGAACCTCTCTCTGCTCTC
CCTGTATGACAACAAGATCCAGAGTCTCGCCAAGGGCACCTTCACCTCCCTACGGGCCATCCAG
ACACTGCATCTGGCCCAGAATCCTTTCATCTGTGACTGTAACCTCAAGTGGCTGGCAGACTTCT
TACGTACCAACCCCATCGAGACAACTGGGGCCCGATGTGCCAGCCCCCGGCGCCTCGCCAACAA
GCGTATTGGGCAGATCAAAAGCAAGAAGTTTCGGTGCTCAGCCAAAGAGCAGTACTTCATTCCA
GGGACAGAGGACTACCACCTGAACAGCGAGTGTACCAGCGACGTGGCCTGCCCACACAAGTGCC
GTTGTGAGGCCAGTGTGGTGGAGTGCTCCAGCCTGAAACTCTCTAAGATCCCTGAGCGAATCCC
CCAGTCCACGACTGAGCTACGACTGAACAACAATGAGATTTCTATCCTAGAGGCCACTGGGTTG
TTTAAGAAGCTCTCACATCTGAAGAAAATAAACCTGAGCAATAACAAGGTGTCCGAGATCGAAG
ACGGGACGTTTGAGGGTGCCGCCTCTGTCAGTGAGCTGCACCTGACTGCTAACCAGCTGGAGTC
CATTAGAAGTGGCATGTTCCGGGGTCTAGATGGCTTGCGGACCCTGATGCTGAGGAACAACCGT
ATCAGCTGTATCCACAACGACAGCTTCACCGGGCTGCGCAACGTGCGGCTCCTGTCTCTCTATG
ACAACCACATCACCACCATCTCCCCTGGAGCCTTTGACACTCTCCAGGCCCTGTCCACACTAAA
CCTCCTGGCCAACCCGTTCAACTGCAACTGCCATCTGTCATGGCTGGGCGACTGGCTCCGGAAG
AGGAAGATTGTGACGGGGAACCCTCGCTGTCAGAACCCAGACTTCCTGCGGCAGATTCCTCTGC
AGGATGTGGCCTTCCCTGACTTCAGGTGTGAGGAAGGCCAGGAGGAGGTGGGCTGCCTGCCCCG
CCCACAGTGCCCCCAGGAGTGTGCCTGCCTGGACACAGTGGTCCGCTGCAGCAACAAGCACCTC
CAGGCTCTGCCCAAGGGCATCCCCAAGAATGTCACAGAACTCTATTTGGATGGGAACCAGTTCA
CACTCGTTCCGGGACAGCTGTCTACCTTCAAGTATCTGCAGCTCGTGGACTTGAGCAACAACAA
GATCAGTTCCTTGAGCAATTCTTCCTTCACCAACATGAGCCAGCTGACCACGCTGATCCTCAGC
TACAATGCCCTCCAGTGCATCCCTCCTCTGGCCTTTCAAGGACTTCGTTCGCTGCGCCTGCTGT
CTTTGCATGGCAATGATGTCTCCACCCTCCAAGAGGGCATCTTTGCAGACGTGACGTCTCTGTC
TCACCTGGCCATTGGTGCCAACCCCCTGTACTGCGACTGCCGCCTCCGGTGGCTCTCCAGTTGG
GTGAAGACTGGCTACAAGGAACCTGGCATTGCCCGCTGTGCTGGACCCCCAGAGATGGAGGGCA
AACTGTTACTCACCACACCTGCCAAGAAGTTTGAATGCCAAGGTCCCCCCAGCCTGGCAGTTCA
GGCCAAGTGTGATCCCTGCTTGTCCAGCCCATGCCAGAACCAGGGCACCTGCCACAATGACCCT
CTTGAGGTATACAGGTGTACCTGCCCCAGTGGCTACAAGGGCCGACACTGTGAGGTGTCTCTGG
ACGGCTGTTCCAGCAACCCATGTGGAAATGGGGGGACCTGCCATGCCCAGGAGGGCGAGGATGC
TGGCTTCACGTGTGAGTGCATGCTAGGTTACACGGGTGACAACTGCAGCGAAAATCAGGATGAC
TGCAAGGACCACAAGTGTCAGAACGGGGCCCAGTGTGTGGATGAAGTCAACAGCTACGCCTGCC
TCTGTGTTGAGGGCTACAGTGGACAGCTCTGTGAGATCCCACCTGCCCCCAGGAGCTCCTGTGA
GGGGACGGAGTGCCAGAATGGAGCCAACTGCGTAGACCAGGGAAGCCGGCCCGTATGCCAGTGC
CTACCAGGCTTTGGTGGCCCTGAATGTGAGAAATTGCTCAGTGTCAACTTTGTGGACCGGGACA
CTTATCTGCAGTTCACTGACCTGCAGAACTGGCCTCGGGCCAACATCACTCTTCAGGTCTCCAC
AGCAGAGGACAATGGGATTCTCCTATATAATGGGGACAATGACCACATTGCAGTTGAGCTGTAC
CAGGGCCATGTCCGTGTTAGTTATGACCCAGGCAGCTACCCCAGCTCTGCTATCTACAGCGCTG
AGACGATCAACGATGGGCAGTTCCACACCGTTGAGCTGGTCACCTTCGACCAGATGGTGAACCT
CTCCATCGATGGCGGCAGCCCCATGACCATGGACAACTTTGGCAAGCACTACACCCTCAACAGC
GAGGCCCCCCTCTATGTGGGAGGGATGCCTGTGGACGTGAACTCAGCTGCCTTCCGCCTGTGGC
AGATCCTCAATGGTACCAGCTTCCACGGTTGCATCCGGAACCTGTACATCAACAATGAACTGCA
GGACTTCACCAAGACACAGATGAAGCCAGGCGTGGTGCCAGGCTGTGAGCCGTGCCGCAAACTC
TACTGTCTACATGGCATTTGCCAGCCCAACGCCACCCCAGGGCCTGTGTGCCACTGTGAGGCTG
GCTGGGGGGGCCTGCACTGTGACCAGCCAGTGGATGGCCCCTGCCATGGCCACAAGTGTGTCCA
TGGGAAATGCGTGCCGCTCGACGCTCTTGCCTACAGCTGCCAGTGCCAGGATGGGTACTCGGGG
GCTCTGTGCAACCAGGTCGGGGCTGTGGCAGAGCCCTGTGGGGGCTTGCAGTGCCTGCATGGTC
ACTGCCAGGCCTCTGCCACCAAAGGGGCACACTGTGTGTGCAGCCCAGGCTTTTCAGGCGAGCT
GTGTGAGCAAGAGTCCGAGTGCCGGGGGGACCCTGTCCGGGACTTTCACCGGGTCCAGAGGGGC
TATGCCATCTGCCAGACCACACGCCCGCTGTCGTGGGTGGAATGCCGGGGCGCGTGCCCGGGCC
AGGGCTGCTGCCAGGGCCTGCGGCTGAAGCGGAGGAAGCTCACCTTCGAGTGCAGCGATGGGAC
TTCGTTTGCTGAGGAGGTGGAGAAGCCCACCAAGTGTGGCTGTGCCCAGTGCGCATAATGTGCG
GGTGGCACACTAGCCGGGCTGGGGCGGGCATCACCAGGATAGCGCCTGGATCCTGGTGGGCACG
GGGTCACTGAGCTGCCTTCCCAGCGGACTGCACTGCCGGGGCAGAGGAGCAAGGCCCGGGCTGC
CATGCCCTCTCTCAAAGTGCCTTGCACAGATAGGCGCTTAATAAATATTTGTTGAATGAATGTG
TGTGTGAGGTCAGGCCACAAACGGTGGCAGGATGGTGGCACTCCTCTGCCTGCTACCTGGAACT
AAAATGGGGGCTAAACCCTGTCTCCACTTGCTTCTCCTTTGCCCTGCAACCCTGGCTGGCCTGA
AACAGTTTATGCCCTAGTAGCCTCTGGCTCCTCTAAGGACAACCACATCCAGGAGGTGCTGGCC
TGGTTTCTGCAACCATGTCTACTGGCACCAGGCCACTCTCCAGGGTAAGACCTCCTCTCATGGA
GAAGGGTCTGCTCCTCCTTCAAGTCATGTGGCCCATTGCCCCCATAGTTTGTGAAAGCTGGGTT
GGGTGGGGTTTGCATAGGCCAGGCCTCTGAATCCTGAAGTATAGGATGACTGTAGCTCCTATGG
TGGGTGGGTGGGTGGGGTCTTGTGCTTGATGTGGCAGTACCTACCAAGAGGGCAGAGGTTCTTG
GCTCCAGCTGAATAGACATCACTGGCCACAAAAGGAGCATCGGACCCAGGTTTCCCAGCCCAAG
GCTGCTGGTGCCTCTGGCAGAGGAGGGGTTGGGTATGAGGGGGAGCTGGGCAAGGCCAAGACCT
TCTAAAATGAAGGCCTGGTTTGGAGCATTGTACTGAGGCCATATAGGAAGAGACCAGATGATAC
AGATGCTGAGTCCCTGCATGTGGCTCTGCTCATTGCAGGCCTTAGGTCTGCAGCTGTGAAGCAA
GAAGGTAGATAGGAACCGCGGAGACACTGCCACTGTGGTCTCAGGAAGGGAGGCCTGAGGCGTT
ATAGGAGATCCGTTTCCATTAAGTTCATTAGCAGGTATTTATGTACCTAGCCTGGAGTGGGTTC
TGTGGGTGTGCAGCCCCCATGTGAAACGAATGGCTGAGAACCATGGAGTACCCAGGAAGGCCCA
GGGGGCTGCAGCAACTCACTCTGGGGGTTTGCAGTGAAGGCTGAAGCCACCAGAGAAAAGGACA
CAAAAGCTTCTCTTCCATGCAGGATGAAGTATAGAAAGATGAGGTTTGCATCCTCTGAAGGAAA
AAAGGGTCATCATACCTTCTCACTTCTCCCGGAGAGGCTGTAGCCCCGGTCTGGGTGTGGGGGT
GGAGTGGGGGTGTCTTTGTGGGCTGTAGGTGTGAGCATGCCCCCCGTTCAAGGCTGCTCCCATC
TGGGAGTGTCATGTTCAGAGGGTGGCCCTATACCTATCACTGCCTATGTGGACACAGAGAGGAG
CCTCTGGTGCTGATGAAGGCATTAGCCTCCTGTGACTTGAGAACTTGGCATCTCCTATCACAAT
GGCTCTCAGGCCAGGGAGACTCTGGGTTGGAAAGAGAGCCCAGCCCTGATCAACTGGTTAATTG
TCATGACTGGGTATACATTTTGCCAAGGGCTAGGACTCCCATTTTCTTATGGCCCTGAGTTAGG
GCCACAGTGCACAGACCCATAGCTCTCTAAGAGGACAGAGGCCCAAACCTCTAAGGCTTTAAAC
AACTCTGCACAGCATCTTACTCTTACTCCAAGCTTCCAGGTCACTGTGGTACCCTGGCAAACAG
CTGAACCAGGCTGCAGAGGGCAGAATAGCTCAGACACGTAGCATGACGTCTCTTTCTAGAAATA
AAGGTGTTCTGGCCTCCTTAGCTCTGTGCAAGTTTCCTTCCCCAGACACCATCGCTCCCTATTG
GCCGGGAGAAGCCGGTCCCTGGGCATGAGAGGCATGGACTGGCAGGTGATGTCACCTTTCCCCC
AAGGCCTTGAGATGGCAGCTTGAGAGGCTGACTCGATGGTTCTCAGAGAGCCATGAGCCCCAGG
CTCAACTTTACCTTTGACTTATTCAGTACCTTGCCAGCCAAGGGCCCGGTCTACGGCTCCCATC
ACCTGCTCACACTCAGACTTGTAAGGTCAGGTAAGAGGGTGACTCTGAGACCAGTCCTTTGAGA
AACCATCTCCATGTTCTGTTCCCCTTTGGTAAAGATCTTCAGTTTGCTTTGTGGTCATCACTGG
CTATTTCCATTAGACGTGCACAGCAGAGACCCAGCAGGGCAAGCCCTCAAGGAGCTGGTTACGT
GAGCAGCACTGCTCAGGGCCCTGTGGCGATGCTAAGGAATGGGAAAGGACATCTTTGTTTTCTC
TTTGCCTGCTGTTAGCCTAACCGTGAAAGTATCTCTTTATACAGAATACTTACAGATTCTAATA
TATATTTGTATTTCATTTTGTTATAGTATTTTTATATGTTAAAGTCAACCTCCAGTGTCTTGTT
TTGATTTTCAGATGCTCTGTGGTTGTGACCTTTTGTTTGGGGTTTCTGTAGTCGTTTGAGTCAA
CTCTTAGAAACTGGCTTCAAACAGTCCCTGAGGGAGCTGCACCTGTCCTTTCCCCAGAAGTATT
GTTTTAGGATATGTCAGTATTGTCTGCTGTCTTCCATGTGAACATGACATTGATTCATGGA

hide sequence

RefSeq Acc Id:

XM_036161496 ⟹ XP_036017389

Type:

CODING

Position:

Mouse Assembly	Chr	Position (strand)	Source
GRCm39	19	41,586,263 - 41,654,459 (-)	NCBI

Sequence:

show sequence

TCTGAGGGAGCCAGAAGAGAGAAGCTACAGTCATGCAGAATGTAGAAGCTGAGAGCTCCCACCT
GGGAACAGGCAAGAGCTCAGAAACGGTGTTAGGTGAACGTGAAGCTGGAAAAAAAAACATGCAG
AGAAAAACTCATCCAGGAAGTGGTTTCCCACCCGACACTGCCTTCATTCAGCTCTGTATAACAT
CAAGGAACTCCGGCACTGTTGGCAGGACAGAAGGAGGATCCGGACCTGAGTGAGAATTTTCTCC
AGGCTGTGCCCAGGAAGGCTTTTCGGGGAGCCACAGACCTCAAAAATCTACAGCTGGACAAGAA
CCGGATCAGCTGCATCGAGGAAGGGGCCTTCCGTGCCCTACGGGGACTGGAGGTTCTGACCCTG
AACAACAACAACATCACCACCATCCCTGTGTCCAGTTTCAACCATATGCCCAAGCTTCGGACCT
TCCGGCTGCACTCCAACCACCTGTTCTGTGACTGCCACCTGGCCTGGCTCTCTCAGTGGCTGAG
ACAGAGGCCCACCATCGGACTCTTCACCCAGTGCTCTGGGCCCGCCAGCCTTCGGGGCCTCAAC
GTGGCAGAGGTGCAAAAGGGCGAGTTCAGCTGCTCAGGCCAGGGGGAGGCTGCGGGAGCACCTG
CCTGCACCCTCTCGTCCGGTTCCTGCCCAGCCATGTGCAGCTGTAGCAGCGGCATCGTGGACTG
CCGTGGCAAGGGCCTCACTGCCATCCCTGCTAACCTTCCAGAGACCATGACAGAGATCCGCCTG
GAGTTGAACGGTATCAAATCCATCCCACCCGGAGCCTTCTCTCCCTACAGAAAGCTGCGCAGGA
TAGACCTGAGCAACAACCAGATTGCAGAGATTGCACCCGACGCCTTCCAAGGCCTGCGCTCCTT
GAATTCCCTGGTCCTCTATGGCAACAAGATTACAGACCTGCCCCGAGGTGTATTTGGAGGCCTG
TACACACTCCAGCTGCTGCTTCTAAATGCCAACAAGATCAACTGCATCCGGCCTGATGCCTTCC
AGGACCTGCAGAACCTCTCTCTGCTCTCCCTGTATGACAACAAGATCCAGAGTCTCGCCAAGGG
CACCTTCACCTCCCTACGGGCCATCCAGACACTGCATCTGGCCCAGAATCCTTTCATCTGTGAC
TGTAACCTCAAGTGGCTGGCAGACTTCTTACGTACCAACCCCATCGAGACAACTGGGGCCCGAT
GTGCCAGCCCCCGGCGCCTCGCCAACAAGCGTATTGGGCAGATCAAAAGCAAGAAGTTTCGGTG
CTCAGCCAAAGAGCAGTACTTCATTCCAGGGACAGAGGACTACCACCTGAACAGCGAGTGTACC
AGCGACGTGGCCTGCCCACACAAGTGCCGTTGTGAGGCCAGTGTGGTGGAGTGCTCCAGCCTGA
AACTCTCTAAGATCCCTGAGCGAATCCCCCAGTCCACGACTGAGCTACGACTGAACAACAATGA
GATTTCTATCCTAGAGGCCACTGGGTTGTTTAAGAAGCTCTCACATCTGAAGAAAATAAACCTG
AGCAATAACAAGGTGTCCGAGATCGAAGACGGGACGTTTGAGGGTGCCGCCTCTGTCAGTGAGC
TGCACCTGACTGCTAACCAGCTGGAGTCCATTAGAAGTGGCATGTTCCGGGGTCTAGATGGCTT
GCGGACCCTGATGCTGAGGAACAACCGTATCAGCTGTATCCACAACGACAGCTTCACCGGGCTG
CGCAACGTGCGGCTCCTGTCTCTCTATGACAACCACATCACCACCATCTCCCCTGGAGCCTTTG
ACACTCTCCAGGCCCTGTCCACACTAAACCTCCTGGCCAACCCGTTCAACTGCAACTGCCATCT
GTCATGGCTGGGCGACTGGCTCCGGAAGAGGAAGATTGTGACGGGGAACCCTCGCTGTCAGAAC
CCAGACTTCCTGCGGCAGATTCCTCTGCAGGATGTGGCCTTCCCTGACTTCAGGTGTGAGGAAG
GCCAGGAGGAGGTGGGCTGCCTGCCCCGCCCACAGTGCCCCCAGGAGTGTGCCTGCCTGGACAC
AGTGGTCCGCTGCAGCAACAAGCACCTCCAGGCTCTGCCCAAGGGCATCCCCAAGAATGTCACA
GAACTCTATTTGGATGGGAACCAGTTCACACTCGTTCCGGGACAGCTGTCTACCTTCAAGTATC
TGCAGCTCGTGGACTTGAGCAACAACAAGATCAGTTCCTTGAGCAATTCTTCCTTCACCAACAT
GAGCCAGCTGACCACGCTGATCCTCAGCTACAATGCCCTCCAGTGCATCCCTCCTCTGGCCTTT
CAAGGACTTCGTTCGCTGCGCCTGCTGTCTTTGCATGGCAATGATGTCTCCACCCTCCAAGAGG
GCATCTTTGCAGACGTGACGTCTCTGTCTCACCTGGCCATTGGTGCCAACCCCCTGTACTGCGA
CTGCCGCCTCCGGTGGCTCTCCAGTTGGGTGAAGACTGGCTACAAGGAACCTGGCATTGCCCGC
TGTGCTGGACCCCCAGAGATGGAGGGCAAACTGTTACTCACCACACCTGCCAAGAAGTTTGAAT
GCCAAGGTCCCCCCAGCCTGGCAGTTCAGGCCAAGTGTGATCCCTGCTTGTCCAGCCCATGCCA
GAACCAGGGCACCTGCCACAATGACCCTCTTGAGGTATACAGGTGTACCTGCCCCAGTGGCTAC
AAGGGCCGACACTGTGAGGTGTCTCTGGACGGCTGTTCCAGCAACCCATGTGGAAATGGGGGGA
CCTGCCATGCCCAGGAGGGCGAGGATGCTGGCTTCACGTGCTCCTGTCCCTCCGGCTTTGAAGG
GCCGACCTGTGGAGTGGACACAGATGACTGTGTTAAGCATGCCTGTGTCAACGGGGGTGTCTGT
GTAGATGGCGTGGGGAATTACACATGTCAGTGCCCCCTGCAGTACACAGGAAGGGCCTGTGAGC
AGCTGGTGGACTTCTGCTCCCCGGATATGAACCCGTGTCAGCATGAGGCCCAATGTGTTGGCAC
CCCGGATGGGCCCAGGTGTGAGTGCATGCTAGGTTACACGGGTGACAACTGCAGCGAAAATCAG
GATGACTGCAAGGACCACAAGTGTCAGAACGGGGCCCAGTGTGTGGATGAAGTCAACAGCTACG
CCTGCCTCTGTGTTGAGGGCTACAGTGGACAGCTCTGTGAGATCCCACCTGCCCCCAGGAGCTC
CTGTGAGGGGACGGAGTGCCAGAATGGAGCCAACTGCGTAGACCAGGGAAGCCGGCCCGTATGC
CAGTGCCTACCAGGCTTTGGTGGCCCTGAATGTGAGAAATTGCTCAGTGTCAACTTTGTGGACC
GGGACACTTATCTGCAGTTCACTGACCTGCAGAACTGGCCTCGGGCCAACATCACTCTTCAGGT
CTCCACAGCAGAGGACAATGGGATTCTCCTATATAATGGGGACAATGACCACATTGCAGTTGAG
CTGTACCAGGGCCATGTCCGTGTTAGTTATGACCCAGGCAGCTACCCCAGCTCTGCTATCTACA
GCGCTGAGACGATCAACGATGGGCAGTTCCACACCGTTGAGCTGGTCACCTTCGACCAGATGGT
GAACCTCTCCATCGATGGCGGCAGCCCCATGACCATGGACAACTTTGGCAAGCACTACACCCTC
AACAGCGAGGCCCCCCTCTATGTGGGAGGGATGCCTGTGGACGTGAACTCAGCTGCCTTCCGCC
TGTGGCAGATCCTCAATGGTACCAGCTTCCACGGTTGCATCCGGAACCTGTACATCAACAATGA
ACTGCAGGACTTCACCAAGACACAGATGAAGCCAGGCGTGGTGCCAGGCTGTGAGCCGTGCCGC
AAACTCTACTGTCTACATGGCATTTGCCAGCCCAACGCCACCCCAGGGCCTGTGTGCCACTGTG
AGGCTGGCTGGGGGGGCCTGCACTGTGACCAGCCAGTGGATGGCCCCTGCCATGGCCACAAGTG
TGTCCATGGGAAATGCGTGCCGCTCGACGCTCTTGCCTACAGCTGCCAGTGCCAGGATGGGTAC
TCGGGGGCTCTGTGCAACCAGGTCGGGGCTGTGGCAGAGCCCTGTGGGGGCTTGCAGTGCCTGC
ATGGTCACTGCCAGGCCTCTGCCACCAAAGGGGCACACTGTGTGTGCAGCCCAGGCTTTTCAGG
CGAGCTGTGTGAGCAAGAGTCCGAGTGCCGGGGGGACCCTGTCCGGGACTTTCACCGGGTCCAG
AGGGGCTATGCCATCTGCCAGACCACACGCCCGCTGTCGTGGGTGGAATGCCGGGGCGCGTGCC
CGGGCCAGGGCTGCTGCCAGGGCCTGCGGCTGAAGCGGAGGAAGCTCACCTTCGAGTGCAGCGA
TGGGACTTCGTTTGCTGAGGAGGTGGAGAAGCCCACCAAGTGTGGCTGTGCCCAGTGCGCATAA
TGTGCGGGTGGCACACTAGCCGGGCTGGGGCGGGCATCACCAGGATAGCGCCTGGATCCTGGTG
GGCACGGGGTCACTGAGCTGCCTTCCCAGCGGACTGCACTGCCGGGGCAGAGGAGCAAGGCCCG
GGCTGCCATGCCCTCTCTCAAAGTGCCTTGCACAGATAGGCGCTTAATAAATATTTGTTGAATG
AATGTGTGTGTGAGGTCAGGCCACAAACGGTGGCAGGATGGTGGCACTCCTCTGCCTGCTACCT
GGAACTAAAATGGGGGCTAAACCCTGTCTCCACTTGCTTCTCCTTTGCCCTGCAACCCTGGCTG
GCCTGAAACAGTTTATGCCCTAGTAGCCTCTGGCTCCTCTAAGGACAACCACATCCAGGAGGTG
CTGGCCTGGTTTCTGCAACCATGTCTACTGGCACCAGGCCACTCTCCAGGGTAAGACCTCCTCT
CATGGAGAAGGGTCTGCTCCTCCTTCAAGTCATGTGGCCCATTGCCCCCATAGTTTGTGAAAGC
TGGGTTGGGTGGGGTTTGCATAGGCCAGGCCTCTGAATCCTGAAGTATAGGATGACTGTAGCTC
CTATGGTGGGTGGGTGGGTGGGGTCTTGTGCTTGATGTGGCAGTACCTACCAAGAGGGCAGAGG
TTCTTGGCTCCAGCTGAATAGACATCACTGGCCACAAAAGGAGCATCGGACCCAGGTTTCCCAG
CCCAAGGCTGCTGGTGCCTCTGGCAGAGGAGGGGTTGGGTATGAGGGGGAGCTGGGCAAGGCCA
AGACCTTCTAAAATGAAGGCCTGGTTTGGAGCATTGTACTGAGGCCATATAGGAAGAGACCAGA
TGATACAGATGCTGAGTCCCTGCATGTGGCTCTGCTCATTGCAGGCCTTAGGTCTGCAGCTGTG
AAGCAAGAAGGTAGATAGGAACCGCGGAGACACTGCCACTGTGGTCTCAGGAAGGGAGGCCTGA
GGCGTTATAGGAGATCCGTTTCCATTAAGTTCATTAGCAGGTATTTATGTACCTAGCCTGGAGT
GGGTTCTGTGGGTGTGCAGCCCCCATGTGAAACGAATGGCTGAGAACCATGGAGTACCCAGGAA
GGCCCAGGGGGCTGCAGCAACTCACTCTGGGGGTTTGCAGTGAAGGCTGAAGCCACCAGAGAAA
AGGACACAAAAGCTTCTCTTCCATGCAGGATGAAGTATAGAAAGATGAGGTTTGCATCCTCTGA
AGGAAAAAAGGGTCATCATACCTTCTCACTTCTCCCGGAGAGGCTGTAGCCCCGGTCTGGGTGT
GGGGGTGGAGTGGGGGTGTCTTTGTGGGCTGTAGGTGTGAGCATGCCCCCCGTTCAAGGCTGCT
CCCATCTGGGAGTGTCATGTTCAGAGGGTGGCCCTATACCTATCACTGCCTATGTGGACACAGA
GAGGAGCCTCTGGTGCTGATGAAGGCATTAGCCTCCTGTGACTTGAGAACTTGGCATCTCCTAT
CACAATGGCTCTCAGGCCAGGGAGACTCTGGGTTGGAAAGAGAGCCCAGCCCTGATCAACTGGT
TAATTGTCATGACTGGGTATACATTTTGCCAAGGGCTAGGACTCCCATTTTCTTATGGCCCTGA
GTTAGGGCCACAGTGCACAGACCCATAGCTCTCTAAGAGGACAGAGGCCCAAACCTCTAAGGCT
TTAAACAACTCTGCACAGCATCTTACTCTTACTCCAAGCTTCCAGGTCACTGTGGTACCCTGGC
AAACAGCTGAACCAGGCTGCAGAGGGCAGAATAGCTCAGACACGTAGCATGACGTCTCTTTCTA
GAAATAAAGGTGTTCTGGCCTCCTTAGCTCTGTGCAAGTTTCCTTCCCCAGACACCATCGCTCC
CTATTGGCCGGGAGAAGCCGGTCCCTGGGCATGAGAGGCATGGACTGGCAGGTGATGTCACCTT
TCCCCCAAGGCCTTGAGATGGCAGCTTGAGAGGCTGACTCGATGGTTCTCAGAGAGCCATGAGC
CCCAGGCTCAACTTTACCTTTGACTTATTCAGTACCTTGCCAGCCAAGGGCCCGGTCTACGGCT
CCCATCACCTGCTCACACTCAGACTTGTAAGGTCAGGTAAGAGGGTGACTCTGAGACCAGTCCT
TTGAGAAACCATCTCCATGTTCTGTTCCCCTTTGGTAAAGATCTTCAGTTTGCTTTGTGGTCAT
CACTGGCTATTTCCATTAGACGTGCACAGCAGAGACCCAGCAGGGCAAGCCCTCAAGGAGCTGG
TTACGTGAGCAGCACTGCTCAGGGCCCTGTGGCGATGCTAAGGAATGGGAAAGGACATCTTTGT
TTTCTCTTTGCCTGCTGTTAGCCTAACCGTGAAAGTATCTCTTTATACAGAATACTTACAGATT
CTAATATATATTTGTATTTCATTTTGTTATAGTATTTTTATATGTTAAAGTCAACCTCCAGTGT
CTTGTTTTGATTTTCAGATGCTCTGTGGTTGTGACCTTTTGTTTGGGGTTTCTGTAGTCGTTTG
AGTCAACTCTTAGAAACTGGCTTCAAACAGTCCCTGAGGGAGCTGCACCTGTCCTTTCCCCAGA
AGTATTGTTTTAGGATATGTCAGTATTGTCTGCTGTCTTCCATGTGAACATGACATTGATTCAT
GGA

hide sequence

Protein Sequences


Protein RefSeqs	NP_056563	(Get FASTA)	NCBI Sequence Viewer
	XP_030106689	(Get FASTA)	NCBI Sequence Viewer
	XP_030106690	(Get FASTA)	NCBI Sequence Viewer
	XP_036017388	(Get FASTA)	NCBI Sequence Viewer
	XP_036017389	(Get FASTA)	NCBI Sequence Viewer
GenBank Protein	AAD44758	(Get FASTA)	NCBI Sequence Viewer
	AAH57131	(Get FASTA)	NCBI Sequence Viewer
	AAH62091	(Get FASTA)	NCBI Sequence Viewer
	BAC65658	(Get FASTA)	NCBI Sequence Viewer
	EDL41858	(Get FASTA)	NCBI Sequence Viewer
	EDL41859	(Get FASTA)	NCBI Sequence Viewer
Ensembl Protein	ENSMUSP00000025993
	ENSMUSP00000025993.4
GenBank Protein	Q80TR4	(Get FASTA)	NCBI Sequence Viewer

RefSeq Acc Id:	NP_056563 ⟸ NM_015748
- Peptide Label:	precursor
- UniProtKB:	Q9WVB5 (UniProtKB/Swiss-Prot), Q80TR4 (UniProtKB/Swiss-Prot), E9Q2P0 (UniProtKB/TrEMBL)
- Sequence:	show sequence MALTPQRGSSSGLSRPELWLLLWAAAWRLGATACPALCTCTGTTVDCHGTGLQAIPKNIPRNTE RLELNGNNITRIHKNDFAGLKQLRVLQLMENQIGAVERGAFDDMKELERLRLNRNQLQVLPELL FQNNQALSRLDLSENFLQAVPRKAFRGATDLKNLQLDKNRISCIEEGAFRALRGLEVLTLNNNN ITTIPVSSFNHMPKLRTFRLHSNHLFCDCHLAWLSQWLRQRPTIGLFTQCSGPASLRGLNVAEV QKGEFSCSGQGEAAGAPACTLSSGSCPAMCSCSSGIVDCRGKGLTAIPANLPETMTEIRLELNG IKSIPPGAFSPYRKLRRIDLSNNQIAEIAPDAFQGLRSLNSLVLYGNKITDLPRGVFGGLYTLQ LLLLNANKINCIRPDAFQDLQNLSLLSLYDNKIQSLAKGTFTSLRAIQTLHLAQNPFICDCNLK WLADFLRTNPIETTGARCASPRRLANKRIGQIKSKKFRCSAKEQYFIPGTEDYHLNSECTSDVA CPHKCRCEASVVECSSLKLSKIPERIPQSTTELRLNNNEISILEATGLFKKLSHLKKINLSNNK VSEIEDGTFEGAASVSELHLTANQLESIRSGMFRGLDGLRTLMLRNNRISCIHNDSFTGLRNVR LLSLYDNHITTISPGAFDTLQALSTLNLLANPFNCNCHLSWLGDWLRKRKIVTGNPRCQNPDFL RQIPLQDVAFPDFRCEEGQEEVGCLPRPQCPQECACLDTVVRCSNKHLQALPKGIPKNVTELYL DGNQFTLVPGQLSTFKYLQLVDLSNNKISSLSNSSFTNMSQLTTLILSYNALQCIPPLAFQGLR SLRLLSLHGNDVSTLQEGIFADVTSLSHLAIGANPLYCDCRLRWLSSWVKTGYKEPGIARCAGP PEMEGKLLLTTPAKKFECQGPPSLAVQAKCDPCLSSPCQNQGTCHNDPLEVYRCTCPSGYKGRH CEVSLDGCSSNPCGNGGTCHAQEGEDAGFTCSCPSGFEGPTCGVDTDDCVKHACVNGGVCVDGV GNYTCQCPLQYTGRACEQLVDFCSPDMNPCQHEAQCVGTPDGPRCECMLGYTGDNCSENQDDCK DHKCQNGAQCVDEVNSYACLCVEGYSGQLCEIPPAPRSSCEGTECQNGANCVDQGSRPVCQCLP GFGGPECEKLLSVNFVDRDTYLQFTDLQNWPRANITLQVSTAEDNGILLYNGDNDHIAVELYQG HVRVSYDPGSYPSSAIYSAETINDGQFHTVELVTFDQMVNLSIDGGSPMTMDNFGKHYTLNSEA PLYVGGMPVDVNSAAFRLWQILNGTSFHGCIRNLYINNELQDFTKTQMKPGVVPGCEPCRKLYC LHGICQPNATPGPVCHCEAGWGGLHCDQPVDGPCHGHKCVHGKCVPLDALAYSCQCQDGYSGAL CNQVGAVAEPCGGLQCLHGHCQASATKGAHCVCSPGFSGELCEQESECRGDPVRDFHRVQRGYA ICQTTRPLSWVECRGACPGQGCCQGLRLKRRKLTFECSDGTSFAEEVEKPTKCGCAQCA hide sequence

RefSeq Acc Id:	XP_030106689 ⟸ XM_030250829
- Peptide Label:	isoform X1
- UniProtKB:	Q80TR4 (UniProtKB/Swiss-Prot), Q9WVB5 (UniProtKB/Swiss-Prot), E9Q2P0 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_030106690 ⟸ XM_030250830
- Peptide Label:	isoform X1
- UniProtKB:	Q80TR4 (UniProtKB/Swiss-Prot), Q9WVB5 (UniProtKB/Swiss-Prot), E9Q2P0 (UniProtKB/TrEMBL)

Ensembl Acc Id:

ENSMUSP00000025993 ⟸ ENSMUST00000025993

Ensembl Acc Id:

ENSMUSP00000128381 ⟸ ENSMUST00000166496

Ensembl Acc Id:

ENSMUSP00000126139 ⟸ ENSMUST00000171586

Ensembl Acc Id:

ENSMUSP00000129034 ⟸ ENSMUST00000169141

RefSeq Acc Id:	XP_036017388 ⟸ XM_036161495
- Peptide Label:	isoform X2
- UniProtKB:	E9Q2P0 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_036017389 ⟸ XM_036161496
- Peptide Label:	isoform X3
- UniProtKB:	E9Q2P0 (UniProtKB/TrEMBL)

Protein Domains

CTCK EGF-like Laminin G Laminin G-like LRRCT LRRNT

Protein Structures

Name	Modeler	Protein Id	AA Range	Protein Structure
AF-Q80TR4-F1-model_v2	AlphaFold	Q80TR4	1-1531	view protein structure

Promoters

RGD ID:

13679480

Promoter ID:

EPDNEW_M23889

Type:

initiation region

Name:

Slit1_1

Description:

Mus musculus slit guidance ligand 1 , 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	41,743,674 - 41,743,734	EPDNEW

RGD ID:

6830423

Promoter ID:

MM_KWN:27063

Type:

CpG-Island

SO ACC ID:

SO:0000170

Source:

MPROMDB

Tissues & Cell Lines:

Brain

Transcripts:

NM_015748

Position:

Mouse Assembly	Chr	Position (strand)	Source
MGSCv36	19	41,817,721 - 41,818,221 (-)	MPROMDB

Additional Information

External Database Links

Database	Acc Id	Source(s)
AGR Gene	MGI:1315203	AgrOrtholog
Ensembl Genes	ENSMUSG00000025020	Ensembl, ENTREZGENE, UniProtKB/Swiss-Prot
Ensembl Transcript	ENSMUST00000025993	ENTREZGENE
	ENSMUST00000025993.10	UniProtKB/Swiss-Prot
Gene3D-CATH	2.60.120.200	UniProtKB/Swiss-Prot
	3.80.10.10	UniProtKB/Swiss-Prot
	Laminin	UniProtKB/Swiss-Prot
InterPro	ConA-like_dom_sf	UniProtKB/Swiss-Prot
	Cys-rich_flank_reg_C	UniProtKB/Swiss-Prot
	Cys_knot_C	UniProtKB/Swiss-Prot
	EGF-like_Ca-bd_dom	UniProtKB/Swiss-Prot
	EGF-like_CS	UniProtKB/Swiss-Prot
	EGF-like_dom	UniProtKB/Swiss-Prot
	EGF-type_Asp/Asn_hydroxyl_site	UniProtKB/Swiss-Prot
	EGF_Ca-bd_CS	UniProtKB/Swiss-Prot
	Fol_N	UniProtKB/Swiss-Prot
	Laminin_G	UniProtKB/Swiss-Prot
	Leu-rich_rpt	UniProtKB/Swiss-Prot
	Leu-rich_rpt_typical-subtyp	UniProtKB/Swiss-Prot
	LRR_dom_sf	UniProtKB/Swiss-Prot
	LRRNT	UniProtKB/Swiss-Prot
	Notch/Slit_guidance	UniProtKB/Swiss-Prot
KEGG Report	mmu:20562	UniProtKB/Swiss-Prot
MGD	MGI:1315203	ENTREZGENE
NCBI Gene	20562	ENTREZGENE
PANTHER	SLIT HOMOLOG	UniProtKB/Swiss-Prot
	SLIT HOMOLOG 1 PROTEIN	UniProtKB/Swiss-Prot
Pfam	EGF	UniProtKB/Swiss-Prot
	hEGF	UniProtKB/Swiss-Prot
	Laminin_G_2	UniProtKB/Swiss-Prot
	LRR_8	UniProtKB/Swiss-Prot
	LRRCT	UniProtKB/Swiss-Prot
	LRRNT	UniProtKB/Swiss-Prot
PhenoGen	Slit1	PhenoGen
PROSITE	CTCK_1	UniProtKB/Swiss-Prot
	CTCK_2	UniProtKB/Swiss-Prot
	EGF_1	UniProtKB/Swiss-Prot
	EGF_2	UniProtKB/Swiss-Prot
	EGF_3	UniProtKB/Swiss-Prot
	EGF_CA	UniProtKB/Swiss-Prot
	LAM_G_DOMAIN	UniProtKB/Swiss-Prot
	LRR	UniProtKB/Swiss-Prot
SMART	EGF	UniProtKB/Swiss-Prot
	EGF_CA	UniProtKB/Swiss-Prot
	FOLN	UniProtKB/Swiss-Prot
	LamG	UniProtKB/Swiss-Prot
	LRR_BAC	UniProtKB/Swiss-Prot
	LRR_SD22	UniProtKB/Swiss-Prot
	LRR_TYP	UniProtKB/Swiss-Prot
	LRRCT	UniProtKB/Swiss-Prot
	LRRNT	UniProtKB/Swiss-Prot
	SM00041	UniProtKB/Swiss-Prot
Superfamily-SCOP	EGF/Laminin	UniProtKB/Swiss-Prot
	L domain-like	UniProtKB/Swiss-Prot
	SSF49899	UniProtKB/Swiss-Prot
UniProt	E9Q117_MOUSE	UniProtKB/TrEMBL
	E9Q2P0	ENTREZGENE, UniProtKB/TrEMBL
	E9QAW9_MOUSE	UniProtKB/TrEMBL
	Q80TR4	ENTREZGENE
	Q9WVB5	ENTREZGENE
	SLIT1_MOUSE	UniProtKB/Swiss-Prot
UniProt Secondary	Q9WVB5	UniProtKB/Swiss-Prot

Nomenclature History

Date	Current Symbol	Current Name	Previous Symbol	Previous Name	Description	Reference	Status
2017-10-31	Slit1	slit guidance ligand 1		slit homolog 1 (Drosophila)	Symbol and/or name change	5135510	APPROVED

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 - ClinVar

Mammalian Phenotype