Sox6 (SRY-box transcription factor 6)

Gene: Sox6 (SRY-box transcription factor 6) Rattus norvegicus

Analyze

Symbol:

Sox6

Name:

SRY-box transcription factor 6

RGD ID:

1309000

Description:

Enables cis-regulatory region sequence-specific DNA binding activity. Involved in astrocyte differentiation. Predicted to be located in nucleoplasm. Predicted to be active in nucleus. Human ortholog(s) of this gene implicated in high grade glioma. Orthologous to human SOX6 (SRY-box transcription factor 6); INTERACTS WITH (+)-schisandrin B; 17alpha-ethynylestradiol; 2,3,7,8-tetrachlorodibenzodioxine.

Type:

protein-coding

RefSeq Status:

PROVISIONAL

Previously known as:

LOC102549121; SRY (sex determining region Y)-box 6; SRY box 6; SRY-box containing gene 6; transcription factor SOX-6; uncharacterized LOC102549121

RGD Orthologs

Alliance Genes

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):	SOX6 (SRY-box transcription factor 6)	HGNC	Ensembl, HomoloGene, Inparanoid, NCBI, OMA, OrthoDB, Panther
Mus musculus (house mouse):	Sox6 (SRY (sex determining region Y)-box 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chinchilla lanigera (long-tailed chinchilla):	Sox6 (SRY-box transcription factor 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Pan paniscus (bonobo/pygmy chimpanzee):	SOX6 (SRY-box transcription factor 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Canis lupus familiaris (dog):	SOX6 (SRY-box transcription factor 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Ictidomys tridecemlineatus (thirteen-lined ground squirrel):	Sox6 (SRY-box transcription factor 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Sus scrofa (pig):	SOX6 (SRY-box transcription factor 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Chlorocebus sabaeus (green monkey):	SOX6 (SRY-box transcription factor 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Heterocephalus glaber (naked mole-rat):	Sox6 (SRY-box transcription factor 6)	Transitive Ortholog Pipeline	Transitive Ortholog Pipeline
Alliance orthologs ³
Homo sapiens (human):	SOX6 (SRY-box transcription factor 6)	Alliance	DIOPT (Ensembl Compara\|HGNC\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Mus musculus (house mouse):	Sox6 (SRY (sex determining region Y)-box 6)	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Danio rerio (zebrafish):	sox6 (SRY (sex determining region Y)-box 6)	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)
Caenorhabditis elegans (roundworm):	egl-13	Alliance	DIOPT (Ensembl Compara\|OrthoFinder\|OrthoInspector\|PANTHER\|SonicParanoid)
Drosophila melanogaster (fruit fly):	Sox102F	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OrthoFinder\|OrthoInspector\|PANTHER)
Xenopus tropicalis (tropical clawed frog):	sox6	Alliance	DIOPT (Ensembl Compara\|Hieranoid\|InParanoid\|OMA\|OrthoFinder\|OrthoInspector\|PANTHER\|PhylomeDB\|SonicParanoid)

Latest Assembly:

mRatBN7.2 - mRatBN7.2 Assembly

Position:

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI		GRCr8
mRatBN7.2	1	169,723,306 - 170,334,846 (-)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	1	169,729,194 - 170,277,386 (-)	Ensembl		mRatBN7.2 Ensembl
UTH_Rnor_SHR_Utx	1	178,052,031 - 178,553,600 (-)	NCBI	Rnor_SHR	UTH_Rnor_SHR_Utx
UTH_Rnor_SHRSP_BbbUtx_1.0	1	185,238,507 - 185,740,114 (-)	NCBI	Rnor_SHRSP	UTH_Rnor_SHRSP_BbbUtx_1.0
UTH_Rnor_WKY_Bbb_1.0	1	177,945,239 - 178,446,677 (-)	NCBI	Rnor_WKY	UTH_Rnor_WKY_Bbb_1.0
Rnor_6.0	1	185,631,702 - 186,186,192 (+)	NCBI	Rnor6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_6.0 Ensembl	1	185,673,177 - 186,182,829 (+)	Ensembl	Rnor6.0		rn6	Rnor6.0
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI	Rnor5.0	Rnor_5.0	rn5	Rnor5.0
RGSC_v3.4	1	173,556,966 - 174,069,437 (-)	NCBI	RGSC3.4	RGSC_v3.4	rn4	RGSC3.4
RGSC_v3.1	1	173,696,212 - 174,208,683 (-)	NCBI
Celera	1	167,560,079 - 168,058,656 (-)	NCBI		Celera
Cytogenetic Map	1	q35	NCBI

JBrowse:

View Region in Genome Browser (JBrowse)

Model

Annotation Click to see Annotation Detail View

Disease Annotations Click to see Annotation Detail View

cardiomyopathy (ISO)

Developmental Disease (ISO)

genetic disease (ISO)

Heart Block (ISO)

high grade glioma (ISO)

Insulin Resistance (ISO)

intellectual disability (ISO)

muscular disease (ISO)

Neurodevelopmental Disorders (ISO)

Tolchin-Le Caignec Syndrome (ISO)

Gene-Chemical Interaction Annotations Click to see Annotation Detail View

(+)-schisandrin B (EXP)

17alpha-ethynylestradiol (EXP,ISO)

17beta-estradiol (ISO)

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

2,6-dinitrotoluene (EXP)

2-butoxyethanol (ISO)

4,4'-sulfonyldiphenol (ISO)

acrylamide (EXP)

aflatoxin B1 (ISO)

aldehydo-D-glucose (ISO)

all-trans-retinoic acid (ISO)

aristolochic acid A (ISO)

Aroclor 1254 (EXP)

belinostat (ISO)

benzo[a]pyrene (ISO)

bisphenol A (EXP,ISO)

C60 fullerene (EXP)

calciol (ISO)

chlorpyrifos (EXP,ISO)

choline (ISO)

cisplatin (ISO)

clobetasol (ISO)

cobalt dichloride (ISO)

coumarin (ISO)

cyclosporin A (ISO)

D-glucose (ISO)

dibutyl phthalate (ISO)

dorsomorphin (ISO)

doxorubicin (ISO)

endosulfan (EXP)

entinostat (ISO)

ethanol (ISO)

folic acid (ISO)

FR900359 (ISO)

fulvestrant (ISO)

gentamycin (EXP)

glucose (ISO)

isoprenaline (ISO)

L-methionine (ISO)

lead(0) (ISO)

mercury dibromide (ISO)

methoxychlor (EXP)

methylmercury chloride (ISO)

mono(2-ethylhexyl) phthalate (ISO)

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

nickel atom (ISO)

nitrofen (EXP)

oxaliplatin (EXP)

ozone (ISO)

p-chloromercuribenzoic acid (ISO)

paracetamol (ISO)

PCB138 (EXP)

pentachlorophenol (ISO)

permethrin (EXP)

phenobarbital (ISO)

phenylephrine (EXP)

phenylmercury acetate (ISO)

potassium dichromate (ISO)

SB 431542 (ISO)

sodium arsenite (ISO)

testosterone (EXP)

tetrachloromethane (EXP)

topotecan (EXP)

tributylstannane (ISO)

triclosan (ISO)

triphenyl phosphate (EXP)

tris(2-butoxyethyl) phosphate (ISO)

troglitazone (ISO)

valproic acid (ISO)

vinclozolin (EXP)

vorinostat (ISO)

Gene Ontology Annotations Click to see Annotation Detail View

Biological Process

astrocyte differentiation (IMP)

brain development (IEA,ISO,ISS)

cardiac muscle cell differentiation (ISO)

cartilage condensation (ISO,ISS)

cartilage development (ISO,ISS)

cell fate commitment (IBA,IEA,ISO)

cell morphogenesis (ISO)

cellular response to transforming growth factor beta stimulus (IEA,ISO)

central nervous system development (IBA,IEA)

chondrocyte differentiation (ISO,ISS)

erythrocyte development (ISO)

erythrocyte differentiation (ISO)

gene expression (ISO)

hemopoiesis (ISO)

in utero embryonic development (ISO)

negative regulation of cardiac muscle cell differentiation (IEA,ISO)

negative regulation of DNA-templated transcription (ISO)

negative regulation of transcription by RNA polymerase II (ISO)

oligodendrocyte cell fate specification (ISO)

oligodendrocyte differentiation (ISO)

positive regulation of cartilage development (ISO)

positive regulation of chondrocyte differentiation (IBA,IEA,ISO)

positive regulation of DNA-templated transcription (ISO)

positive regulation of mesenchymal stem cell differentiation (IEA,ISO)

positive regulation of transcription by RNA polymerase II (ISO)

post-embryonic development (ISO)

regulation of DNA-templated transcription (IEA,ISO)

regulation of gene expression (ISO)

regulation of transcription by RNA polymerase II (IBA)

spinal cord oligodendrocyte cell differentiation (ISO)

Cellular Component

cytoplasm (IEA)

nucleoplasm (IEA,ISO)

nucleus (IBA,IEA,ISO,ISS)

Molecular Function

cis-regulatory region sequence-specific DNA binding (IDA)

DNA binding (IEA,ISO)

DNA-binding transcription factor activity (IEA,ISO,ISS)

DNA-binding transcription factor activity, RNA polymerase II-specific (IBA,IEA)

DNA-binding transcription repressor activity (ISO)

DNA-binding transcription repressor activity, RNA polymerase II-specific (ISO)

protein binding (ISO)

protein homodimerization activity (IEA,ISO,ISS)

RNA polymerase II cis-regulatory region sequence-specific DNA binding (IBA,IEA,ISO)

sequence-specific DNA binding (ISO)

transcription cis-regulatory region binding (IEA,ISO)

References

References - curated

#	Reference Title	Reference Citation
1.	Trbp regulates heart function through microRNA-mediated Sox6 repression.	Ding J, etal., Nat Genet. 2015 Jul;47(7):776-83. doi: 10.1038/ng.3324. Epub 2015 Jun 1.
2.	Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium.	Gaudet P, etal., Brief Bioinform. 2011 Sep;12(5):449-62. doi: 10.1093/bib/bbr042. Epub 2011 Aug 27.
3.	Rat ISS GO annotations from GOA human gene data--August 2006	GOA data from the GO Consortium
4.	Sox6 is a candidate gene for p100H myopathy, heart block, and sudden neonatal death.	Hagiwara N, etal., Proc Natl Acad Sci U S A. 2000 Apr 11;97(8):4180-5.
5.	SOX6 attenuates glucose-stimulated insulin secretion by repressing PDX1 transcriptional activity and is down-regulated in hyperinsulinemic obese mice.	Iguchi H, etal., J Biol Chem. 2005 Nov 11;280(45):37669-80. Epub 2005 Sep 7.
6.	The transcription factors SOX9 and SOX5/SOX6 cooperate genome-wide through super-enhancers to drive chondrogenesis.	Liu CF and Lefebvre V, Nucleic Acids Res. 2015 Sep 30;43(17):8183-203. doi: 10.1093/nar/gkv688. Epub 2015 Jul 6.
7.	Rat ISS GO annotations from MGI mouse gene data--August 2006	MGD data from the GO Consortium
8.	GOA pipeline	RGD automated data 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.	Quantitative analysis of gene expression in living adult neural stem cells by gene trapping.	Scheel JR, etal., Nat Methods. 2005 May;2(5):363-70. Epub 2005 Apr 21.
12.	MicroRNA-208a Dysregulates Apoptosis Genes Expression and Promotes Cardiomyocyte Apoptosis during Ischemia and Its Silencing Improves Cardiac Function after Myocardial Infarction.	Tony H, etal., Mediators Inflamm. 2015;2015:479123. doi: 10.1155/2015/479123. Epub 2015 Nov 25.
13.	Expression of a transcriptional factor, SOX6, in human gliomas.	Ueda R, etal., Brain Tumor Pathol. 2004;21(1):35-8.

Additional References at PubMed

PMID:9755172	PMID:12081133	PMID:12446692	PMID:12477932	PMID:14530442	PMID:15565366	PMID:15634692	PMID:16462943	PMID:17084361	PMID:18403418	PMID:19690046	PMID:20081117
PMID:20711497	PMID:20940257	PMID:21073445	PMID:21401405	PMID:21884692	PMID:22082260	PMID:24647564	PMID:24662752	PMID:24854956	PMID:26345464	PMID:26525805	PMID:26659076
PMID:31076992	PMID:32114773

Genomics

Comparative Map Data

Sox6
(Rattus norvegicus - Norway rat)

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI		GRCr8
mRatBN7.2	1	169,723,306 - 170,334,846 (-)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	1	169,729,194 - 170,277,386 (-)	Ensembl		mRatBN7.2 Ensembl
UTH_Rnor_SHR_Utx	1	178,052,031 - 178,553,600 (-)	NCBI	Rnor_SHR	UTH_Rnor_SHR_Utx
UTH_Rnor_SHRSP_BbbUtx_1.0	1	185,238,507 - 185,740,114 (-)	NCBI	Rnor_SHRSP	UTH_Rnor_SHRSP_BbbUtx_1.0
UTH_Rnor_WKY_Bbb_1.0	1	177,945,239 - 178,446,677 (-)	NCBI	Rnor_WKY	UTH_Rnor_WKY_Bbb_1.0
Rnor_6.0	1	185,631,702 - 186,186,192 (+)	NCBI	Rnor6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_6.0 Ensembl	1	185,673,177 - 186,182,829 (+)	Ensembl	Rnor6.0		rn6	Rnor6.0
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI	Rnor5.0	Rnor_5.0	rn5	Rnor5.0
RGSC_v3.4	1	173,556,966 - 174,069,437 (-)	NCBI	RGSC3.4	RGSC_v3.4	rn4	RGSC3.4
RGSC_v3.1	1	173,696,212 - 174,208,683 (-)	NCBI
Celera	1	167,560,079 - 168,058,656 (-)	NCBI		Celera
Cytogenetic Map	1	q35	NCBI

SOX6
(Homo sapiens - human)

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	11	15,966,449 - 16,738,477 (-)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	11	15,966,449 - 16,739,591 (-)	Ensembl	GRCh38		hg38	GRCh38
GRCh37	11	15,987,995 - 16,760,024 (-)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	11	15,948,371 - 16,454,494 (-)	NCBI	NCBI36	Build 36	hg18	NCBI36
Build 34	11	15,949,899 - 16,454,494	NCBI
Celera	11	16,115,232 - 16,625,247 (-)	NCBI		Celera
Cytogenetic Map	11	p15.2	NCBI
HuRef	11	15,673,238 - 16,183,365 (-)	NCBI		HuRef
CHM1_1	11	15,987,568 - 16,497,588 (-)	NCBI		CHM1_1
T2T-CHM13v2.0	11	16,064,414 - 16,835,856 (-)	NCBI		T2T-CHM13v2.0

Sox6
(Mus musculus - house mouse)

Mouse Assembly	Chr	Position (strand)	Source	Genome Browsers
Mouse Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCm39	7	115,070,107 - 115,639,186 (-)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	7	115,070,107 - 115,638,031 (-)	Ensembl		GRCm39 Ensembl
GRCm38	7	115,470,872 - 116,040,776 (-)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	7	115,470,872 - 116,038,796 (-)	Ensembl	GRCm38		mm10	GRCm38
MGSCv37	7	122,614,858 - 123,182,258 (-)	NCBI	GRCm37	MGSCv37	mm9	NCBIm37
MGSCv36	7	115,262,493 - 115,822,196 (-)	NCBI		MGSCv36	mm8
Celera	7	115,422,369 - 115,985,959 (-)	NCBI		Celera
Cytogenetic Map	7	F1	NCBI
cM Map	7	61.29	NCBI

Sox6
(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_004955414	30,971,920 - 31,335,263 (-)	Ensembl	ChiLan1.0
ChiLan1.0	NW_004955414	30,965,626 - 31,532,473 (-)	NCBI	ChiLan1.0	ChiLan1.0

SOX6
(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	9	18,332,384 - 19,101,613 (-)	NCBI		NHGRI_mPanPan1-v2
NHGRI_mPanPan1	11	18,293,187 - 19,062,516 (-)	NCBI		NHGRI_mPanPan1
Mhudiblu_PPA_v0	11	16,053,730 - 16,488,566 (-)	NCBI	Mhudiblu_PPA_v0	Mhudiblu_PPA_v0	panPan3
PanPan1.1	11	15,747,495 - 16,175,439 (-)	NCBI	panpan1.1	PanPan1.1	panPan2
PanPan1.1 Ensembl	11	15,747,495 - 16,175,246 (-)	Ensembl	panpan1.1		panPan2

SOX6
(Canis lupus familiaris - dog)

Dog Assembly	Chr	Position (strand)	Source	Genome Browsers
Dog Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
CanFam3.1	21	38,737,072 - 39,320,257 (-)	NCBI	CanFam3.1	CanFam3.1	canFam3	CanFam3.1
CanFam3.1 Ensembl	21	38,737,247 - 39,216,549 (-)	Ensembl	CanFam3.1		canFam3	CanFam3.1
Dog10K_Boxer_Tasha	21	38,232,821 - 38,820,718 (-)	NCBI		Dog10K_Boxer_Tasha
ROS_Cfam_1.0	21	39,826,638 - 40,154,574 (-)	NCBI		ROS_Cfam_1.0
ROS_Cfam_1.0 Ensembl	21	39,829,824 - 40,155,369 (-)	Ensembl		ROS_Cfam_1.0 Ensembl
UMICH_Zoey_3.1	21	38,844,094 - 39,431,782 (-)	NCBI		UMICH_Zoey_3.1
UNSW_CanFamBas_1.0	21	39,056,763 - 39,644,974 (-)	NCBI		UNSW_CanFamBas_1.0
UU_Cfam_GSD_1.0	21	39,389,267 - 39,977,587 (-)	NCBI		UU_Cfam_GSD_1.0

Sox6
(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_024404947	46,297,725 - 46,878,443 (+)	NCBI		HiC_Itri_2
SpeTri2.0 Ensembl	NW_004936528	2,331,661 - 2,906,082 (+)	Ensembl	SpeTri2.0	SpeTri2.0 Ensembl
SpeTri2.0	NW_004936528	2,331,706 - 2,912,423 (+)	NCBI	SpeTri2.0	SpeTri2.0		SpeTri2.0

SOX6
(Sus scrofa - pig)

Pig Assembly	Chr	Position (strand)	Source	Genome Browsers
Pig Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
Sscrofa11.1 Ensembl	2	42,453,681 - 43,068,325 (+)	Ensembl	Sscrofa11.1		susScr11	Sscrofa11.1
Sscrofa11.1	2	42,447,391 - 43,068,824 (+)	NCBI	Sscrofa11.1	Sscrofa11.1	susScr11	Sscrofa11.1
Sscrofa10.2	2	46,096,295 - 46,213,212 (+)	NCBI	Sscrofa10.2	Sscrofa10.2	susScr3

SOX6
(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	1	48,206,243 - 48,955,819 (+)	NCBI	ChlSab1.1	ChlSab1.1	chlSab2
Vero_WHO_p1.0	NW_023666038	145,770,561 - 146,435,141 (+)	NCBI	Vero_WHO_p1.0	Vero_WHO_p1.0

Sox6
(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_004624766	7,689,775 - 8,084,764 (-)	Ensembl	HetGla_female_1.0	HetGla_female_1.0 Ensembl	hetGla2
HetGla 1.0	NW_004624766	7,683,492 - 8,301,823 (-)	NCBI	HetGla_female_1.0	HetGla 1.0	hetGla2

Variants

Variants in Sox6
2307 total Variants

miRNA Target Status

Predicted Target Of

	Summary Value
Count of predictions:	153
Count of miRNA genes:	118
Interacting mature miRNAs:	122
Transcripts:	ENSRNOT00000048020
Prediction methods:	Microtar, Miranda, Rnahybrid
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 (mRatBN7.2)

The following QTLs overlap with this region.

RGD ID	Symbol	Name	LOD	P Value	Trait	Sub Trait	Chr	Start	Stop	Species
10059597	Bp377	Blood pressure QTL 377	3.42	0.025	arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	32737458	199368955	Rat
634314	Niddm44	Non-insulin dependent diabetes mellitus QTL 44			blood glucose amount (VT:0000188)	blood glucose level (CMO:0000046)	1	49393289	199050459	Rat
1578780	Cm52	Cardiac mass QTL 52	3.3	0.0001	heart mass (VT:0007028)	heart wet weight (CMO:0000069)	1	81591954	219808434	Rat
724521	Uae1	Urinary albumin excretion QTL 1	3.8	0.0001	urine albumin amount (VT:0002871)	urine albumin excretion rate (CMO:0000757)	1	90508614	173018436	Rat
1358902	Bw47	Body weight QTL 47	1.67		body mass (VT:0001259)	body weight (CMO:0000012)	1	90508614	180359386	Rat
1331793	Bp200	Blood pressure QTL 200	3.71601		arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	94494440	172949803	Rat
1331751	Bp199	Blood pressure QTL 199	3.60022		arterial blood pressure trait (VT:2000000)	diastolic blood pressure (CMO:0000005)	1	94494440	181830018	Rat
1331749	Hrtrt11	Heart rate QTL 11	2.973		heart pumping trait (VT:2000009)	heart rate (CMO:0000002)	1	94494440	198211706	Rat
70209	Niddm23	Non-insulin dependent diabetes mellitus QTL 23	2.82		blood glucose amount (VT:0000188)	blood glucose level (CMO:0000046)	1	94494440	198324465	Rat
731168	Bp154	Blood pressure QTL 154	3.4		arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	94642644	214537671	Rat
8655649	Arrd1	Age-related retinal degeneration QTL 1	4.89		retinal layer morphology trait (VT:0003727)	percentage of study population developing retinopathy during a period of time (CMO:0002453)	1	100357752	183970443	Rat
1354591	Cm36	Cardiac mass QTL 36	4.1		heart left ventricle mass (VT:0007031)	calculated heart weight (CMO:0000073)	1	102813953	201278233	Rat
1354615	Cm32	Cardiac mass QTL 32	5.2		heart left ventricle mass (VT:0007031)	heart left ventricle wet weight (CMO:0000071)	1	102813953	201278233	Rat
1354606	Bp246	Blood pressure QTL 246	3.6		arterial blood pressure trait (VT:2000000)	pulse pressure (CMO:0000292)	1	102813953	218753816	Rat
1300158	Bp173	Blood pressure QTL 173	3.48		arterial blood pressure trait (VT:2000000)	blood pressure time series experimental set point of the baroreceptor response (CMO:0002593)	1	115540693	185145286	Rat
7794788	Mcs32	Mammary carcinoma susceptibility QTL 32	2.61		mammary gland integrity trait (VT:0010552)	mammary tumor incidence/prevalence measurement (CMO:0000946)	1	115540693	238914717	Rat
631199	Cm23	Cardiac mass QTL 23	4.6	0.0004	heart left ventricle mass (VT:0007031)	heart left ventricle wet weight (CMO:0000071)	1	115585465	172949803	Rat
7421630	Bp362	Blood pressure QTL 362		0.001	arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	1	118608292	241799120	Rat
631205	Bp196	Blood pressure QTL 196	4	0.0001	arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	1	118944897	199050459	Rat
631544	Bp84	Blood pressure QTL 84	5.6		arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	123350408	181759564	Rat
1358189	Cstrr1	Cold stress response QTL 1		0.0001	catecholamine amount (VT:0010543)	urine norepinephrine level (CMO:0001629)	1	123350408	182418476	Rat
1641895	Bp298	Blood pressure QTL 298			arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	1	123350408	182418476	Rat
1578770	Stresp23	Stress response QTL 23			kidney sympathetic nerve activity (VT:0004050)	stimulated renal sympathetic nerve activity to basal renal sympathetic nerve activity ratio (CMO:0001786)	1	123350408	182418476	Rat
631549	Bp89	Blood pressure QTL 89	5.7		arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	123350581	201284552	Rat
9685799	Bp375	Blood pressure QTL 375			arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	125611501	170611501	Rat
631654	Bp107	Blood pressure QTL 107			arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	125611501	170611501	Rat
9685802	Bp376	Blood pressure QTL 376			arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	126540680	171540680	Rat
738006	Anxrr14	Anxiety related response QTL 14	4	0.00035	locomotor behavior trait (VT:0001392)	amount of experiment time spent in a discrete space in an experimental apparatus (CMO:0000958)	1	130636910	175636910	Rat
738028	Anxrr12	Anxiety related response QTL 12	4.9	0.00001	locomotor behavior trait (VT:0001392)	amount of experiment time spent in a discrete space in an experimental apparatus (CMO:0000958)	1	130636910	175636910	Rat
6893347	Bw98	Body weight QTL 98	0.2	0.53	body mass (VT:0001259)	body weight (CMO:0000012)	1	133680936	178680936	Rat
6893361	Bw104	Body weight QTL 104	0.59	0.27	body mass (VT:0001259)	body weight (CMO:0000012)	1	133680936	178680936	Rat
1558645	Bw55	Body weight QTL 55	3.2	0.004	body mass (VT:0001259)	body weight (CMO:0000012)	1	133680936	178680936	Rat
71118	Thym1	Thymus enlargement QTL 1	10.17	0.001	thymus mass (VT:0004954)	thymus weight to body weight ratio (CMO:0000612)	1	136829932	181829932	Rat
724550	Thym3	Thymus enlargement QTL 3	7.82	0.001	thymus mass (VT:0004954)	thymus weight to body weight ratio (CMO:0000612)	1	136829932	181829932	Rat
631519	Pia11	Pristane induced arthritis QTL 11	5.3		joint integrity trait (VT:0010548)	joint inflammation composite score (CMO:0000919)	1	136830018	181830018	Rat
1598853	Memor3	Memory QTL 3	4.5		exploratory behavior trait (VT:0010471)	total horizontal distance resulting from voluntary locomotion in an experimental apparatus (CMO:0001443)	1	143506580	212458660	Rat
61348	Bp30	Blood pressure QTL 30	2.4		arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	144017057	197814409	Rat
70160	Bw18	Body weight QTL 18	5.7		body mass (VT:0001259)	body weight (CMO:0000012)	1	144267353	196383668	Rat
737828	Hcas3	Hepatocarcinoma susceptibility QTL 3	4.9		liver integrity trait (VT:0010547)	liver tumorous lesion volume to total liver volume ratio (CMO:0001082)	1	144267353	222987745	Rat
2302378	Insul11	Insulin level QTL 11	3.25		blood insulin amount (VT:0001560)	serum insulin level (CMO:0000358)	1	144267353	251128347	Rat
634315	Niddm45	Non-insulin dependent diabetes mellitus QTL 45	7.16		blood glucose amount (VT:0000188)	plasma glucose level (CMO:0000042)	1	144267916	172949660	Rat
61379	Bp44	Blood pressure QTL 44	19.2		arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	144267916	174133260	Rat
7771612	Cm80	Cardiac mass QTL 80	8.4		heart left ventricle mass (VT:0007031)	heart left ventricle weight (CMO:0000776)	1	149448574	221264292	Rat
724531	Uae5	Urinary albumin excretion QTL 5	4		urine albumin amount (VT:0002871)	urine albumin level (CMO:0000130)	1	150700142	252085212	Rat
1578759	Uae30	Urinary albumin excretion QTL 30	3.3	0.003	urine albumin amount (VT:0002871)	urine albumin excretion rate (CMO:0000757)	1	150700247	252085048	Rat
1578778	Pur4	Proteinuria QTL 4	3.3	0.003	urine total protein amount (VT:0000032)	urine total protein excretion rate (CMO:0000756)	1	150700247	252085048	Rat
1354602	Bw35	Body weight QTL 35	12.2		body mass (VT:0001259)	body weight (CMO:0000012)	1	151162512	201278233	Rat
1354620	Kidm19	Kidney mass QTL 19	4		kidney mass (VT:0002707)	calculated kidney weight (CMO:0000160)	1	151162512	201278233	Rat
1354634	Kidm12	Kidney mass QTL 12	3.9		kidney mass (VT:0002707)	right kidney wet weight (CMO:0000082)	1	151162512	201278233	Rat
1354636	Lmblg1	Limb length QTL 1	6.4		tibia length (VT:0004357)	tibia length (CMO:0000450)	1	151162512	201278233	Rat
1354610	Bw34	Body weight QTL 34	4.1		body mass (VT:0001259)	body weight (CMO:0000012)	1	151162512	256448636	Rat
1354646	Kidm18	Kidney mass QTL 18	5.7		kidney mass (VT:0002707)	calculated kidney weight (CMO:0000160)	1	151162512	256448636	Rat
1354661	Bw33	Body weight QTL 33	5.2		body mass (VT:0001259)	body weight (CMO:0000012)	1	151162512	256448636	Rat
1358886	Bp260	Blood pressure QTL 260	3.67		arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	1	151162766	225824951	Rat
61343	Bp28	Blood pressure QTL 28			arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	151646613	196646613	Rat
1549837	Hcar15	Hepatocarcinoma resistance QTL 15		0.05	liver integrity trait (VT:0010547)	liver tumorous lesion number (CMO:0001068)	1	153136852	260522016	Rat
2303622	Vencon6	Ventilatory control QTL 6		0.001	respiration trait (VT:0001943)	respiration rate (CMO:0000289)	1	154561505	199561505	Rat
1582204	Livw1	Liver weight QTL 1	3.6	0.0003	liver mass (VT:0003402)	liver weight to body weight ratio (CMO:0000633)	1	155422851	172949803	Rat
4889428	Stresp24	Stress response QTL 24		0.05	heart pumping trait (VT:2000009)	absolute change in electrocardiographic low frequency R-R spectral component to high frequency R-R spectral component ratio (CMO:0002162)	1	155866514	200866514	Rat
631548	Bp88	Blood pressure QTL 88	5	0.001	arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	1	156677124	176484451	Rat
1354618	Kidm15	Kidney mass QTL 15	5		kidney mass (VT:0002707)	left kidney wet weight (CMO:0000083)	1	156677124	201278233	Rat
2312420	Pur17	Proteinuria QTL 17	7.1	0.0001	urine protein amount (VT:0005160)	urine total protein excretion rate (CMO:0000756)	1	156677124	218753816	Rat
1354580	Scort1	Serum corticosterone level QTL 1	3.4		blood corticosterone amount (VT:0005345)	blood corticosterone level (CMO:0001172)	1	156677124	256448636	Rat
61347	Bp197	Blood pressure QTL 197	4.2		arterial blood pressure trait (VT:2000000)	blood pressure measurement (CMO:0000003)	1	158633083	203633083	Rat
2292222	Bp307	Blood pressure QTL 307	3.06	0.0014	arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	164310393	213533942	Rat
2292220	Bp306	Blood pressure QTL 306	3.47	0.00087	arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	164310393	243914901	Rat
619613	Bp77	Blood pressure QTL 77		0.01	arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	164747424	209747424	Rat
619613	Bp77	Blood pressure QTL 77		0.01	arterial blood pressure trait (VT:2000000)	diastolic blood pressure (CMO:0000005)	1	164747424	209747424	Rat
737974	Bp161	Blood pressure QTL 161		0.002	arterial blood pressure trait (VT:2000000)	mean arterial blood pressure (CMO:0000009)	1	164747558	181133855	Rat
2312558	Glom17	Glomerulus QTL 17	3.9	0.001	kidney glomerulus morphology trait (VT:0005325)	index of glomerular damage (CMO:0001135)	1	166532971	191278129	Rat
1354653	Despr9	Despair related QTL 9		0.00019	locomotor behavior trait (VT:0001392)	amount of experiment time spent in a discrete space in an experimental apparatus (CMO:0000958)	1	167909849	212909849	Rat
619614	Bp78	Blood pressure QTL 78		0.001	arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	169112897	197261052	Rat
619614	Bp78	Blood pressure QTL 78		0.001	arterial blood pressure trait (VT:2000000)	diastolic blood pressure (CMO:0000005)	1	169112897	197261052	Rat
61341	Bp26	Blood pressure QTL 26			arterial blood pressure trait (VT:2000000)	systolic blood pressure (CMO:0000004)	1	169537671	214537671	Rat
724562	Rends1	Renal damage susceptibility QTL 1		0.05	kidney glomerulus integrity trait (VT:0010546)	index of glomerular damage (CMO:0001135)	1	169537671	214537671	Rat

Markers in Region

D1Rat281

Rat Assembly	Chr	Position (strand)	Source	JBrowse
mRatBN7.2	1	169,923,731 - 169,923,880 (-)	MAPPER	mRatBN7.2
Rnor_6.0	1	185,988,399 - 185,988,543	NCBI	Rnor6.0
Rnor_5.0	1	192,957,333 - 192,957,477	UniSTS	Rnor5.0
RGSC_v3.4	1	173,757,797 - 173,757,942	RGD	RGSC3.4
RGSC_v3.4	1	173,757,798 - 173,757,942	UniSTS	RGSC3.4
RGSC_v3.1	1	173,897,043 - 173,897,188	RGD
Celera	1	167,754,585 - 167,754,729	UniSTS
SHRSP x BN Map	1	85.7999	RGD
SHRSP x BN Map	1	85.7999	UniSTS
Cytogenetic Map	1	q34	UniSTS

UniSTS:144491

Rat Assembly	Chr	Position (strand)	Source	JBrowse
mRatBN7.2	1	169,729,239 - 169,729,409 (-)	MAPPER	mRatBN7.2
Rnor_6.0	1	186,182,614 - 186,182,783	NCBI	Rnor6.0
Rnor_5.0	1	193,151,399 - 193,151,568	UniSTS	Rnor5.0
RGSC_v3.4	1	173,557,013 - 173,557,182	UniSTS	RGSC3.4
Celera	1	167,560,126 - 167,560,295	UniSTS
Cytogenetic Map	1	q34	UniSTS

STS-H69535

Rat Assembly	Chr	Position (strand)	Source	JBrowse
mRatBN7.2	1	169,910,327 - 169,910,482 (-)	MAPPER	mRatBN7.2
Rnor_6.0	1	186,001,797 - 186,001,951	NCBI	Rnor6.0
Rnor_5.0	1	192,970,731 - 192,970,885	UniSTS	Rnor5.0
RGSC_v3.4	1	173,744,390 - 173,744,544	UniSTS	RGSC3.4
Celera	1	167,741,178 - 167,741,332	UniSTS
Cytogenetic Map	1	q34	UniSTS

U32614

Rat Assembly	Chr	Position (strand)	Source	JBrowse
mRatBN7.2	1	169,729,183 - 169,729,343 (-)	MAPPER	mRatBN7.2
Rnor_6.0	1	186,182,680 - 186,182,839	NCBI	Rnor6.0
Rnor_5.0	1	193,151,465 - 193,151,624	UniSTS	Rnor5.0
RGSC_v3.4	1	173,556,957 - 173,557,116	UniSTS	RGSC3.4
Celera	1	167,560,070 - 167,560,229	UniSTS
Cytogenetic Map	1	q34	UniSTS

Sox6

Rat Assembly	Chr	Position (strand)	Source	JBrowse
mRatBN7.2	1	169,729,304 - 169,729,541 (-)	MAPPER	mRatBN7.2
Rnor_6.0	1	186,182,482 - 186,182,718	NCBI	Rnor6.0
Rnor_5.0	1	193,151,267 - 193,151,503	UniSTS	Rnor5.0
RGSC_v3.4	1	173,557,078 - 173,557,314	UniSTS	RGSC3.4
Celera	1	167,560,191 - 167,560,427	UniSTS
Cytogenetic Map	1	q34	UniSTS

Expression

RNA-SEQ Expression

High: > 1000 TPM value Medium: Between 11 and 1000 TPM
Low: Between 0.5 and 10 TPM Below Cutoff: < 0.5 TPM

	alimentary part of gastrointestinal system	circulatory system	endocrine system	exocrine system	hemolymphoid system	hepatobiliary system	integumental system	musculoskeletal system	nervous system	renal system	reproductive system	respiratory system	appendage
High
Medium			19	15	10	15	8	9	52	8	8		8
Low	3	43	38	26	9	26		2	22	27	33	11
Below cutoff

View RNA-SEQ Expression Data

Sequence

Nucleotide Sequences


RefSeq Transcripts	NM_001024751	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006230087	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006230091	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006230092	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006230093	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_006230094	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017588968	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017588969	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106301	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106304	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106313	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106327	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106328	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106334	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106338	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106343	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106354	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106360	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106363	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106374	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_039106377	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285244	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285245	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285251	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285274	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285275	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285278	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285280	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285281	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285282	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_063285283	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
GenBank Nucleotide	AC128610	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BC097403	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CH473956	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	JAXUCZ010000001	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles

RefSeq Acc Id:

ENSRNOT00000048020 ⟹ ENSRNOP00000044088

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
mRatBN7.2 Ensembl	1	169,729,194 - 170,231,022 (-)	Ensembl
Rnor_6.0 Ensembl	1	185,673,177 - 186,182,829 (+)	Ensembl

RefSeq Acc Id:

ENSRNOT00000079072 ⟹ ENSRNOP00000068898

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
mRatBN7.2 Ensembl	1	169,729,194 - 170,050,118 (-)	Ensembl
Rnor_6.0 Ensembl	1	185,863,043 - 186,182,828 (+)	Ensembl

RefSeq Acc Id:

ENSRNOT00000094350 ⟹ ENSRNOP00000079879

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
mRatBN7.2 Ensembl	1	169,729,194 - 170,277,386 (-)	Ensembl

RefSeq Acc Id:

NM_001024751 ⟹ NP_001019922

RefSeq Status:

PROVISIONAL

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,163,565 - 179,665,371 (-)	NCBI
mRatBN7.2	1	169,729,193 - 170,231,022 (-)	NCBI
Rnor_6.0	1	185,673,177 - 186,182,830 (+)	NCBI
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI
RGSC_v3.4	1	173,556,966 - 174,069,437 (-)	RGD
Celera	1	167,560,079 - 168,058,656 (-)	RGD

Sequence:

show sequence

TTAGGTCTGAAAAAGGAGCAATTCTTGTGCTACATGAGACAGGAAAGATTTCCATGGCTTTGTC
ACTTTCATGAATTCAAAGGCGATTTACCAGTGACTTCTGGGTGCTGGGGTGATCCTCGTGTATA
ATTAAGAATGTCTTCCAAGCAAGCCACCTCTCCATTTGCCTGTACAGTGGATGGAGAGGAAACA
ATGACCCAGGATTTGACCTCAAGGGAAAAGGAAGAGGGCAGTGATCAACACCCGGCCTCCCATC
TGCCTCTGCACCCCATAATGCACAACAAACCTCACTCTGAGGAGCTGCCGACGCTTGTCAGTAC
CATTCAACAAGATGCTGACTGGGACAGCGTTCTGTCATCTCAGCAAAGAATGGAGTCAGAGAAT
AATAAGTTATGTTCCCTATATTCCTTCCGAAATACGTCTACCTCACCACATAAGCCTGACGAAG
GGAGTCGGGAGCGGGAAATAATGAACAGTGTTACTTTTGGAACCCCGGAACGCCGCAAAGGGAG
CCTTGCCGATGTGGTGGATACGCTGAAGCAGAAGAAGCTGGAGGAGATGACTCGGACGGAACAA
GAGGATTCCTCCTGCATGGAAAAACTACTTTCAAAAGATTGGAAGGAAAAAATGGAAAGACTAA
ATACGAGTGAACTTCTTGGAGAAATCAAAGGTACACCTGAGAGCCTTGCAGAGAAAGAACGGCA
ACTCTCCACCATGATTACCCAGCTGATCAGCTTGCGGGAGCAGCTCCTGGCAGCGCACGATGAA
CAGAAAAAGCTGGCAGCCTCGCAGATCGAGAAACAGCGGCAGCAAATGGACCTTGCTCGCCAAC
AGCAAGAACAGATCGCAAGACAACAGCAGCAACTTCTACAGCAGCAGCACAAGATTAATCTCCT
GCAGCAACAGATCCAGCAGGTTCAGGGGCACATGCCTCCGCTCATGATCCCAATTTTTCCACAT
GACCAGCGGACCTTGGCAGCAGCTGCTGCCGCCCAACAGGGATTCCTCTTCCCCCCTGGAATAA
CATACAAGCCAGGTGATAACTACCCCGTACAGTTCATTCCGTCAACAATGGCAGCTGCTGCTGC
TTCTGGACTCAGCCCTTTACAGCTTCAGCAGCTCTATGCCGCTCAGCTGGCCAGCATGCAGGTG
TCACCTGGAGCAAAGATGCCATCAACTCCGCAGCCACCAAACTCAGCAGGGGCGGTCTCACCTA
CTGGGATAAAAAATGAAAAGAGAGGGACCAGCCCTGTAACTCAAGTTAAGGATGAAACAACAGC
CCAGCCACTGAATCTCTCATCCCGGCCGAAGACAGCAGAGCCTGTGAAGTCCCCAACATCTCCC
ACCCAGAGCCTCTTCCCAGCCAGCAAAACCAGCCCTGTCAACCTGCCAAACAAGAGCAGCATCC
CCAGCCCCATCGGGGGAAGCCTGGGGAGAGGATCCTCTTTAGATATACTATCCAGTCTCAACTC
TCCTGCCCTGTTTGGGGACCAGGACACAGTGATGAAAGCTATCCAGGAGGCTCGGAAGATGCGA
GAACAGATCCAGCGGGAGCAGCAACAGCAGCCGCACGGAGTTGATGGGAAGCTGTCCTCCATGA
ACAGCATGGGGCTGAGCAACTGCAGGAATGAGAAGGAAAGAACACGCTTTGAGAACCTGGGTCC
CCAATTAACAGGAAAGTCAAGTGAAGATGGAAAGCTGGGCCCTGGTGTCATCGATCTGACTCGG
CCAGAGGACGCAGAAGGAAGCAAAGCAATGAATGGCTCTGCAGCTAAACTACAGCAGTATTATT
GTTGGCCAACAGGAGGCGCCACTGTGGCTGAAGCACGCGTCTACAGGGATGCCCGAGGCCGTGC
CAGCAGCGAGCCCCACATCAAGCGACCAATGAATGCGTTCATGGTTTGGGCAAAGGACGAAAGG
AGGAAAATTCTTCAGGCCTTCCCTGACATGCATAACTCCAACATTAGCAAAATCTTAGGATCTC
GCTGGAAATCCATGTCCAACCAGGAGAAGCAACCTTACTATGAAGAGCAGGCCCGGCTAAGCAA
AATCCACCTAGAGAAGTACCCAAACTACAAGTACAAACCCCGGCCGAAGCGCACGTGCATTGTG
GACGGCAAGAAGCTCCGGATCGGGGAGTACAAGCAGCTGATGCGCTCACGAAGGCAGGAGATGC
GACAGTTCTTCACTGTGGGGCAACAGCCTCAGATTCCCATCACCACAGGAACAGGTGTTGTGTA
TCCTGGTGCTATTACTATGGCAACGACCACACCATCACCTCAGATGACATCTGACTGCTCTAGC
ACCTCTGCCAGCCCAGAGCCCAGCCTCCCTGTCATCCAGAGCACGTATGGTATGAAGATGGACG
GCGCGAGCCTGGCTGGGAACGACATGATTAATGGCGAGGATGAAATGGAAGCCTATGACGACTA
CGAAGATGATCCCAAATCAGACTATAGCAGCGAAAACGAGGCCCCAGAGCCTGTCAGTGCCAAC
TGAGGAGCTTTTGTTTGCTGAATTAAAACACTCTGACATTTCGCTCCCTTTCCCCAACAACAAC
AACAAAGTTCTTAAAGAGCCCGCATGCATTTGTGGCTCCACAATACATCAGCAGAATGGTCTTA
ATTGCTTCGTAACGTGTGAGACAGATGACGTTTTCCTGATTTTTCATAAACTTGAGTTTTTGTC
GTTACCGTTAAAAAAAAAAAAAAAAAAAAAAAAAAA

hide sequence

RefSeq Acc Id:

XM_006230087 ⟹ XP_006230149

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,485,821 (-)	NCBI
mRatBN7.2	1	169,729,392 - 170,051,487 (-)	NCBI
Rnor_6.0	1	185,851,620 - 186,186,192 (+)	NCBI
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI

Sequence:

show sequence

CTAGGCCAGCAAGAAAGCCTATTTTAAAAAGCAAAGGTCAGAGCAATGAGGTAGTTCAGTTTCA
CCACCTGATGACTTGAGTTTGATCCTGGGACCCACATAGTTGGAGAGAATCCATACTAGTGGTG
TCTCTCTCCACCAAACTTGTGTCAGGATACATGCATGTGAACACACATACTAACTAACTATGCT
AAAAAAAAGGACCAGTAATGGCAGAGAAATCCCAGCTGAGGTTGTCTTCCTCATGCCCTACACG
GAACAGGCGTACATATTTACACACCACCACCACCACTACCATAGAGCAATCGACCATTCAGTCA
AATATTATCGAATTAAAGAGACTTTTGTCTTGTACTATCAAACAATCAAGGAAGCAATATAAAC
CAATTAAAGTAGTGGGATTGTCATTTAACAAATACTCTTACAATAACGATAGCTAAGCTCCATG
CTTATCCTGGACAAGATATACTGTGCTAAAGATGTGTAAGCATGGTGCATAGTTTAATCTTCTA
TGTAATTTCCACGAGATATGTTTTATTATATTTTATGATTGTTGATACAGAATATGATACACAG
AGGTCAATTATGATCTCAAAGCTAGTAGGATAAGAATGAGTCATAGCAGGCAGACTGTTTAGAA
TGCTAGGCTAGAGAGCACTGATGGTGTTGGGTTGTTAAGGGCGAGATTTTGGTAGGAAAGGATG
TGTAATGATGGTCTCTATTGGAGTTCAGAGTGAAGTCAAGACCACATGTAGATGGATTTAGGAT
GTGTGTTGCGCAGTATTTCCATCTGTGATGTATCCATTCTTTGGAATTTAGGGTCTCTTATCAG
GTGTTCACTGAAGACATACTAGATGTATGCCATGGCTCTGGGGACACATCTGAGAGCCAAAGAG
AAAATCCAGCCCCCAGGAGCTTACATTTTAGCAGAGAGAAACAGGCAACAACAGAAAGGTAACC
TCAGAAAGTAAAGTAATATATTCTAGGTTAGAAAAGAAATTCTATGGAGCAGAGTAAAAACAAG
AAATGAAGACAGAAAGAGCAAGTGTTTAGGCCGATGGGAGGCAGAATTCTAGGCAGAGGGGCTG
CCAGCCCAACGACTCCCTCCCTCAAGAGGGGTAAAAATGAACCCGTCTATTCCAGAACAGAGGT
GAGGGCCAGAGGGACTGGAGTCAAGTGAGTGGAAGGAAGCAATAGGAACCAGAAGATGCAGAGA
CATGCAACTGGACATGTGGAATTTTAGTTATTTTAAAATTTAGTGTACAAAATATTAGATTATA
CTGTAATGATTCATATATATTTATATATACATATACATGTAAAATAAGAATGCTGGGCATCCTT
ATAAGAAGTTTTATTTTATTTGTTTCACTATGTAATGGAAGCAGCCTTGAGTTTCTGTAATCCT
CCTGCCCCAGCCTTCCACATGCAGGGATTACACACTTTGCCCCATCTCTAAGGGCTCTAAGAAG
TTCTAGGAAGGCTCTGCACTTTTGGTGAAAGTTGCAGGTGTTGTGATGGTCTATTCTCTCACAT
TTGTCCTGAAAACTTGGTACTTGTGTTACATTTTATCTTGACAGTGGGTTAGGCATGGAAAAGA
CATGGAAAAAACAGGGCTGTGGCTGTAGCTCAGAAGTAGGGCCCTTACCTGTGTGTAGGTCCTA
GCATTGCAAACAGACAAACAACAAACCTAAAGCAATAGCCACAAAACCCAGATGGAGAGCTTGT
ATACGGTAACTCCAGGGTACAGAAGAACCCCTGCCCTGTTAAACAGTGATTCATCGCCAAGAGC
ACATTTTCCCGGTAAATGTGTACAGAGCCCAATGTAGAAAGGAACTGTGATAGGCCGTAGCTTA
TGAAGTAATTTGTTCTCCGAGCCACTGAATAATAAAAACAGCAAATTTAGGCCCAGATATAAAT
CTTCGTCTTGCAATTTGCTTGCAATGTTCCTTCTCAATATCAGTCTGTTGTCTGCAAATTGGAT
ATAATGTTCCCTACAGCTGTCATAGACTCGGGAAGACTAAGTAAGAACGCCCTTTCATTTCTTT
CTCTACTTGAATTCATTCTTTATGACACAAGAAGCACTTCTATGTGTGTAGGTTGGTGGAATTG
TATGTAGATCATTTTATAATTGGCTCCCTTTGCAGAATGTCAGGAGGTAAGAATGGAGAGACCT
CTCTAGCCATCCTAGCAGCTGATTAAACACTGTGTGGGAGAACGGGGAAGTGGGAAGGGTGGCA
GATGAAACCCTGGCAAAGAGAACAGTCTGATCCCAGAGGACATTTGCAACAACCGCCTGGGCCC
TTTGGCTAGACTCAGAGCAGCCCAGGGCAAGAGGCCTGCCCCTCAGCACACCATCCAAACTGTG
TGCGTTAAGGCTTGGCTTTAATGAAGTCATGACCACTTGTTCAGCTCTGCATATGGCTGGATGT
GATTCCCAGCTGCCCTGTGAGTTAAAGTGTAAACAATGAGTAGATTGTTATGTTCTCCTATTAA
GCTCAGAGTGTGATCTCATGTCTGTGCCACATATGTCTACCACTAGAAATGTCCCTGCTCCTGA
TCTCATGAAAGGGAATTAAAACTGTGTCTGAAAATGTCTGAGTCTGCTAGTCTGAGGGCTTTTT
CCTCATGTTTACATTGAAAACAAAGAATGATATAGAGGTATAAAAAGTCATCATCAATAGGTGT
CAACATGACACCAGAAAGATAATATATGCTAGGATGAACATTTTTTACCTTAGGACTAAGACAT
CCATGCATGTGACATTTTCTCAGAATACAATACCCTTGTAGTCTACAGTCGTAAAGAAGGCTGA
AAATTCCAGGATCTGAAATGTATGCAGTGCTGGACAAGTAACCCATCCACAGAACTGTTTTTGC
CCATTGCTAGCATGTCGATTAATTAGTGTTCTAGTTTTTGTTGTTCTATATTAATCAGAAATGC
TATCATCTGTGCATGTGTTTACATTTTTAAGGGTAGCATATGTGTACTGGTCAGTGACATCCTT
GAATGTCAGCCCTATAGCCTTCTCCATGGTTTGAGACAGGATCAGGTACATCCAGCTGCTACAT
ACAGAAGGCTAGCTGGCTTACCAGCTCCTGGGGATTCAATGGTCTCTGCCTCCCATTTCACCAC
AGGAGGCTTGGGATTACAGGTGTTTGCATTATCTTGTCTGACTTTATGTGTGTTCAGAGAACTC
AAACTCAGGTCTCTACAGTTGCACAGCCAGCATGCAGCCATCCATCTCTTCAAGCTCTGGGATG
ATGTTTGTGCTGTTACTCTTTTATATGATGAAGGTTTCAAATGTTGATATAATGAGAATGCTAA
GTGAAGACCAGGGATTTGAAGTTCTCTAGAAGGAAACATTTATTTTTGATAATGTCAATTAGCA
TTCTAGATAATCCAAGGTATCTGTCTAATTTTGCTTATTCTTTGTAGCAGTTCTAAAGTAAAGC
CATCCCCATTCTACCAATGAGGAAGGGGAAGCTGAAGAAATTTAAATAACCTCTTGAGGTTGCG
AAAGACTGGTTTCTTACTAGGGTGATCTAATGTCTCTATGTTGATATTCTTGTTGTGCCTCAGT
GCTTAAGTCTTTCCTAAATTCTATGCAAGATGGCTTCCTGATCTCTAAACTTGGTAGTAGTTCT
GAGTACTAATACTCATATTACTCTCACTGCTTTTTTCCACGTGTGTACATGCGTTCTACCTTTC
CCATTGATGCTATGTCTGTTAAGCTGTGGTCTCTACCTGGCTGCCATGAAACTGTTATCCCTGT
TTACAGGTGAGTAGAACAGACAGAGAGGGTGTTGATTTTCCAGGTTAAACAATTCTCAGAGACA
AACCTAGTAATCTCTTGTCCCCAGTTTGGCAATCCTGTTCAAACTCTGCTGTGTATCCTCAGGG
AGGCTGACTTAACACAGAGAACAGTGACTGTACAAGTGTCAAAATATTACATTAGCCAGTCTAA
GGAGTAGTGTTTTTCTTTCCCTAAAAATGCAAGTCTTTGGGAAATTCTCTTGGGGGTAGGGGTG
GGGCTTATCCTGCAAGTCCTGCCACTGTATCTAGGGAAAGGATATTCAGATAGAGTTATTATTG
TTATGGATTAAGTGTAACAGATTCCTGCTGGGGTCTGCTAGGCCAGGGCCTTGGTTTCAGAGCT
CTTAAAAATTCTCCAGCTTAATTGAACGGAGAAGTTTGGGAGTGGAAGAAGAGTTTGGAAGGGA
AAGTTTTCTTGTAGGTGATAATTACAAATGCTGCACTCTAGTAGCATTGCATCTTTTCAAACCA
TGGGGTAAGGAAACCACGCAATCCATCTATGACTGCTGTCTAGTAACAGGGAAGCCTGGTTCTG
TAGTGGGTAGGTATGGTTACTCTTGGGTGTTTGTGCTGGAACCACCATGAAGTAGCTGTAGATT
TGGCACAAATTGCTTCCCTTCTCTGATCAGCCCTCACTTGGCAAGCAAGATAGTAGGGTTTGAC
AGCTTGTTTGGTTTATTTTGTTTTTATTGTGAGACAAGGACTTATGGAGATCGGCTTTAAGTTG
GCTGTGTAGCTGAGGCTGGCCTCTGTCTCCTGAGTGTTTCAGATGAATTTTATGTGTACTTTTA
TTTTTCAATGGTTATCTCTTGATGCCAAGTATTGAAAAATTGAATGTTAAACCATATTTCTGAT
AAGAATAAGCAAAGATATAGAAACTTGCTATCAAAAATAATGTAGCAACATAAGTCCTCAAAAA
TATGGCCTTAACCTGTTTTTAAGAAAAAAAAAGTGTTCCTCCCCCCATTATGAGTTTATAAACC
AGCCCTAGGTTAGGCTTCAGACCTTATTTCTTCCACTCACTTCAGTCTAGCCACAGACCATTTA
TTTAACAATGGGAATCTGCCTGTACATCTCGAACAACGTTTGTTTCTATTTACTTAAACCCTTT
TTAAGGTCACTGGACCATATGTCAGATCCCGAGGCTGGAAGGCCCTCCTTCCTTATGGTGAGGA
ATGCCTCACCACTGTGGACTACGAAGTTCATAAACTCTTTTTGTTAGCAGTGGGACCACAGAGT
TGGAGGGCACCTGGGAGGTGCCTTCACTTGAACTTAGAAAGCATGTTATGGAAGTGACTAAACC
TGCTTTATCTGTGGACTCCAGAATGGTGCTACGTACAGATCCATATTTACCGGTTAGGTAATAA
GAGAATAGCGAGGAGGATACTTGCGTTAGGCAGCACTTTTCTTATCTACAGCCTTGTGCTCACA
TGTCAAACTGGCAAGGTGCCCAGGCTTGTGGGCATCTCCATGACAAGAGAGATAGGTGCTCTGG
GTGGTTTGGTGTGGCCATTACCACTCTGGCAACTTCTGAATGGATATGTGATGTGCTGTTGCTC
CTTGTGGAATGTGAAGAGTTCCATATGCTGAGAAGAGTCAATGCGCACAGTAATCTCTGCTTCC
CGAAAGAGAATGTTTGTGGTGTAGAAGGCCTCAGCTCAGGGATAGCGTTCTCTGCTTGTACTGT
CAGGTTCTCTCTTGATCTCCCTCTTCCTTAAGAAGGATTAGGCACCCCGCAGTGTTTCTGTACA
TGCTTGCTGTATGTTACCTCCTTCTGGAGCATTAGCATCTTGTTCCACATGGGGAAGTGGCTGC
ATTTTCACTGTTCTAGTTTTCTCTGAGCAGAGCAGTGGCAGGGACTCGGTCTGTTACCCTGCTG
TTCCTTAGTCTGGGGAAAGGACAAGTGAGTTTAGGGAGCAGTGGGGATGCAGAGCCTGGAGGGG
AGTGTTCATTACTTGCTATTGTTCTCTCTAGGGGAAAGGTATGGACCTGGCTTGATCTGGCCAT
TGTGTACTTTTGTCTCAGTAGCTTTTCTTCCCTTTGTAAGGAGCCCAGGGACTCACATTCTTCT
TTTCTTCGGGAGGAACCACATGGTAAAGGGGGCAGTATTTTTGTTCTTTTCCTTTTCCCTTTTT
TTTTTAGATAAAAAGGGAACATGGGTTTTACTCTGGGCTTCACACCTGCCAGTCCGCCTGGGTA
GATGAGGAATGTTGTCCTCTCTGAACTTTGTCTGTAGACGATGATGGTTTAGTGAGAAGACTAA
TCACCGAGATGCTGGGGAAAGTAGAGGAAATAGTATTTATATGGGCTGTGAAAGTTGTAAATTA
TAAATTTATCTAAACACAAAGTGCAGTCATTTTTGTTTTCCAATATCTGTACTCTTAGGGATTT
TGCTGAAGTGAGACTGGTTTTTTCCTGACTTTTGCAACTACTTCCTCAGGCACAAGCCAGTTGG
TGCTCGGCACTGCCCCAGCCTTTCCTTGGTGTCTTCACCAGGCAATCACTCTGACCCTCACAGC
TGTTGTGTGTCAGTTCCAGGAGGGTGCCTTGTGCTCGTTTAGGATTACAGAATCTGGTATTGAG
TTTCAGTTTTTAGCGAACAATGGCTGATCATTCTGAGGTATGCTACGATTTGGTGTATTCCTGA
GAGGATGACGTGGGTGCTTTATAATTCACAGAAACTTGTGCAAAAATGGCATACTTGACACTCA
TTCTTTTTAAAGAGGAATACATCTCATTTTCTTGATTTCTTATTTTCCCAGTGGTTTCTTTTGA
TACCTGCTGTTTAGATTTTCCACCCTTCCCTTCACATCGCCACACTTTGCAGCAGGAACAAAGA
ATGTTTTTACCATTCTTTCCTAAAGTATAAGAATTTCTCAATGTTGGAACAATATGTTCCAGCA
ACGTGGAGCTACAATACACAGAGACAGTGTTGAAAAGTAGTTAAGGACATGCTGCCTTTGGAGT
GAGACATGTGGGTTTGTTAGGATGGAACTTGGACAGATTTCTTAGCTCTTTTTTTCTTATTTCC
TTCAGTTTCCTTTGTAAAATAGGGTTGAAGAACCTATAGCATTATGTTATATGACAGATGAATT
TGTATATATACATACATTCGTATAGAGAATTAGCTATTATTTCTGCCATCATTCAGAAAGTCTT
CCTACTATTAAAGTACTAAAGTCATTCCACACCTTGTTCATGCAGCTAGGAACCTGTCATTTTT
CTTGGGCATCAAACCTCACCAGGTATAATTCTTCTATCTTCCTGAAGCTGAGTGTGAAGCATGG
TATGTTTGGATGGTACAGATTGCCCATGAATTCTGCCAGGGATGTATCCAATGTTATCTGTGGA
GGAACACAGCACACAGACAGAAGAAGAAATAAATATAAGTCTATCTTGATCAAGTTAAATGGCT
ATTATATAAATAGTTGCAATAGGAAAGTCACGAAAGATTGATGCTTTCCTGAAGAGCTTCTGGA
GAAGTCAAGCTATCAGCTGAGCTTGGACAGTGGATCTGGAAACAGGGAGGTGTGTGGAAAGCTC
AGGGTGTTGGGAGTGGACAGCTGGTGCCAAACAGAGCAAGGACAGGATGCTGCATGTGACTTCC
TGTGTGGGTGCAGTGAAGTTACTTAAGTCCCTGAAGCTTCAGTTTTCTCATCTGTGAAGTGGGG
ACAAGGATACTTGCCCATGCAAAGCAACTAGTGTAGCTTTTGGTATGATTTATATTTGGGAAAC
AGGATCACTTTCTATACACTCCAACAGCTGAAGGTGTGGGAGTAATACCCCAGGCAGATAACCA
TAGCCAAACTACTGAACTACTTTAACATGGATTGTTTGAAAATGAGTTCAATTTTGTCTTTATA
GTTGTTTTGAGACTGTAGAGCTCAGGCTGGCCCTGAACTCTGTATCCTCTTGCCTCAGACTTCT
CAGCTGGAAGGAAAGATGTGCACCACCTCTCTGGCCCCATAAAAGGGGATTGATTAGTAGGTCC
CTTGCAGAGTTGTTTGGAGACTTAATGAGGTTCTGTGAAGATAGCTAGTGAGCTGAGCATGCAG
TAAGTTCTCAAACCCCAGCCACTGCGCCAGCCATTTCTTCTGCAGTTCTGCTTTCTTGCGGATA
CCTTCTTGGCTGTTTTTCATCATTTCCCTACCCTCTGCTCTTCTTTTCATCTGTCTTCTTTCAA
CAGCATTTATCAGTGGTAGCTGGAGACACTGAACACAGAGGCTTGGAAGAATGTGGAGGTAGAG
TAGCTGGTTGGCACCACACGCCCAGCCGAGCAGATAAGGAAGGGCAGCTAGACACACGTAAGCA
CCGCAGCGGGAACATAGGCACACATGCACCCCTTTGACCGAGGAGCCATCCTTATTAAGGCCAC
TGAGGGATTTTCTTCTTAAGAGGAATTCTGACCACACTGCTCCCTTGGTTAAATTTCTTCATCA
GCGTGTTATCTCCCAGAGTTTAAATCCTTCCTGCCTGAACAGCATTAGAATCCTTTCTGCTTTG
TTGTCTGCCTGCCTTTCCAGACAACCTGAGACATCCTGTATCTCTAGAGGGTGCTTTGAAGTTT
GCTTTCCCAGGGTGCCTGCACACACTATGGAATCTCCCTTTTCCACCAGACAAACTTCTACTCG
TCCTCCAGGAACCCACTGACTGGGACATCTGTGTCACCTTTGATTTCTCCAAAATTTGCTATTT
TCTCTTTTGGGTTTCTAAAGTGTTTCTCTAGAGCACCTATGTATGTTGTCTCATAATGATTTAT
GCTCTAGTTCTATTTATTGCTCTAGCAAAAAGCAAAATGGTCCCCTACTTACATTTGCTCAGTT
TATAATCTGATATCTTTATTATGACACAAAAATGTTGTGCTCTTACTAGAAGCTGTATTTCAAA
TATCACATGCAGTCCCTCTTATCCAAGGATAGCAGCCTGAGGTGTGCTGAACTCTGACCTTCCT
GTGGTACAGCTCCGTAGCAAGTACCACACAGTTGCTAAGCCCTGCTACTTGATAGGTGAGGTGT
ATAAAATGCAGTTTTGACTTGTAAGTTTTCAAGTCATGGACTCATCAGTTAAATTCTGTCACAA
GGTGAGGCACATGTTTACCAGATATGACAGTATTATATACCTCTGAGTTCGGCAGTCATGATAG
TTCATGAGATGGAGCAAGCAGTCAGTGTTTGCATGTTAAATAAAAGAGGTGGGGACTCAGGGCT
GCTGATTTCTCACGTGGCTAGCCAAATTCTAAGGATTACCGTGAAGACACTGTCTCATAGATCC
TGTTTTGTATGAAGAATTCAGAATGGCAACAAACATTGTATTTTCCTTTCTCCATCAGATCAGA
CAATGATCCCTTTCCTTTAGAATTCAATGACAAAGTTTCTAACATTCAAAAAGAAGCCCCACTA
GTTTTCTTTCTTCTAGTGGACTGTTTCCCAGATCATCTAGTCTACAACTCTGGCAGAAGCTGAT
GGTCTGACAGTAGCCTCATCTCTGGTTTTTCTCCAGGGTGGAGACAGCTTGACCTGGACACCGT
TTACTGTGTGTCGTGGGACTCTCCTATGGGCAGAGCCATCAGCACATTCACAATAAAACTGAAT
TTCCTGTAGTGTATGCTTCTTAACAGTAAAACAATATAACAATTCACCTGAGATTGTACAATTT
GAAAGAAATGGATGGAAGGAAAATGGCAGGGAGGTTAGCCTCCCACTTGTGGTTTATTAGCTCT
ATGCTGTGTTTAATGCTTTATCAGGATCAAATTTCTTTGAGAAGAAAACTGCTAATGTGGTCAG
AGATATCTTTTGTTCCAGCTGGCTCTGGCCATTTTGGGGAGTAAATCAGCTCTTTTTTTTCTGT
ATACACTCTGCTTGGGAGCTGTAATAAGGGAGTGCATACTGCAGTGCGGTGACCTTCAGCCAAC
CAGAGAAAGACACTTCTTCTAATCAAAGGCAAAAGCCACGATCTTTCTTGTTGTAACTTACTGT
TGACACAAGAAAGGCCAGAGAGATTGACATCAATCTCTATAGAAACCATTAACCAATGCTGAGT
AAATCTGCAGCATTGAATCCATATGCATGCTTGCTTTTATTATTCTTGACCTATGGGCACACGT
GAGCATTTTGTGGGCTTTGTTTTAAAAGGAATGTTTAAAATGTAGCTAGTTATTATGGGATTTC
GTTGGTGAAATAAACTGTTTGGGTAGTCTAAATAAAGGAATATGTATTATTTTGCATCTCCTAA
GCATTATTTGCTTAGGTGTGGCTTGGCTTGATTCCAAATTAGCACCCGGCAGAGGCTGTTGCTT
TAGCTGGGTGTAGCAAAAACCAAGTAATTTTATATATGTTTTCCAAATGATGTGCGAGTCATGT
GTATATTTGATTCTAACTGTGACTTTATTTTTTGGCTTCTACTCTTAAAAAAAATTCCTTAAAA
CCTTAACAATGACTGTGTTGGCTGTAGGGACATGTGTGTCTAAGAGTCTCTTAGATGTCCCAAA
CTCAGGTGGGTAATACTTGCCGGACAATTGGTCACCGTGTGCTTAGCAGAAACAGGCTCTGTAG
TCAGAGCTTCAGTGTTTGGAGCTCTTTTTCCTGACTCCCCCGCCCTGAAATCTCAGCTCTGGTT
GAGGAGGGCGAGGAAACAAAAATGCTTTTCATTTTATTCTCTGCTGTACATTTTCCAGTTTGGG
TGACTAAAGCTGGCCAGGGTGCCTATTTTTGGAAAGAGGAATTAAGATACTTTGGAGAAAGTAC
TGCACTGTGTGCTGGCATTCCAGATGGCCAAACTAGAGTAGAACCAAGCCCAAGGTTTTGAGGC
TTTCGTGCCAACGATGACCTCATGAGGTCCAGCCTGGAGAAAGAGAGACATAGTTCTCCAACAA
TGATGGAGAATGGCTTCTTCCTTTCATATTTCTATTGAGTGATCTCCAGTGTCCTTCTCTTTTC
CTGTCTCTGACAAAATTAGCCCTTTATAATTAACAATTGTTAGGTTTTTGGCTTGTCTCTCAGA
CTTCTCTTAGAGCCCCTTTCACCCCATCTACCCATTGTGTCCTCTCTACCACACAGAAAAAAAA
CTGTGATATTTTTCTCTTTGGCATTCCTGTCTTTTCCTAGCAGGCTTTTCTAGTGGGGACTGTG
GGCGATTTTACACTTGATTTGTTGAATCTGAACTCTTTGCTGTAAACTCTCACACACAGAAGGA
GCTATCTTTATAAATGACAGAACGGACCAGGCCTGAATGGCGCTTTGTTTACTGTTTTCCTAAA
AGGGGCCCCTCTATATTTCATCTGTCAAAGTTGCTTTTCTTTCTTTCAACAATGCTTGATTGTT
TTCACAAAAATTCAGGTTCCATAGACAGGAGAATTCTGTATTATATTTTCCTGCCAAATTCCGA
TCTCTGTTTTCCTTCCCCTGTGCTCACAAAGGGCTCATAACTTACTGTCAACTGTGGGCCGACC
ACAAAGCTCCACTGTTGCTCAGCAAATAGGCTCTATTGCATGATGGCTTGACTAGCTTGTAAAG
TTTGCTTAACTGGAGCAGCAGTGGCAGGAGGCATGTGGGTGCTGTATCTCCCCACAGGCCAGGA
GTCTTCACTGCTCCCATCAACTTTTATGCTTTTAACTCTTTTAATTGTTGAACAGAATTGACAC
TGCTTTGTTTAAGCAGAGTAGATGCAATTTAAAGCCCCACGGCTGCATTTGGTAGCCCGGGACT
CAGGAGAAATTAATTAGTTTTTTTGTTTTGTTTTGTTTTGAAAAAAATTCTTTTTGGTTGGCAG
TTAGTGTTTTTTGTGATTTGGGAGGGTGTCAAAGGGGTATGCCCTCGAGTTCTGAAGTTCTGGC
TGATGTGGCAAGAGAAAGTCGGATTGAAGAGTGGAGGAACAGCTACTTCGTAAGAATGTCTTCC
AAGCAAGCCACCTCTCCATTTGCCTGTACAGTGGATGGAGAGGAAACAATGACCCAGGATTTGA
CCTCAAGGGAAAAGGAAGAGGGCAGTGATCAACACCCGGCCTCCCATCTGCCTCTGCACCCCAT
AATGCACAACAAACCTCACTCTGAGGAGCTGCCGACGCTTGTCAGTACCATTCAACAAGATGCT
GACTGGGACAGCGTTCTGTCATCTCAGCAAAGAATGGAGTCAGAGAATAATAAGTTATGTTCCC
TATATTCCTTCCGAAATACGTCTACCTCACCACATAAGCCTGACGAAGGGAGTCGGGAGCGGGA
AATAATGAACAGTGTTACTTTTGGAACCCCGGAACGCCGCAAAGGGAGCCTTGCCGATGTGGTG
GATACGCTGAAGCAGAAGAAGCTGGAGGAGATGACTCGGACGGAACAAGAGGATTCCTCCTGCA
TGGAAAAACTACTTTCAAAAGATTGGAAGGAAAAAATGGAAAGACTAAATACGAGTGAACTTCT
TGGAGAAATCAAAGGTACACCTGAGAGCCTTGCAGAGAAAGAACGGCAACTCTCCACCATGATT
ACCCAGCTGATCAGCTTGCGGGAGCAGCTCCTGGCAGCGCACGATGAACAGAAAAAGCTGGCAG
CCTCGCAGATCGAGAAACAGCGGCAGCAAATGGACCTTGCTCGCCAACAGCAAGAACAGATCGC
AAGACAACAGCAGCAACTTCTACAGCAGCAGCACAAGATTAATCTCCTGCAGCAACAGATCCAG
GTTCAGGGGCACATGCCTCCGCTCATGATCCCAATTTTTCCACATGACCAGCGGACCTTGGCAG
CAGCTGCTGCCGCCCAACAGGGATTCCTCTTCCCCCCTGGAATAACATACAAGCCAGGTGATAA
CTACCCCGTACAGTTCATTCCGTCAACAATGGCAGCTGCTGCTGCTTCTGGACTCAGCCCTTTA
CAGCTTCAGAAGGGTCATGTATCTCACCCACAAATTAACCCAAGGCTAAAGGGCATAAGTGACC
GTTTGGGCAGGAATTTGGACCCCTATGAACATGGTGGTGGCCACTCTTACAACCACAAACAGAT
TGAGCAGCTCTATGCCGCTCAGCTGGCCAGCATGCAGGTGTCACCTGGAGCAAAGATGCCATCA
ACTCCGCAGCCACCAAACTCAGCAGGGGCGGTCTCACCTACTGGGATAAAAAATGAAAAGAGAG
GGACCAGCCCTGTAACTCAAGTTAAGGATGAAACAACAGCCCAGCCACTGAATCTCTCATCCCG
GCCGAAGACAGCAGAGCCTGTGAAGTCCCCAACATCTCCCACCCAGAGCCTCTTCCCAGCCAGC
AAAACCAGCCCTGTCAACCTGCCAAACAAGAGCAGCATCCCCAGCCCCATCGGGGGAAGCCTGG
GGAGAGGATCCTCTTTAGATATACTATCCAGTCTCAACTCTCCTGCCCTGTTTGGGGACCAGGA
CACAGTGATGAAAGCTATCCAGGAGGCTCGGAAGATGCGAGAACAGATCCAGCGGGAGCAGCAA
CAGCAGCCGCACGGAGTTGATGGGAAGCTGTCCTCCATGAACAGCATGGGGCTGAGCAACTGCA
GGAATGAGAAGGAAAGAACACGCTTTGAGAACCTGGGTCCCCAATTAACAGGAAAGTCAAGTGA
AGATGGAAAGCTGGGCCCTGGTGTCATCGATCTGACTCGGCCAGAGGACGCAGAAGGAAGCAAA
GCAATGAATGGCTCTGCAGCTAAACTACAGCAGTATTATTGTTGGCCAACAGGAGGCGCCACTG
TGGCTGAAGCACGCGTCTACAGGGATGCCCGAGGCCGTGCCAGCAGCGAGCCCCACATCAAGCG
ACCAATGAATGCGTTCATGGTTTGGGCAAAGGACGAAAGGAGGAAAATTCTTCAGGCCTTCCCT
GACATGCATAACTCCAACATTAGCAAAATCTTAGGATCTCGCTGGAAATCCATGTCCAACCAGG
AGAAGCAACCTTACTATGAAGAGCAGGCCCGGCTAAGCAAAATCCACCTAGAGAAGTACCCAAA
CTACAAGTACAAACCCCGGCCGAAGCGCACGTGCATTGTGGACGGCAAGAAGCTCCGGATCGGG
GAGTACAAGCAGCTGATGCGCTCACGAAGGCAGGAGATGCGACAGTTCTTCACTGTGGGGCAAC
AGCCTCAGATTCCCATCACCACAGGAACAGGTGTTGTGTATCCTGGTGCTATTACTATGGCAAC
GACCACACCATCACCTCAGATGACATCTGACTGCTCTAGCACCTCTGCCAGCCCAGAGCCCAGC
CTCCCTGTCATCCAGAGCACGTATGGTATGAAGATGGACGGCGCGAGCCTGGCTGGGAACGACA
TGATTAATGGCGAGGATGAAATGGAAGCCTATGACGACTACGAAGATGATCCCAAATCAGACTA
TAGCAGCGAAAACGAGGCCCCAGAGCCTGTCAGTGCCAACTGAGGAGCTTTTGTTTGCTGAATT
AAAACACTCTGACATTTCGCTCCCTTTCCCCAACAACAACAACAAAGTTCTTAAAGAGCCCGCA
TGCATTTGTGGCTCCACAATACATCAGCAGAATGGTCTTAATTGCTTCGTAACGTGTGAGACAG
ATGACGTTTTCCTGATTTTTCATAAACTTGAGTTTTTGTCGTTACCGTTACTGTTGTTGTTTAT
TTAGGTGAAGATGTATTAAATATGAGACACCGGGACTTGGAAACCTATCTCCGCCCATCGCCGT
CTTACGAGTCTTACATTTCTGTCTTACTATTTTTCTTTTGGATGTTGACAAAGGGTTTAAGTTA
CTGTTTTAGATGGGGTTAAACATTCTCACTCAGGTATGCTGTGCCGGCTACAGGTTGTGAATGT
GTTTTTATTCTGAATTACTTTAGAAAAATAACTGAGGGTTTCGTATTGTGAAACCGGACAAGTC
CACGGCGTGAGCGGCTGCATATAGAACATGGTCAAAAGGCCTCGGAATTCCATTGTTTTTTTCC
ATGTGTAGAATTCAACTTTGAATGTGCCAAACTTTTTTCATAACTTTTGAATCTTAACTATTTT
GAAAGTCTTACAGGAGACACTGCAAAGTCTTAGACAATCTTTGGCATCTTAAAATAAAATAGCA
AACCACATTTTTTTTTCCAGAAAATGGTGAAGTACTCAGGAATCTGGAGACAAGATATTGTAAG
GAATGAGCAAGGCTACCACAGTGCGTGAACCCAATTGTGTTTGCCTATTGATGTGCCATCGGTG
TGTGGCGTGGGTTGACATAGATCAGAGCAATCACCACAGCAGACACCACACGGTGGGCTCCCCT
GTCTGAGACCACAGCAGACACCAACACGGTGGGCTCCCCTGTCTGAGACCACACCGGACACCAA
CACGGTGGGCTCCCCTGTCTGAGACCACCTCTCACTACATCCATTCTTCCTTGCCTTTTGCCCT
GACATTCAACCTTAACACATTGTTCTCTTAAATAATTTATTCATTCCAGAATGTCAAGGGTCCA
CTTACTATTTATTTTAAAAATTATTGGTGGCATTAATTTAATATTTTTCCTTCCTTGCCCTTTA
ACCTCTTCTTCCTGCTGGATACAAAAGATGTACATAGCAACCTCGTGTCCCCAGAGTCCATGGA
GACGTCTCTGAAGTGATGCTAGCCATGCATACATGGTTGTTTTTAAAAATGAGTGTATATCTGG
CTGCAGGGTTGTGCATCTGCATCAAGATGTCCTACATTTAAACATGTATGCCCCCAGGAGTCAC
TGTGACCTCAGGTCTTTGACTAGAGTTTCTCCTTCATTCAGTTTTTCAGTAAACAGTAGAACCT
GAGTTCCATTCAGCAGTGAGGGTCAGCAGTGGTTACTGCCAGTCAAGGAGCCTCTCACAGCCAC
TCTGAAGTCCAAGGGCCATGGGCCATACAGGAGTCTACATTGGAGCTGGCATGCTGTCACCTTT
ACTGAGCTACCTGGTCCCAGCTGGCACATCCATGGAGATCTTTGCAAAATCTGCAGGTTGTTAG
ACAATTTAAAGGAAAGACTGGGTGAAAGGAAAGCACAGGGAAGGGAAAGTACAGGTGTGCTGCC
AGCTCTTAGGGGCACATGGCGTCTGGAGGTACCCGCCAGCTCCTCTGACGACCTGGTTTCTCAG
TGTCTGTGAACGCTGCTGATCTGCTCCTGTTGCTCAAGGTGAGCCCTGGAGACATGCTGCAGGG
CTGTGAGGGATCCAGGTTCCCTCTCCCATCTCCTAACTACAGGTAGTTCTACTAAGTTGTGAGT
TTGACCATCCTAAAGCCAAGCCTGTTGCTTACAAGAAGCCTTACTCAGAGCCCTTCGGTAGGAG
GTGTCAGTGAACAGTACAGCCTAGCATCTAAGCATCAGGACAAAGAACAGCTCCATCAAGAATT
GAGCCATTTTGTCACTTGGGAAAAAGTAGTAAAACGTCATATTTATTTAAAGAGTGCTCCAGGC
CATACCTAATAGCAATAAATATGGGTCTAGCCAAGAGATGACCAGCTGAGTCATTAGCTGTGAG
TGCTCGCCATAAGCTGTTTAAGGTACTGCTAGGAATGTTTTGTTCTTAATATTATTAACGGGGT
ATTGGAACTTTGTTCTCGCACATTGTTTTCATATGAGGAGGAAGTCACTTTTCAAAAACAAGAT
GAGTATTTATTATGTCTTACTGATTTCTTGGACTCTCTCTCCTCAGTTTCTCCTCATGCTTCCC
CACTTCTCTTTGGCTTCTGCTCTCATTGGTATGTTTGTTTCTGTTTTTGTTTGTTTGTTCTTTT
TTTAAGGAAAAAACTGTGCTGCATAGGTAGGATGTTGTATGGCTAGCATTGAATTGTATGTAAT
TAATTTTGCACAAAGGCAAACATTTAGCATAGTAGTTAATTTTGTTTGTTATTATGACCATGCC
AAAATAATATTCTGGGCTAGTAGAGAACAAAGGACTGTTCTTTAGGACTGAAACTTGATTTTAC
TTGTAGTAAGAAAAAGAAAAAGAAAAGGAAAAGAATCCCACACACTCACAGACGTTGTTTCGTA
CGTGTTACAAGCACTGGATATAAATGGTATTTTTATCACTGACTAATGTGAAACTGGTATGGAA
ACCATGAACAAAAGTCACCTGTTTCGACTCGTGTGGGCTTGCCTCACAGTTGCCGGATCTGAGT
CATTTTTATGTCTTGTTATTTCATTTATTTATGCAAAATACATGTGTGTAGGAACACTCTGTGT
CAGCTCCAGCTTGGCCTCAGCACTGGGGTTCAGTAACTTCTAGCCATATTCTCAAGTACAAAAG
CTGTCCGGGAATGACTGGGTATGAGCGCCTCTTTCATTGGCTCAGACAGTGATGCTGTATTGAA
ATCTAAATTTTGTGCATACACAGTTTATTCTATTTATTAGCCACACTTGGCTCTAAATATCCAT
GGGGATGGAGAACGACGATCACAGAGATGACTTACACCAGTGGGGCTTAAGCAAAGTTTTATGA
CTTCACCATCTCATTTTTAGAGTTTTCTAATTGTGTAAATATAACATAGAAATAGAATTTATTT
TTGGTTCATGAATTCCTAGTGACATATAAGTTATGTATCTTCTTTCTTCTGTTCTCTATTCATA
TGTGTTGCTCCACACTAAAAGCTGGCCGTCACAGTTAGTGTGGACAGAGAGTTATCAGCTCCAG
CGAGGCAGCATCCATCCTCAGCCAAGACAGCAAGACCCCTAGCTGGTCCTCACACAGCCTGGAA
CCCACTGGCCCCAACTCAGACTCCCCATCTCCACATAGAGAGCTGCGGAGCTGCACACACTGAG
TTTCCAGCAGAGTTGAAAGGAAGTCAGTTTGCTTTGGTAATCCAGACCCATCTGCCCAGATAGC
TCTGTGGCCCTAGAATGGCAAGAAGCAGGGGTTGCATTTCAGAGGTAAAGATCTGCCTGCAAGG
TTAGTATAAACCCCACAGCACCAGCCCAGGGCAATCCAAAGTCACCTTCTTGCAGTGTTCCGTT
CCCCATTTTACACTAGCTTT

hide sequence

RefSeq Acc Id:

XM_006230091 ⟹ XP_006230153

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,504,960 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,069,436 (-)	NCBI
Rnor_6.0	1	185,836,253 - 186,186,192 (+)	NCBI
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI

Sequence:

show sequence

ATCTCTGCTTTTCAATTCTTAAGCATTTATTCCTTTTTTATTTCAAGTAGCAAATAACTAGAAT
TAAGAACTCAGCATATGCCAGGCATGATGCTGAGAACCTTACAGATACCCATTGGGTTTATCCC
TGCAATAGTCCAGCAAGGTGTACCATTTGTACACTGTATGCATGAAAATTCATAGGCTCAGAGA
AGTTGAATAACCTGACTGTATTACTGATAAATGTTAGAGACAGAATTTGAACCCAAGTGTGGTT
CTCAAGAAAATAGACTACAGTGACATTAAAGTAGACTAAGTAGACTCTGAGCTGAGAGGACTCT
CCTTTAAGAGAGATTAGTTCTTAACAGATGACCTTGAGATATTTCTTTGGGGTCTGCATCCATT
CTGATTCGCACCATCACTACATTGTTACTACTGGGACATCATGAAGGGTTGTTGTCAGCTTTGT
ATTCAGGACCAACAGAAAAGACCTTCACAGCCCTCAGCCAGGAAGGGGCATCCTCCTCCTACTC
AGTGTGACGAGTTTTAGGACTTGCCAATCCCAGGATCCCAAGTACACTTTTGCTGTGTTTCTCA
TATCAGGCATATGACTCAGGATTTGTGAAGAAGCAGATGGTCTCTAGGAGCAGGGCACTGACCG
TAACAACGCGCTTCTCAGGGAAGCAGATGTTAACCTCTTCACATGCATCTAGATGATGCAGGGC
TCAGAGAGCAGTCCCTGAAGTTCCTCTTTCTAGGTTCAAATCCTACCTCACTGTGGGTGTATAC
TCAGGAAGTTCGTGCATGTGTCTGACTTCTCTTAGAAATGAATAGCAGGGATAGTGGCAATACA
CCTGCTCCCAGGACTTACTCCTACATGATTTGTTTTTAGAATCAAAGAAGTTAATGTACGTAAA
TAATTAGCATAAAACTTGTATAATATGTGAGGTACAAATATTAGCTATTAAGATTCTAATTTGA
ATTTTAAACCATTTTTGAAAACTCAATGTTTGTGAAAATTAAATCTTTAAAAGCCTCCATTAAT
CAGTATGTTTTATTTTTTAATCTAACAAATAATGGATGCCATCTCTTACTTCTGTTTTTTCCTT
TTCTTAAAATCTACTCTCAAGTTGAGAGTGACCTGACTGTGAATTCTTTGTTTTTTGGGGGTGT
ATTTCTTGGACCTAAATGCAGAAATCTAAAGTTGGAAGATTTTGTTTAGAGTGGACCCAAGGTC
CAGGTGAAGGGTCATGAACAGCATCTCTTCACCTTGGTATAATATCCTACTTAATGTGAGCATC
TCCTGTACTGTTTCAAAGTGTGTGAGCTTCCATTGGGCAAACTGGAGAGAATGTAGTCTTGTTC
AGCAGCTGACTTAAGTGTTGAACCGTCATTCCCTGCTCATTTGCTACTTAACTATTGGAAGAAA
GCGGCAAATAGTACTGAACTACTCCCTCCTCTGTGGTCTGAGTGTGCAAAACAAAGATAAAAGC
TATGTTTTCTTCGTGGAAGGGTGTGGAGGTAGACAGTAATTTCAAATAGAAATAATGAGGCTTC
CAATTGCAATTGAGACTCCCAATGAGGACACTGTGGCCATCAGAGGAAGAAGGAAAGAAGTTCA
TTCCTGAAAGAGAGAAGAATGTCTTCCAAGCAAGCCACCTCTCCATTTGCCTGTACAGTGGATG
GAGAGGAAACAATGACCCAGGATTTGACCTCAAGGGAAAAGGAAGAGGGCAGTGATCAACACCC
GGCCTCCCATCTGCCTCTGCACCCCATAATGCACAACAAACCTCACTCTGAGGAGCTGCCGACG
CTTGTCAGTACCATTCAACAAGATGCTGACTGGGACAGCGTTCTGTCATCTCAGCAAAGAATGG
AGTCAGAGAATAATAAGTTATGTTCCCTATATTCCTTCCGAAATACGTCTACCTCACCACATAA
GCCTGACGAAGGGAGTCGGGAGCGGGAAATAATGAACAGTGTTACTTTTGGAACCCCGGAACGC
CGCAAAGGGAGCCTTGCCGATGTGGTGGATACGCTGAAGCAGAAGAAGCTGGAGGAGATGACTC
GGACGGAACAAGAGGATTCCTCCTGCATGGAAAAACTACTTTCAAAAGATTGGAAGGAAAAAAT
GGAAAGACTAAATACGAGTGAACTTCTTGGAGAAATCAAAGGTACACCTGAGAGCCTTGCAGAG
AAAGAACGGCAACTCTCCACCATGATTACCCAGCTGATCAGCTTGCGGGAGCAGCTCCTGGCAG
CGCACGATGAACAGAAAAAGCTGGCAGCCTCGCAGATCGAGAAACAGCGGCAGCAAATGGACCT
TGCTCGCCAACAGCAAGAACAGATCGCAAGACAACAGCAGCAACTTCTACAGCAGCAGCACAAG
ATTAATCTCCTGCAGCAACAGATCCAGCAGGTTCAGGGGCACATGCCTCCGCTCATGATCCCAA
TTTTTCCACATGACCAGCGGACCTTGGCAGCAGCTGCTGCCGCCCAACAGGGATTCCTCTTCCC
CCCTGGAATAACATACAAGCCAGGTGATAACTACCCCGTACAGTTCATTCCGTCAACAATGGCA
GCTGCTGCTGCTTCTGGACTCAGCCCTTTACAGCTTCAGAAGGGTCATGTATCTCACCCACAAA
TTAACCCAAGGCTAAAGGGCATAAGTGACCGTTTGGGCAGGAATTTGGACCCCTATGAACATGG
TGGTGGCCACTCTTACAACCACAAACAGATTGAGCAGCTCTATGCCGCTCAGCTGGCCAGCATG
CAGGTGTCACCTGGAGCAAAGATGCCATCAACTCCGCAGCCACCAAACTCAGCAGGGGCGGTCT
CACCTACTGGGATAAAAAATGAAAAGAGAGGGACCAGCCCTGTAACTCAAGTTAAGGATGAAAC
AACAGCCCAGCCACTGAATCTCTCATCCCGGCCGAAGACAGCAGAGCCTGTGAAGTCCCCAACA
TCTCCCACCCAGAGCCTCTTCCCAGCCAGCAAAACCAGCCCTGTCAACCTGCCAAACAAGAGCA
GCATCCCCAGCCCCATCGGGGGAAGCCTGGGGAGAGGATCCTCTTTAGATATACTATCCAGTCT
CAACTCTCCTGCCCTGTTTGGGGACCAGGACACAGTGATGAAAGCTATCCAGGAGGCTCGGAAG
ATGCGAGAACAGATCCAGCGGGAGCAGCAACAGCAGCCGCACGGAGTTGATGGGAAGCTGTCCT
CCATGAACAGCATGGGGCTGAGCAACTGCAGGAATGAGAAGGAAAGAACACGCTTTGAGAACCT
GGGTCCCCAATTAACAGGAAAGTCAAGTGAAGATGGAAAGCTGGGCCCTGGTGTCATCGATCTG
ACTCGGCCAGAGGACGCAGAAGGAAGCAAAGCAATGAATGGCTCTGCAGCTAAACTACAGCAGT
ATTATTGTTGGCCAACAGGAGGCGCCACTGTGGCTGAAGCACGCGTCTACAGGGATGCCCGAGG
CCGTGCCAGCAGCGAGCCCCACATCAAGCGACCAATGAATGCGTTCATGGTTTGGGCAAAGGAC
GAAAGGAGGAAAATTCTTCAGGCCTTCCCTGACATGCATAACTCCAACATTAGCAAAATCTTAG
GATCTCGCTGGAAATCCATGTCCAACCAGGAGAAGCAACCTTACTATGAAGAGCAGGCCCGGCT
AAGCAAAATCCACCTAGAGAAGTACCCAAACTACAAGTACAAACCCCGGCCGAAGCGCACGTGC
ATTGTGGACGGCAAGAAGCTCCGGATCGGGGAGTACAAGCAGCTGATGCGCTCACGAAGGCAGG
AGATGCGACAGTTCTTCACTGTGGGGCAACAGCCTCAGATTCCCATCACCACAGGAACAGGTGT
TGTGTATCCTGGTGCTATTACTATGGCAACGACCACACCATCACCTCAGATGACATCTGACTGC
TCTAGCACCTCTGCCAGCCCAGAGCCCAGCCTCCCTGTCATCCAGAGCACGTATGGTATGAAGA
TGGACGGCGCGAGCCTGGCTGGGAACGACATGATTAATGGCGAGGATGAAATGGAAGCCTATGA
CGACTACGAAGATGATCCCAAATCAGACTATAGCAGCGAAAACGAGGCCCCAGAGCCTGTCAGT
GCCAACTGAGGAGCTTTTGTTTGCTGAATTAAAACACTCTGACATTTCGCTCCCTTTCCCCAAC
AACAACAACAAAGTTCTTAAAGAGCCCGCATGCATTTGTGGCTCCACAATACATCAGCAGAATG
GTCTTAATTGCTTCGTAACGTGTGAGACAGATGACGTTTTCCTGATTTTTCATAAACTTGAGTT
TTTGTCGTTACCGTTACTGTTGTTGTTTATTTAGGTGAAGATGTATTAAATATGAGACACCGGG
ACTTGGAAACCTATCTCCGCCCATCGCCGTCTTACGAGTCTTACATTTCTGTCTTACTATTTTT
CTTTTGGATGTTGACAAAGGGTTTAAGTTACTGTTTTAGATGGGGTTAAACATTCTCACTCAGG
TATGCTGTGCCGGCTACAGGTTGTGAATGTGTTTTTATTCTGAATTACTTTAGAAAAATAACTG
AGGGTTTCGTATTGTGAAACCGGACAAGTCCACGGCGTGAGCGGCTGCATATAGAACATGGTCA
AAAGGCCTCGGAATTCCATTGTTTTTTTCCATGTGTAGAATTCAACTTTGAATGTGCCAAACTT
TTTTCATAACTTTTGAATCTTAACTATTTTGAAAGTCTTACAGGAGACACTGCAAAGTCTTAGA
CAATCTTTGGCATCTTAAAATAAAATAGCAAACCACATTTTTTTTTCCAGAAAATGGTGAAGTA
CTCAGGAATCTGGAGACAAGATATTGTAAGGAATGAGCAAGGCTACCACAGTGCGTGAACCCAA
TTGTGTTTGCCTATTGATGTGCCATCGGTGTGTGGCGTGGGTTGACATAGATCAGAGCAATCAC
CACAGCAGACACCACACGGTGGGCTCCCCTGTCTGAGACCACAGCAGACACCAACACGGTGGGC
TCCCCTGTCTGAGACCACACCGGACACCAACACGGTGGGCTCCCCTGTCTGAGACCACCTCTCA
CTACATCCATTCTTCCTTGCCTTTTGCCCTGACATTCAACCTTAACACATTGTTCTCTTAAATA
ATTTATTCATTCCAGAATGTCAAGGGTCCACTTACTATTTATTTTAAAAATTATTGGTGGCATT
AATTTAATATTTTTCCTTCCTTGCCCTTTAACCTCTTCTTCCTGCTGGATACAAAAGATGTACA
TAGCAACCTCGTGTCCCCAGAGTCCATGGAGACGTCTCTGAAGTGATGCTAGCCATGCATACAT
GGTTGTTTTTAAAAATGAGTGTATATCTGGCTGCAGGGTTGTGCATCTGCATCAAGATGTCCTA
CATTTAAACATGTATGCCCCCAGGAGTCACTGTGACCTCAGGTCTTTGACTAGAGTTTCTCCTT
CATTCAGTTTTTCAGTAAACAGTAGAACCTGAGTTCCATTCAGCAGTGAGGGTCAGCAGTGGTT
ACTGCCAGTCAAGGAGCCTCTCACAGCCACTCTGAAGTCCAAGGGCCATGGGCCATACAGGAGT
CTACATTGGAGCTGGCATGCTGTCACCTTTACTGAGCTACCTGGTCCCAGCTGGCACATCCATG
GAGATCTTTGCAAAATCTGCAGGTTGTTAGACAATTTAAAGGAAAGACTGGGTGAAAGGAAAGC
ACAGGGAAGGGAAAGTACAGGTGTGCTGCCAGCTCTTAGGGGCACATGGCGTCTGGAGGTACCC
GCCAGCTCCTCTGACGACCTGGTTTCTCAGTGTCTGTGAACGCTGCTGATCTGCTCCTGTTGCT
CAAGGTGAGCCCTGGAGACATGCTGCAGGGCTGTGAGGGATCCAGGTTCCCTCTCCCATCTCCT
AACTACAGGTAGTTCTACTAAGTTGTGAGTTTGACCATCCTAAAGCCAAGCCTGTTGCTTACAA
GAAGCCTTACTCAGAGCCCTTCGGTAGGAGGTGTCAGTGAACAGTACAGCCTAGCATCTAAGCA
TCAGGACAAAGAACAGCTCCATCAAGAATTGAGCCATTTTGTCACTTGGGAAAAAGTAGTAAAA
CGTCATATTTATTTAAAGAGTGCTCCAGGCCATACCTAATAGCAATAAATATGGGTCTAGCCAA
GAGATGACCAGCTGAGTCATTAGCTGTGAGTGCTCGCCATAAGCTGTTTAAGGTACTGCTAGGA
ATGTTTTGTTCTTAATATTATTAACGGGGTATTGGAACTTTGTTCTCGCACATTGTTTTCATAT
GAGGAGGAAGTCACTTTTCAAAAACAAGATGAGTATTTATTATGTCTTACTGATTTCTTGGACT
CTCTCTCCTCAGTTTCTCCTCATGCTTCCCCACTTCTCTTTGGCTTCTGCTCTCATTGGTATGT
TTGTTTCTGTTTTTGTTTGTTTGTTCTTTTTTTAAGGAAAAAACTGTGCTGCATAGGTAGGATG
TTGTATGGCTAGCATTGAATTGTATGTAATTAATTTTGCACAAAGGCAAACATTTAGCATAGTA
GTTAATTTTGTTTGTTATTATGACCATGCCAAAATAATATTCTGGGCTAGTAGAGAACAAAGGA
CTGTTCTTTAGGACTGAAACTTGATTTTACTTGTAGTAAGAAAAAGAAAAAGAAAAGGAAAAGA
ATCCCACACACTCACAGACGTTGTTTCGTACGTGTTACAAGCACTGGATATAAATGGTATTTTT
ATCACTGACTAATGTGAAACTGGTATGGAAACCATGAACAAAAGTCACCTGTTTCGACTCGTGT
GGGCTTGCCTCACAGTTGCCGGATCTGAGTCATTTTTATGTCTTGTTATTTCATTTATTTATGC
AAAATACATGTGTGTAGGAACACTCTGTGTCAGCTCCAGCTTGGCCTCAGCACTGGGGTTCAGT
AACTTCTAGCCATATTCTCAAGTACAAAAGCTGTCCGGGAATGACTGGGTATGAGCGCCTCTTT
CATTGGCTCAGACAGTGATGCTGTATTGAAATCTAAATTTTGTGCATACACAGTTTATTCTATT
TATTAGCCACACTTGGCTCTAAATATCCATGGGGATGGAGAACGACGATCACAGAGATGACTTA
CACCAGTGGGGCTTAAGCAAAGTTTTATGACTTCACCATCTCATTTTTAGAGTTTTCTAATTGT
GTAAATATAACATAGAAATAGAATTTATTTTTGGTTCATGAATTCCTAGTGACATATAAGTTAT
GTATCTTCTTTCTTCTGTTCTCTATTCATATGTGTTGCTCCACACTAAAAGCTGGCCGTCACAG
TTAGTGTGGACAGAGAGTTATCAGCTCCAGCGAGGCAGCATCCATCCTCAGCCAAGACAGCAAG
ACCCCTAGCTGGTCCTCACACAGCCTGGAACCCACTGGCCCCAACTCAGACTCCCCATCTCCAC
ATAGAGAGCTGCGGAGCTGCACACACTGAGTTTCCAGCAGAGTTGAAAGGAAGTCAGTTTGCTT
TGGTAATCCAGACCCATCTGCCCAGATAGCTCTGTGGCCCTAGAATGGCAAGAAGCAGGGGTTG
CATTTCAGAGGTAAAGATCTGCCTGCAAGGTTAGTATAAACCCCACAGCACCAGCCCAGGGCAA
TCCAAAGTCACCTTCTTGCAGTGTTCCGTTCCCCATTTTACACTAGCTTT

hide sequence

RefSeq Acc Id:

XM_006230092 ⟹ XP_006230154

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,485,813 (-)	NCBI
mRatBN7.2	1	169,729,392 - 170,051,481 (-)	NCBI
Rnor_6.0	1	185,851,621 - 186,186,192 (+)	NCBI
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI

Sequence:

show sequence

TAGGCCAGCAAGAAAGCCTATTTTAAAAAGCAAAGGTCAGAGCAATGAGGTAGTTCAGTTTCAC
CACCTGATGACTTGAGTTTGATCCTGGGACCCACATAGTTGGAGAGAATCCATACTAGTGGTGT
CTCTCTCCACCAAACTTGTGTCAGGATACATGCATGTGAACACACATACTAACTAACTATGCTA
AAAAAAAGGACCAGTAATGGCAGAGAAATCCCAGCTGAGGTTGTCTTCCTCATGCCCTACACGG
AACAGGCGTACATATTTACACACCACCACCACCACTACCATAGAGCAATCGACCATTCAGTCAA
ATATTATCGAATTAAAGAGACTTTTGTCTTGTACTATCAAACAATCAAGGAAGCAATATAAACC
AATTAAAGTAGTGGGATTGTCATTTAACAAATACTCTTACAATAACGATAGCTAAGCTCCATGC
TTATCCTGGACAAGATATACTGTGCTAAAGATGTGTAAGCATGGTGCATAGTTTAATCTTCTAT
GTAATTTCCACGAGATATGTTTTATTATATTTTATGATTGTTGATACAGAATATGATACACAGA
GGTCAATTATGATCTCAAAGCTAGTAGGATAAGAATGAGTCATAGCAGGCAGACTGTTTAGAAT
GCTAGGCTAGAGAGCACTGATGGTGTTGGGTTGTTAAGGGCGAGATTTTGGTAGGAAAGGATGT
GTAATGATGGTCTCTATTGGAGTTCAGAGTGAAGTCAAGACCACATGTAGATGGATTTAGGATG
TGTGTTGCGCAGTATTTCCATCTGTGATGTATCCATTCTTTGGAATTTAGGGTCTCTTATCAGG
TGTTCACTGAAGACATACTAGATGTATGCCATGGCTCTGGGGACACATCTGAGAGCCAAAGAGA
AAATCCAGCCCCCAGGAGCTTACATTTTAGCAGAGAGAAACAGGCAACAACAGAAAGGTAACCT
CAGAAAGTAAAGTAATATATTCTAGGTTAGAAAAGAAATTCTATGGAGCAGAGTAAAAACAAGA
AATGAAGACAGAAAGAGCAAGTGTTTAGGCCGATGGGAGGCAGAATTCTAGGCAGAGGGGCTGC
CAGCCCAACGACTCCCTCCCTCAAGAGGGGTAAAAATGAACCCGTCTATTCCAGAACAGAGGTG
AGGGCCAGAGGGACTGGAGTCAAGTGAGTGGAAGGAAGCAATAGGAACCAGAAGATGCAGAGAC
ATGCAACTGGACATGTGGAATTTTAGTTATTTTAAAATTTAGTGTACAAAATATTAGATTATAC
TGTAATGATTCATATATATTTATATATACATATACATGTAAAATAAGAATGCTGGGCATCCTTA
TAAGAAGTTTTATTTTATTTGTTTCACTATGTAATGGAAGCAGCCTTGAGTTTCTGTAATCCTC
CTGCCCCAGCCTTCCACATGCAGGGATTACACACTTTGCCCCATCTCTAAGGGCTCTAAGAAGT
TCTAGGAAGGCTCTGCACTTTTGGTGAAAGTTGCAGGTGTTGTGATGGTCTATTCTCTCACATT
TGTCCTGAAAACTTGGTACTTGTGTTACATTTTATCTTGACAGTGGGTTAGGCATGGAAAAGAC
ATGGAAAAAACAGGGCTGTGGCTGTAGCTCAGAAGTAGGGCCCTTACCTGTGTGTAGGTCCTAG
CATTGCAAACAGACAAACAACAAACCTAAAGCAATAGCCACAAAACCCAGATGGAGAGCTTGTA
TACGGTAACTCCAGGGTACAGAAGAACCCCTGCCCTGTTAAACAGTGATTCATCGCCAAGAGCA
CATTTTCCCGGTAAATGTGTACAGAGCCCAATGTAGAAAGGAACTGTGATAGGCCGTAGCTTAT
GAAGTAATTTGTTCTCCGAGCCACTGAATAATAAAAACAGCAAATTTAGGCCCAGATATAAATC
TTCGTCTTGCAATTTGCTTGCAATGTTCCTTCTCAATATCAGTCTGTTGTCTGCAAATTGGATA
TAATGTTCCCTACAGCTGTCATAGACTCGGGAAGACTAAGTAAGAACGCCCTTTCATTTCTTTC
TCTACTTGAATTCATTCTTTATGACACAAGAAGCACTTCTATGTGTGTAGGTTGGTGGAATTGT
ATGTAGATCATTTTATAATTGGCTCCCTTTGCAGAATGTCAGGAGGTAAGAATGGAGAGACCTC
TCTAGCCATCCTAGCAGCTGATTAAACACTGTGTGGGAGAACGGGGAAGTGGGAAGGGTGGCAG
ATGAAACCCTGGCAAAGAGAACAGTCTGATCCCAGAGGACATTTGCAACAACCGCCTGGGCCCT
TTGGCTAGACTCAGAGCAGCCCAGGGCAAGAGGCCTGCCCCTCAGCACACCATCCAAACTGTGT
GCGTTAAGGCTTGGCTTTAATGAAGTCATGACCACTTGTTCAGCTCTGCATATGGCTGGATGTG
ATTCCCAGCTGCCCTGTGAGTTAAAGTGTAAACAATGAGTAGATTGTTATGTTCTCCTATTAAG
CTCAGAGTGTGATCTCATGTCTGTGCCACATATGTCTACCACTAGAAATGTCCCTGCTCCTGAT
CTCATGAAAGGGAATTAAAACTGTGTCTGAAAATGTCTGAGTCTGCTAGTCTGAGGGCTTTTTC
CTCATGTTTACATTGAAAACAAAGAATGATATAGAGGTATAAAAAGTCATCATCAATAGGTGTC
AACATGACACCAGAAAGATAATATATGCTAGGATGAACATTTTTTACCTTAGGACTAAGACATC
CATGCATGTGACATTTTCTCAGAATACAATACCCTTGTAGTCTACAGTCGTAAAGAAGGCTGAA
AATTCCAGGATCTGAAATGTATGCAGTGCTGGACAAGTAACCCATCCACAGAACTGTTTTTGCC
CATTGCTAGCATGTCGATTAATTAGTGTTCTAGTTTTTGTTGTTCTATATTAATCAGAAATGCT
ATCATCTGTGCATGTGTTTACATTTTTAAGGGTAGCATATGTGTACTGGTCAGTGACATCCTTG
AATGTCAGCCCTATAGCCTTCTCCATGGTTTGAGACAGGATCAGGTACATCCAGCTGCTACATA
CAGAAGGCTAGCTGGCTTACCAGCTCCTGGGGATTCAATGGTCTCTGCCTCCCATTTCACCACA
GGAGGCTTGGGATTACAGGTGTTTGCATTATCTTGTCTGACTTTATGTGTGTTCAGAGAACTCA
AACTCAGGTCTCTACAGTTGCACAGCCAGCATGCAGCCATCCATCTCTTCAAGCTCTGGGATGA
TGTTTGTGCTGTTACTCTTTTATATGATGAAGGTTTCAAATGTTGATATAATGAGAATGCTAAG
TGAAGACCAGGGATTTGAAGTTCTCTAGAAGGAAACATTTATTTTTGATAATGTCAATTAGCAT
TCTAGATAATCCAAGGTATCTGTCTAATTTTGCTTATTCTTTGTAGCAGTTCTAAAGTAAAGCC
ATCCCCATTCTACCAATGAGGAAGGGGAAGCTGAAGAAATTTAAATAACCTCTTGAGGTTGCGA
AAGACTGGTTTCTTACTAGGGTGATCTAATGTCTCTATGTTGATATTCTTGTTGTGCCTCAGTG
CTTAAGTCTTTCCTAAATTCTATGCAAGATGGCTTCCTGATCTCTAAACTTGGTAGTAGTTCTG
AGTACTAATACTCATATTACTCTCACTGCTTTTTTCCACGTGTGTACATGCGTTCTACCTTTCC
CATTGATGCTATGTCTGTTAAGCTGTGGTCTCTACCTGGCTGCCATGAAACTGTTATCCCTGTT
TACAGGTGAGTAGAACAGACAGAGAGGGTGTTGATTTTCCAGGTTAAACAATTCTCAGAGACAA
ACCTAGTAATCTCTTGTCCCCAGTTTGGCAATCCTGTTCAAACTCTGCTGTGTATCCTCAGGGA
GGCTGACTTAACACAGAGAACAGTGACTGTACAAGTGTCAAAATATTACATTAGCCAGTCTAAG
GAGTAGTGTTTTTCTTTCCCTAAAAATGCAAGTCTTTGGGAAATTCTCTTGGGGGTAGGGGTGG
GGCTTATCCTGCAAGTCCTGCCACTGTATCTAGGGAAAGGATATTCAGATAGAGTTATTATTGT
TATGGATTAAGTGTAACAGATTCCTGCTGGGGTCTGCTAGGCCAGGGCCTTGGTTTCAGAGCTC
TTAAAAATTCTCCAGCTTAATTGAACGGAGAAGTTTGGGAGTGGAAGAAGAGTTTGGAAGGGAA
AGTTTTCTTGTAGGTGATAATTACAAATGCTGCACTCTAGTAGCATTGCATCTTTTCAAACCAT
GGGGTAAGGAAACCACGCAATCCATCTATGACTGCTGTCTAGTAACAGGGAAGCCTGGTTCTGT
AGTGGGTAGGTATGGTTACTCTTGGGTGTTTGTGCTGGAACCACCATGAAGTAGCTGTAGATTT
GGCACAAATTGCTTCCCTTCTCTGATCAGCCCTCACTTGGCAAGCAAGATAGTAGGGTTTGACA
GCTTGTTTGGTTTATTTTGTTTTTATTGTGAGACAAGGACTTATGGAGATCGGCTTTAAGTTGG
CTGTGTAGCTGAGGCTGGCCTCTGTCTCCTGAGTGTTTCAGATGAATTTTATGTGTACTTTTAT
TTTTCAATGGTTATCTCTTGATGCCAAGTATTGAAAAATTGAATGTTAAACCATATTTCTGATA
AGAATAAGCAAAGATATAGAAACTTGCTATCAAAAATAATGTAGCAACATAAGTCCTCAAAAAT
ATGGCCTTAACCTGTTTTTAAGAAAAAAAAAGTGTTCCTCCCCCCATTATGAGTTTATAAACCA
GCCCTAGGTTAGGCTTCAGACCTTATTTCTTCCACTCACTTCAGTCTAGCCACAGACCATTTAT
TTAACAATGGGAATCTGCCTGTACATCTCGAACAACGTTTGTTTCTATTTACTTAAACCCTTTT
TAAGGTCACTGGACCATATGTCAGATCCCGAGGCTGGAAGGCCCTCCTTCCTTATGGTGAGGAA
TGCCTCACCACTGTGGACTACGAAGTTCATAAACTCTTTTTGTTAGCAGTGGGACCACAGAGTT
GGAGGGCACCTGGGAGGTGCCTTCACTTGAACTTAGAAAGCATGTTATGGAAGTGACTAAACCT
GCTTTATCTGTGGACTCCAGAATGGTGCTACGTACAGATCCATATTTACCGGTTAGGTAATAAG
AGAATAGCGAGGAGGATACTTGCGTTAGGCAGCACTTTTCTTATCTACAGCCTTGTGCTCACAT
GTCAAACTGGCAAGGTGCCCAGGCTTGTGGGCATCTCCATGACAAGAGAGATAGGTGCTCTGGG
TGGTTTGGTGTGGCCATTACCACTCTGGCAACTTCTGAATGGATATGTGATGTGCTGTTGCTCC
TTGTGGAATGTGAAGAGTTCCATATGCTGAGAAGAGTCAATGCGCACAGTAATCTCTGCTTCCC
GAAAGAGAATGTTTGTGGTGTAGAAGGCCTCAGCTCAGGGATAGCGTTCTCTGCTTGTACTGTC
AGGTTCTCTCTTGATCTCCCTCTTCCTTAAGAAGGATTAGGCACCCCGCAGTGTTTCTGTACAT
GCTTGCTGTATGTTACCTCCTTCTGGAGCATTAGCATCTTGTTCCACATGGGGAAGTGGCTGCA
TTTTCACTGTTCTAGTTTTCTCTGAGCAGAGCAGTGGCAGGGACTCGGTCTGTTACCCTGCTGT
TCCTTAGTCTGGGGAAAGGACAAGTGAGTTTAGGGAGCAGTGGGGATGCAGAGCCTGGAGGGGA
GTGTTCATTACTTGCTATTGTTCTCTCTAGGGGAAAGGTATGGACCTGGCTTGATCTGGCCATT
GTGTACTTTTGTCTCAGTAGCTTTTCTTCCCTTTGTAAGGAGCCCAGGGACTCACATTCTTCTT
TTCTTCGGGAGGAACCACATGGTAAAGGGGGCAGTATTTTTGTTCTTTTCCTTTTCCCTTTTTT
TTTTAGATAAAAAGGGAACATGGGTTTTACTCTGGGCTTCACACCTGCCAGTCCGCCTGGGTAG
ATGAGGAATGTTGTCCTCTCTGAACTTTGTCTGTAGACGATGATGGTTTAGTGAGAAGACTAAT
CACCGAGATGCTGGGGAAAGTAGAGGAAATAGTATTTATATGGGCTGTGAAAGTTGTAAATTAT
AAATTTATCTAAACACAAAGTGCAGTCATTTTTGTTTTCCAATATCTGTACTCTTAGGGATTTT
GCTGAAGTGAGACTGGTTTTTTCCTGACTTTTGCAACTACTTCCTCAGGCACAAGCCAGTTGGT
GCTCGGCACTGCCCCAGCCTTTCCTTGGTGTCTTCACCAGGCAATCACTCTGACCCTCACAGCT
GTTGTGTGTCAGTTCCAGGAGGGTGCCTTGTGCTCGTTTAGGATTACAGAATCTGGTATTGAGT
TTCAGTTTTTAGCGAACAATGGCTGATCATTCTGAGGTATGCTACGATTTGGTGTATTCCTGAG
AGGATGACGTGGGTGCTTTATAATTCACAGAAACTTGTGCAAAAATGGCATACTTGACACTCAT
TCTTTTTAAAGAGGAATACATCTCATTTTCTTGATTTCTTATTTTCCCAGTGGTTTCTTTTGAT
ACCTGCTGTTTAGATTTTCCACCCTTCCCTTCACATCGCCACACTTTGCAGCAGGAACAAAGAA
TGTTTTTACCATTCTTTCCTAAAGTATAAGAATTTCTCAATGTTGGAACAATATGTTCCAGCAA
CGTGGAGCTACAATACACAGAGACAGTGTTGAAAAGTAGTTAAGGACATGCTGCCTTTGGAGTG
AGACATGTGGGTTTGTTAGGATGGAACTTGGACAGATTTCTTAGCTCTTTTTTTCTTATTTCCT
TCAGTTTCCTTTGTAAAATAGGGTTGAAGAACCTATAGCATTATGTTATATGACAGATGAATTT
GTATATATACATACATTCGTATAGAGAATTAGCTATTATTTCTGCCATCATTCAGAAAGTCTTC
CTACTATTAAAGTACTAAAGTCATTCCACACCTTGTTCATGCAGCTAGGAACCTGTCATTTTTC
TTGGGCATCAAACCTCACCAGGTATAATTCTTCTATCTTCCTGAAGCTGAGTGTGAAGCATGGT
ATGTTTGGATGGTACAGATTGCCCATGAATTCTGCCAGGGATGTATCCAATGTTATCTGTGGAG
GAACACAGCACACAGACAGAAGAAGAAATAAATATAAGTCTATCTTGATCAAGTTAAATGGCTA
TTATATAAATAGTTGCAATAGGAAAGTCACGAAAGATTGATGCTTTCCTGAAGAGCTTCTGGAG
AAGTCAAGCTATCAGCTGAGCTTGGACAGTGGATCTGGAAACAGGGAGGTGTGTGGAAAGCTCA
GGGTGTTGGGAGTGGACAGCTGGTGCCAAACAGAGCAAGGACAGGATGCTGCATGTGACTTCCT
GTGTGGGTGCAGTGAAGTTACTTAAGTCCCTGAAGCTTCAGTTTTCTCATCTGTGAAGTGGGGA
CAAGGATACTTGCCCATGCAAAGCAACTAGTGTAGCTTTTGGTATGATTTATATTTGGGAAACA
GGATCACTTTCTATACACTCCAACAGCTGAAGGTGTGGGAGTAATACCCCAGGCAGATAACCAT
AGCCAAACTACTGAACTACTTTAACATGGATTGTTTGAAAATGAGTTCAATTTTGTCTTTATAG
TTGTTTTGAGACTGTAGAGCTCAGGCTGGCCCTGAACTCTGTATCCTCTTGCCTCAGACTTCTC
AGCTGGAAGGAAAGATGTGCACCACCTCTCTGGCCCCATAAAAGGGGATTGATTAGTAGGTCCC
TTGCAGAGTTGTTTGGAGACTTAATGAGGTTCTGTGAAGATAGCTAGTGAGCTGAGCATGCAGT
AAGTTCTCAAACCCCAGCCACTGCGCCAGCCATTTCTTCTGCAGTTCTGCTTTCTTGCGGATAC
CTTCTTGGCTGTTTTTCATCATTTCCCTACCCTCTGCTCTTCTTTTCATCTGTCTTCTTTCAAC
AGCATTTATCAGTGGTAGCTGGAGACACTGAACACAGAGGCTTGGAAGAATGTGGAGGTAGAGT
AGCTGGTTGGCACCACACGCCCAGCCGAGCAGATAAGGAAGGGCAGCTAGACACACGTAAGCAC
CGCAGCGGGAACATAGGCACACATGCACCCCTTTGACCGAGGAGCCATCCTTATTAAGGCCACT
GAGGGATTTTCTTCTTAAGAGGAATTCTGACCACACTGCTCCCTTGGTTAAATTTCTTCATCAG
CGTGTTATCTCCCAGAGTTTAAATCCTTCCTGCCTGAACAGCATTAGAATCCTTTCTGCTTTGT
TGTCTGCCTGCCTTTCCAGACAACCTGAGACATCCTGTATCTCTAGAGGGTGCTTTGAAGTTTG
CTTTCCCAGGGTGCCTGCACACACTATGGAATCTCCCTTTTCCACCAGACAAACTTCTACTCGT
CCTCCAGGAACCCACTGACTGGGACATCTGTGTCACCTTTGATTTCTCCAAAATTTGCTATTTT
CTCTTTTGGGTTTCTAAAGTGTTTCTCTAGAGCACCTATGTATGTTGTCTCATAATGATTTATG
CTCTAGTTCTATTTATTGCTCTAGCAAAAAGCAAAATGGTCCCCTACTTACATTTGCTCAGTTT
ATAATCTGATATCTTTATTATGACACAAAAATGTTGTGCTCTTACTAGAAGCTGTATTTCAAAT
ATCACATGCAGTCCCTCTTATCCAAGGATAGCAGCCTGAGGTGTGCTGAACTCTGACCTTCCTG
TGGTACAGCTCCGTAGCAAGTACCACACAGTTGCTAAGCCCTGCTACTTGATAGGTGAGGTGTA
TAAAATGCAGTTTTGACTTGTAAGTTTTCAAGTCATGGACTCATCAGTTAAATTCTGTCACAAG
GTGAGGCACATGTTTACCAGATATGACAGTATTATATACCTCTGAGTTCGGCAGTCATGATAGT
TCATGAGATGGAGCAAGCAGTCAGTGTTTGCATGTTAAATAAAAGAGGTGGGGACTCAGGGCTG
CTGATTTCTCACGTGGCTAGCCAAATTCTAAGGATTACCGTGAAGACACTGTCTCATAGATCCT
GTTTTGTATGAAGAATTCAGAATGGCAACAAACATTGTATTTTCCTTTCTCCATCAGATCAGAC
AATGATCCCTTTCCTTTAGAATTCAATGACAAAGTTTCTAACATTCAAAAAGAAGCCCCACTAG
TTTTCTTTCTTCTAGTGGACTGTTTCCCAGATCATCTAGTCTACAACTCTGGCAGAAGCTGATG
GTCTGACAGTAGCCTCATCTCTGGTTTTTCTCCAGGGTGGAGACAGCTTGACCTGGACACCGTT
TACTGTGTGTCGTGGGACTCTCCTATGGGCAGAGCCATCAGCACATTCACAATAAAACTGAATT
TCCTGTAGTGTATGCTTCTTAACAGTAAAACAATATAACAATTCACCTGAGATTGTACAATTTG
AAAGAAATGGATGGAAGGAAAATGGCAGGGAGGTTAGCCTCCCACTTGTGGTTTATTAGCTCTA
TGCTGTGTTTAATGCTTTATCAGGATCAAATTTCTTTGAGAAGAAAACTGCTAATGTGGTCAGA
GATATCTTTTGTTCCAGCTGGCTCTGGCCATTTTGGGGAGTAAATCAGCTCTTTTTTTTCTGTA
TACACTCTGCTTGGGAGCTGTAATAAGGGAGTGCATACTGCAGTGCGGTGACCTTCAGCCAACC
AGAGAAAGACACTTCTTCTAATCAAAGGCAAAAGCCACGATCTTTCTTGTTGTAACTTACTGTT
GACACAAGAAAGGCCAGAGAGATTGACATCAATCTCTATAGAAACCATTAACCAATGCTGAGTA
AATCTGCAGCATTGAATCCATATGCATGCTTGCTTTTATTATTCTTGACCTATGGGCACACGTG
AGCATTTTGTGGGCTTTGTTTTAAAAGGAATGTTTAAAATGTAGCTAGTTATTATGGGATTTCG
TTGGTGAAATAAACTGTTTGGGTAGTCTAAATAAAGGAATATGTATTATTTTGCATCTCCTAAG
CATTATTTGCTTAGGTGTGGCTTGGCTTGATTCCAAATTAGCACCCGGCAGAGGCTGTTGCTTT
AGCTGGGTGTAGCAAAAACCAAGTAATTTTATATATGTTTTCCAAATGATGTGCGAGTCATGTG
TATATTTGATTCTAACTGTGACTTTATTTTTTGGCTTCTACTCTTAAAAAAAATTCCTTAAAAC
CTTAACAATGACTGTGTTGGCTGTAGGGACATGTGTGTCTAAGAGTCTCTTAGATGTCCCAAAC
TCAGGTGGGTAATACTTGCCGGACAATTGGTCACCGTGTGCTTAGCAGAAACAGGCTCTGTAGT
CAGAGCTTCAGTGTTTGGAGCTCTTTTTCCTGACTCCCCCGCCCTGAAATCTCAGCTCTGGTTG
AGGAGGGCGAGGAAACAAAAATGCTTTTCATTTTATTCTCTGCTGTACATTTTCCAGTTTGGGT
GACTAAAGCTGGCCAGGGTGCCTATTTTTGGAAAGAGGAATTAAGATACTTTGGAGAAAGTACT
GCACTGTGTGCTGGCATTCCAGATGGCCAAACTAGAGTAGAACCAAGCCCAAGGTTTTGAGGCT
TTCGTGCCAACGATGACCTCATGAGGTCCAGCCTGGAGAAAGAGAGACATAGTTCTCCAACAAT
GATGGAGAATGGCTTCTTCCTTTCATATTTCTATTGAGTGATCTCCAGTGTCCTTCTCTTTTCC
TGTCTCTGACAAAATTAGCCCTTTATAATTAACAATTGTTAGGTTTTTGGCTTGTCTCTCAGAC
TTCTCTTAGAGCCCCTTTCACCCCATCTACCCATTGTGTCCTCTCTACCACACAGAAAAAAAAC
TGTGATATTTTTCTCTTTGGCATTCCTGTCTTTTCCTAGCAGGCTTTTCTAGTGGGGACTGTGG
GCGATTTTACACTTGATTTGTTGAATCTGAACTCTTTGCTGTAAACTCTCACACACAGAAGGAG
CTATCTTTATAAATGACAGAACGGACCAGGCCTGAATGGCGCTTTGTTTACTGTTTTCCTAAAA
GGGGCCCCTCTATATTTCATCTGTCAAAGTTGCTTTTCTTTCTTTCAACAATGCTTGATTGTTT
TCACAAAAATTCAGGTTCCATAGACAGGAGAATTCTGTATTATATTTTCCTGCCAAATTCCGAT
CTCTGTTTTCCTTCCCCTGTGCTCACAAAGGGCTCATAACTTACTGTCAACTGTGGGCCGACCA
CAAAGCTCCACTGTTGCTCAGCAAATAGGCTCTATTGCATGATGGCTTGACTAGCTTGTAAAGT
TTGCTTAACTGGAGCAGCAGTGGCAGGAGGCATGTGGGTGCTGTATCTCCCCACAGGCCAGGAG
TCTTCACTGCTCCCATCAACTTTTATGCTTTTAACTCTTTTAATTGTTGAACAGAATTGACACT
GCTTTGTTTAAGCAGAGTAGATGCAATTTAAAGCCCCACGGCTGCATTTGGTAGCCCGGGACTC
AGGAGAAATTAATTAGTTTTTTTGTTTTGTTTTGTTTTGAAAAAAATTCTTTTTGGTTGGCAGT
TAGTGTTTTTTGTGATTTGGGAGGGTGTCAAAGGGGTATGCCCTCGAGTTCTGAAGTTCTGGCT
GATGTGGCAAGAGAAAGTCGGATTGAAGAGTGGAGGAACAGCTACTTCGTAAGAATGTCTTCCA
AGCAAGCCACCTCTCCATTTGCCTGTACAGTGGATGGAGAGGAAACAATGACCCAGGATTTGAC
CTCAAGGGAAAAGGAAGAGGGCAGTGATCAACACCCGGCCTCCCATCTGCCTCTGCACCCCATA
ATGCACAACAAACCTCACTCTGAGGAGCTGCCGACGCTTGTCAGTACCATTCAACAAGATGCTG
ACTGGGACAGCGTTCTGTCATCTCAGCAAAGAATGGAGTCAGAGAATAATAAGTTATGTTCCCT
ATATTCCTTCCGAAATACGTCTACCTCACCACATAAGCCTGACGAAGGGAGTCGGGAGCGGGAA
ATAATGAACAGTGTTACTTTTGGAACCCCGGAACGCCGCAAAGGGAGCCTTGCCGATGTGGTGG
ATACGCTGAAGCAGAAGAAGCTGGAGGAGATGACTCGGACGGAACAAGAGGATTCCTCCTGCAT
GGAAAAACTACTTTCAAAAGATTGGAAGGAAAAAATGGAAAGACTAAATACGAGTGAACTTCTT
GGAGAAATCAAAGGTACACCTGAGAGCCTTGCAGAGAAAGAACGGCAACTCTCCACCATGATTA
CCCAGCTGATCAGCTTGCGGGAGCAGCTCCTGGCAGCGCACGATGAACAGAAAAAGCTGGCAGC
CTCGCAGATCGAGAAACAGCGGCAGCAAATGGACCTTGCTCGCCAACAGCAAGAACAGATCGCA
AGACAACAGCAGCAACTTCTACAGCAGCAGCACAAGATTAATCTCCTGCAGCAACAGATCCAGC
AGGTTCAGGGGCACATGCCTCCGCTCATGATCCCAATTTTTCCACATGACCAGCGGACCTTGGC
AGCAGCTGCTGCCGCCCAACAGGGATTCCTCTTCCCCCCTGGAATAACATACAAGCCAGGTGAT
AACTACCCCGTACAGTTCATTCCGTCAACAATGGCAGCTGCTGCTGCTTCTGGACTCAGCCCTT
TACAGCTTCAGCAGCTCTATGCCGCTCAGCTGGCCAGCATGCAGGTGTCACCTGGAGCAAAGAT
GCCATCAACTCCGCAGCCACCAAACTCAGCAGGGGCGGTCTCACCTACTGGGATAAAAAATGAA
AAGAGAGGGACCAGCCCTGTAACTCAAGTTAAGGATGAAACAACAGCCCAGCCACTGAATCTCT
CATCCCGGCCGAAGACAGCAGAGCCTGTGAAGTCCCCAACATCTCCCACCCAGAGCCTCTTCCC
AGCCAGCAAAACCAGCCCTGTCAACCTGCCAAACAAGAGCAGCATCCCCAGCCCCATCGGGGGA
AGCCTGGGGAGAGGATCCTCTTTAGATATACTATCCAGTCTCAACTCTCCTGCCCTGTTTGGGG
ACCAGGACACAGTGATGAAAGCTATCCAGGAGGCTCGGAAGATGCGAGAACAGATCCAGCGGGA
GCAGCAACAGCAGCCGCACGGAGTTGATGGGAAGCTGTCCTCCATGAACAGCATGGGGCTGAGC
AACTGCAGGAATGAGAAGGAAAGAACACGCTTTGAGAACCTGGGTCCCCAATTAACAGGAAAGT
CAAGTGAAGATGGAAAGCTGGGCCCTGGTGTCATCGATCTGACTCGGCCAGAGGACGCAGAAGG
AAGCAAAGCAATGAATGGCTCTGCAGCTAAACTACAGCAGTATTATTGTTGGCCAACAGGAGGC
GCCACTGTGGCTGAAGCACGCGTCTACAGGGATGCCCGAGGCCGTGCCAGCAGCGAGCCCCACA
TCAAGCGACCAATGAATGCGTTCATGGTTTGGGCAAAGGACGAAAGGAGGAAAATTCTTCAGGC
CTTCCCTGACATGCATAACTCCAACATTAGCAAAATCTTAGGATCTCGCTGGAAATCCATGTCC
AACCAGGAGAAGCAACCTTACTATGAAGAGCAGGCCCGGCTAAGCAAAATCCACCTAGAGAAGT
ACCCAAACTACAAGTACAAACCCCGGCCGAAGCGCACGTGCATTGTGGACGGCAAGAAGCTCCG
GATCGGGGAGTACAAGCAGCTGATGCGCTCACGAAGGCAGGAGATGCGACAGTTCTTCACTGTG
GGGCAACAGCCTCAGATTCCCATCACCACAGGAACAGGTGTTGTGTATCCTGGTGCTATTACTA
TGGCAACGACCACACCATCACCTCAGATGACATCTGACTGCTCTAGCACCTCTGCCAGCCCAGA
GCCCAGCCTCCCTGTCATCCAGAGCACGTATGGTATGAAGATGGACGGCGCGAGCCTGGCTGGG
AACGACATGATTAATGGCGAGGATGAAATGGAAGCCTATGACGACTACGAAGATGATCCCAAAT
CAGACTATAGCAGCGAAAACGAGGCCCCAGAGCCTGTCAGTGCCAACTGAGGAGCTTTTGTTTG
CTGAATTAAAACACTCTGACATTTCGCTCCCTTTCCCCAACAACAACAACAAAGTTCTTAAAGA
GCCCGCATGCATTTGTGGCTCCACAATACATCAGCAGAATGGTCTTAATTGCTTCGTAACGTGT
GAGACAGATGACGTTTTCCTGATTTTTCATAAACTTGAGTTTTTGTCGTTACCGTTACTGTTGT
TGTTTATTTAGGTGAAGATGTATTAAATATGAGACACCGGGACTTGGAAACCTATCTCCGCCCA
TCGCCGTCTTACGAGTCTTACATTTCTGTCTTACTATTTTTCTTTTGGATGTTGACAAAGGGTT
TAAGTTACTGTTTTAGATGGGGTTAAACATTCTCACTCAGGTATGCTGTGCCGGCTACAGGTTG
TGAATGTGTTTTTATTCTGAATTACTTTAGAAAAATAACTGAGGGTTTCGTATTGTGAAACCGG
ACAAGTCCACGGCGTGAGCGGCTGCATATAGAACATGGTCAAAAGGCCTCGGAATTCCATTGTT
TTTTTCCATGTGTAGAATTCAACTTTGAATGTGCCAAACTTTTTTCATAACTTTTGAATCTTAA
CTATTTTGAAAGTCTTACAGGAGACACTGCAAAGTCTTAGACAATCTTTGGCATCTTAAAATAA
AATAGCAAACCACATTTTTTTTTCCAGAAAATGGTGAAGTACTCAGGAATCTGGAGACAAGATA
TTGTAAGGAATGAGCAAGGCTACCACAGTGCGTGAACCCAATTGTGTTTGCCTATTGATGTGCC
ATCGGTGTGTGGCGTGGGTTGACATAGATCAGAGCAATCACCACAGCAGACACCACACGGTGGG
CTCCCCTGTCTGAGACCACAGCAGACACCAACACGGTGGGCTCCCCTGTCTGAGACCACACCGG
ACACCAACACGGTGGGCTCCCCTGTCTGAGACCACCTCTCACTACATCCATTCTTCCTTGCCTT
TTGCCCTGACATTCAACCTTAACACATTGTTCTCTTAAATAATTTATTCATTCCAGAATGTCAA
GGGTCCACTTACTATTTATTTTAAAAATTATTGGTGGCATTAATTTAATATTTTTCCTTCCTTG
CCCTTTAACCTCTTCTTCCTGCTGGATACAAAAGATGTACATAGCAACCTCGTGTCCCCAGAGT
CCATGGAGACGTCTCTGAAGTGATGCTAGCCATGCATACATGGTTGTTTTTAAAAATGAGTGTA
TATCTGGCTGCAGGGTTGTGCATCTGCATCAAGATGTCCTACATTTAAACATGTATGCCCCCAG
GAGTCACTGTGACCTCAGGTCTTTGACTAGAGTTTCTCCTTCATTCAGTTTTTCAGTAAACAGT
AGAACCTGAGTTCCATTCAGCAGTGAGGGTCAGCAGTGGTTACTGCCAGTCAAGGAGCCTCTCA
CAGCCACTCTGAAGTCCAAGGGCCATGGGCCATACAGGAGTCTACATTGGAGCTGGCATGCTGT
CACCTTTACTGAGCTACCTGGTCCCAGCTGGCACATCCATGGAGATCTTTGCAAAATCTGCAGG
TTGTTAGACAATTTAAAGGAAAGACTGGGTGAAAGGAAAGCACAGGGAAGGGAAAGTACAGGTG
TGCTGCCAGCTCTTAGGGGCACATGGCGTCTGGAGGTACCCGCCAGCTCCTCTGACGACCTGGT
TTCTCAGTGTCTGTGAACGCTGCTGATCTGCTCCTGTTGCTCAAGGTGAGCCCTGGAGACATGC
TGCAGGGCTGTGAGGGATCCAGGTTCCCTCTCCCATCTCCTAACTACAGGTAGTTCTACTAAGT
TGTGAGTTTGACCATCCTAAAGCCAAGCCTGTTGCTTACAAGAAGCCTTACTCAGAGCCCTTCG
GTAGGAGGTGTCAGTGAACAGTACAGCCTAGCATCTAAGCATCAGGACAAAGAACAGCTCCATC
AAGAATTGAGCCATTTTGTCACTTGGGAAAAAGTAGTAAAACGTCATATTTATTTAAAGAGTGC
TCCAGGCCATACCTAATAGCAATAAATATGGGTCTAGCCAAGAGATGACCAGCTGAGTCATTAG
CTGTGAGTGCTCGCCATAAGCTGTTTAAGGTACTGCTAGGAATGTTTTGTTCTTAATATTATTA
ACGGGGTATTGGAACTTTGTTCTCGCACATTGTTTTCATATGAGGAGGAAGTCACTTTTCAAAA
ACAAGATGAGTATTTATTATGTCTTACTGATTTCTTGGACTCTCTCTCCTCAGTTTCTCCTCAT
GCTTCCCCACTTCTCTTTGGCTTCTGCTCTCATTGGTATGTTTGTTTCTGTTTTTGTTTGTTTG
TTCTTTTTTTAAGGAAAAAACTGTGCTGCATAGGTAGGATGTTGTATGGCTAGCATTGAATTGT
ATGTAATTAATTTTGCACAAAGGCAAACATTTAGCATAGTAGTTAATTTTGTTTGTTATTATGA
CCATGCCAAAATAATATTCTGGGCTAGTAGAGAACAAAGGACTGTTCTTTAGGACTGAAACTTG
ATTTTACTTGTAGTAAGAAAAAGAAAAAGAAAAGGAAAAGAATCCCACACACTCACAGACGTTG
TTTCGTACGTGTTACAAGCACTGGATATAAATGGTATTTTTATCACTGACTAATGTGAAACTGG
TATGGAAACCATGAACAAAAGTCACCTGTTTCGACTCGTGTGGGCTTGCCTCACAGTTGCCGGA
TCTGAGTCATTTTTATGTCTTGTTATTTCATTTATTTATGCAAAATACATGTGTGTAGGAACAC
TCTGTGTCAGCTCCAGCTTGGCCTCAGCACTGGGGTTCAGTAACTTCTAGCCATATTCTCAAGT
ACAAAAGCTGTCCGGGAATGACTGGGTATGAGCGCCTCTTTCATTGGCTCAGACAGTGATGCTG
TATTGAAATCTAAATTTTGTGCATACACAGTTTATTCTATTTATTAGCCACACTTGGCTCTAAA
TATCCATGGGGATGGAGAACGACGATCACAGAGATGACTTACACCAGTGGGGCTTAAGCAAAGT
TTTATGACTTCACCATCTCATTTTTAGAGTTTTCTAATTGTGTAAATATAACATAGAAATAGAA
TTTATTTTTGGTTCATGAATTCCTAGTGACATATAAGTTATGTATCTTCTTTCTTCTGTTCTCT
ATTCATATGTGTTGCTCCACACTAAAAGCTGGCCGTCACAGTTAGTGTGGACAGAGAGTTATCA
GCTCCAGCGAGGCAGCATCCATCCTCAGCCAAGACAGCAAGACCCCTAGCTGGTCCTCACACAG
CCTGGAACCCACTGGCCCCAACTCAGACTCCCCATCTCCACATAGAGAGCTGCGGAGCTGCACA
CACTGAGTTTCCAGCAGAGTTGAAAGGAAGTCAGTTTGCTTTGGTAATCCAGACCCATCTGCCC
AGATAGCTCTGTGGCCCTAGAATGGCAAGAAGCAGGGGTTGCATTTCAGAGGTAAAGATCTGCC
TGCAAGGTTAGTATAAACCCCACAGCACCAGCCCAGGGCAATCCAAAGTCACCTTCTTGCAGTG
TTCCGTTCCCCATTTTACACTAGCTTT

hide sequence

RefSeq Acc Id:

XM_006230093 ⟹ XP_006230155

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,485,812 (-)	NCBI
mRatBN7.2	1	169,729,392 - 170,051,480 (-)	NCBI
Rnor_6.0	1	185,851,621 - 186,186,192 (+)	NCBI
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI

Sequence:

show sequence

TAGGCCAGCAAGAAAGCCTATTTTAAAAAGCAAAGGTCAGAGCAATGAGGTAGTTCAGTTTCAC
CACCTGATGACTTGAGTTTGATCCTGGGACCCACATAGTTGGAGAGAATCCATACTAGTGGTGT
CTCTCTCCACCAAACTTGTGTCAGGATACATGCATGTGAACACACATACTAACTAACTATGCTA
AAAAAAAGGACCAGTAATGGCAGAGAAATCCCAGCTGAGGTTGTCTTCCTCATGCCCTACACGG
AACAGGCGTACATATTTACACACCACCACCACCACTACCATAGAGCAATCGACCATTCAGTCAA
ATATTATCGAATTAAAGAGACTTTTGTCTTGTACTATCAAACAATCAAGGAAGCAATATAAACC
AATTAAAGTAGTGGGATTGTCATTTAACAAATACTCTTACAATAACGATAGCTAAGCTCCATGC
TTATCCTGGACAAGATATACTGTGCTAAAGATGTGTAAGCATGGTGCATAGTTTAATCTTCTAT
GTAATTTCCACGAGATATGTTTTATTATATTTTATGATTGTTGATACAGAATATGATACACAGA
GGTCAATTATGATCTCAAAGCTAGTAGGATAAGAATGAGTCATAGCAGGCAGACTGTTTAGAAT
GCTAGGCTAGAGAGCACTGATGGTGTTGGGTTGTTAAGGGCGAGATTTTGGTAGGAAAGGATGT
GTAATGATGGTCTCTATTGGAGTTCAGAGTGAAGTCAAGACCACATGTAGATGGATTTAGGATG
TGTGTTGCGCAGTATTTCCATCTGTGATGTATCCATTCTTTGGAATTTAGGGTCTCTTATCAGG
TGTTCACTGAAGACATACTAGATGTATGCCATGGCTCTGGGGACACATCTGAGAGCCAAAGAGA
AAATCCAGCCCCCAGGAGCTTACATTTTAGCAGAGAGAAACAGGCAACAACAGAAAGGTAACCT
CAGAAAGTAAAGTAATATATTCTAGGTTAGAAAAGAAATTCTATGGAGCAGAGTAAAAACAAGA
AATGAAGACAGAAAGAGCAAGTGTTTAGGCCGATGGGAGGCAGAATTCTAGGCAGAGGGGCTGC
CAGCCCAACGACTCCCTCCCTCAAGAGGGGTAAAAATGAACCCGTCTATTCCAGAACAGAGGTG
AGGGCCAGAGGGACTGGAGTCAAGTGAGTGGAAGGAAGCAATAGGAACCAGAAGATGCAGAGAC
ATGCAACTGGACATGTGGAATTTTAGTTATTTTAAAATTTAGTGTACAAAATATTAGATTATAC
TGTAATGATTCATATATATTTATATATACATATACATGTAAAATAAGAATGCTGGGCATCCTTA
TAAGAAGTTTTATTTTATTTGTTTCACTATGTAATGGAAGCAGCCTTGAGTTTCTGTAATCCTC
CTGCCCCAGCCTTCCACATGCAGGGATTACACACTTTGCCCCATCTCTAAGGGCTCTAAGAAGT
TCTAGGAAGGCTCTGCACTTTTGGTGAAAGTTGCAGGTGTTGTGATGGTCTATTCTCTCACATT
TGTCCTGAAAACTTGGTACTTGTGTTACATTTTATCTTGACAGTGGGTTAGGCATGGAAAAGAC
ATGGAAAAAACAGGGCTGTGGCTGTAGCTCAGAAGTAGGGCCCTTACCTGTGTGTAGGTCCTAG
CATTGCAAACAGACAAACAACAAACCTAAAGCAATAGCCACAAAACCCAGATGGAGAGCTTGTA
TACGGTAACTCCAGGGTACAGAAGAACCCCTGCCCTGTTAAACAGTGATTCATCGCCAAGAGCA
CATTTTCCCGGTAAATGTGTACAGAGCCCAATGTAGAAAGGAACTGTGATAGGCCGTAGCTTAT
GAAGTAATTTGTTCTCCGAGCCACTGAATAATAAAAACAGCAAATTTAGGCCCAGATATAAATC
TTCGTCTTGCAATTTGCTTGCAATGTTCCTTCTCAATATCAGTCTGTTGTCTGCAAATTGGATA
TAATGTTCCCTACAGCTGTCATAGACTCGGGAAGACTAAGTAAGAACGCCCTTTCATTTCTTTC
TCTACTTGAATTCATTCTTTATGACACAAGAAGCACTTCTATGTGTGTAGGTTGGTGGAATTGT
ATGTAGATCATTTTATAATTGGCTCCCTTTGCAGAATGTCAGGAGGTAAGAATGGAGAGACCTC
TCTAGCCATCCTAGCAGCTGATTAAACACTGTGTGGGAGAACGGGGAAGTGGGAAGGGTGGCAG
ATGAAACCCTGGCAAAGAGAACAGTCTGATCCCAGAGGACATTTGCAACAACCGCCTGGGCCCT
TTGGCTAGACTCAGAGCAGCCCAGGGCAAGAGGCCTGCCCCTCAGCACACCATCCAAACTGTGT
GCGTTAAGGCTTGGCTTTAATGAAGTCATGACCACTTGTTCAGCTCTGCATATGGCTGGATGTG
ATTCCCAGCTGCCCTGTGAGTTAAAGTGTAAACAATGAGTAGATTGTTATGTTCTCCTATTAAG
CTCAGAGTGTGATCTCATGTCTGTGCCACATATGTCTACCACTAGAAATGTCCCTGCTCCTGAT
CTCATGAAAGGGAATTAAAACTGTGTCTGAAAATGTCTGAGTCTGCTAGTCTGAGGGCTTTTTC
CTCATGTTTACATTGAAAACAAAGAATGATATAGAGGTATAAAAAGTCATCATCAATAGGTGTC
AACATGACACCAGAAAGATAATATATGCTAGGATGAACATTTTTTACCTTAGGACTAAGACATC
CATGCATGTGACATTTTCTCAGAATACAATACCCTTGTAGTCTACAGTCGTAAAGAAGGCTGAA
AATTCCAGGATCTGAAATGTATGCAGTGCTGGACAAGTAACCCATCCACAGAACTGTTTTTGCC
CATTGCTAGCATGTCGATTAATTAGTGTTCTAGTTTTTGTTGTTCTATATTAATCAGAAATGCT
ATCATCTGTGCATGTGTTTACATTTTTAAGGGTAGCATATGTGTACTGGTCAGTGACATCCTTG
AATGTCAGCCCTATAGCCTTCTCCATGGTTTGAGACAGGATCAGGTACATCCAGCTGCTACATA
CAGAAGGCTAGCTGGCTTACCAGCTCCTGGGGATTCAATGGTCTCTGCCTCCCATTTCACCACA
GGAGGCTTGGGATTACAGGTGTTTGCATTATCTTGTCTGACTTTATGTGTGTTCAGAGAACTCA
AACTCAGGTCTCTACAGTTGCACAGCCAGCATGCAGCCATCCATCTCTTCAAGCTCTGGGATGA
TGTTTGTGCTGTTACTCTTTTATATGATGAAGGTTTCAAATGTTGATATAATGAGAATGCTAAG
TGAAGACCAGGGATTTGAAGTTCTCTAGAAGGAAACATTTATTTTTGATAATGTCAATTAGCAT
TCTAGATAATCCAAGGTATCTGTCTAATTTTGCTTATTCTTTGTAGCAGTTCTAAAGTAAAGCC
ATCCCCATTCTACCAATGAGGAAGGGGAAGCTGAAGAAATTTAAATAACCTCTTGAGGTTGCGA
AAGACTGGTTTCTTACTAGGGTGATCTAATGTCTCTATGTTGATATTCTTGTTGTGCCTCAGTG
CTTAAGTCTTTCCTAAATTCTATGCAAGATGGCTTCCTGATCTCTAAACTTGGTAGTAGTTCTG
AGTACTAATACTCATATTACTCTCACTGCTTTTTTCCACGTGTGTACATGCGTTCTACCTTTCC
CATTGATGCTATGTCTGTTAAGCTGTGGTCTCTACCTGGCTGCCATGAAACTGTTATCCCTGTT
TACAGGTGAGTAGAACAGACAGAGAGGGTGTTGATTTTCCAGGTTAAACAATTCTCAGAGACAA
ACCTAGTAATCTCTTGTCCCCAGTTTGGCAATCCTGTTCAAACTCTGCTGTGTATCCTCAGGGA
GGCTGACTTAACACAGAGAACAGTGACTGTACAAGTGTCAAAATATTACATTAGCCAGTCTAAG
GAGTAGTGTTTTTCTTTCCCTAAAAATGCAAGTCTTTGGGAAATTCTCTTGGGGGTAGGGGTGG
GGCTTATCCTGCAAGTCCTGCCACTGTATCTAGGGAAAGGATATTCAGATAGAGTTATTATTGT
TATGGATTAAGTGTAACAGATTCCTGCTGGGGTCTGCTAGGCCAGGGCCTTGGTTTCAGAGCTC
TTAAAAATTCTCCAGCTTAATTGAACGGAGAAGTTTGGGAGTGGAAGAAGAGTTTGGAAGGGAA
AGTTTTCTTGTAGGTGATAATTACAAATGCTGCACTCTAGTAGCATTGCATCTTTTCAAACCAT
GGGGTAAGGAAACCACGCAATCCATCTATGACTGCTGTCTAGTAACAGGGAAGCCTGGTTCTGT
AGTGGGTAGGTATGGTTACTCTTGGGTGTTTGTGCTGGAACCACCATGAAGTAGCTGTAGATTT
GGCACAAATTGCTTCCCTTCTCTGATCAGCCCTCACTTGGCAAGCAAGATAGTAGGGTTTGACA
GCTTGTTTGGTTTATTTTGTTTTTATTGTGAGACAAGGACTTATGGAGATCGGCTTTAAGTTGG
CTGTGTAGCTGAGGCTGGCCTCTGTCTCCTGAGTGTTTCAGATGAATTTTATGTGTACTTTTAT
TTTTCAATGGTTATCTCTTGATGCCAAGTATTGAAAAATTGAATGTTAAACCATATTTCTGATA
AGAATAAGCAAAGATATAGAAACTTGCTATCAAAAATAATGTAGCAACATAAGTCCTCAAAAAT
ATGGCCTTAACCTGTTTTTAAGAAAAAAAAAGTGTTCCTCCCCCCATTATGAGTTTATAAACCA
GCCCTAGGTTAGGCTTCAGACCTTATTTCTTCCACTCACTTCAGTCTAGCCACAGACCATTTAT
TTAACAATGGGAATCTGCCTGTACATCTCGAACAACGTTTGTTTCTATTTACTTAAACCCTTTT
TAAGGTCACTGGACCATATGTCAGATCCCGAGGCTGGAAGGCCCTCCTTCCTTATGGTGAGGAA
TGCCTCACCACTGTGGACTACGAAGTTCATAAACTCTTTTTGTTAGCAGTGGGACCACAGAGTT
GGAGGGCACCTGGGAGGTGCCTTCACTTGAACTTAGAAAGCATGTTATGGAAGTGACTAAACCT
GCTTTATCTGTGGACTCCAGAATGGTGCTACGTACAGATCCATATTTACCGGTTAGGTAATAAG
AGAATAGCGAGGAGGATACTTGCGTTAGGCAGCACTTTTCTTATCTACAGCCTTGTGCTCACAT
GTCAAACTGGCAAGGTGCCCAGGCTTGTGGGCATCTCCATGACAAGAGAGATAGGTGCTCTGGG
TGGTTTGGTGTGGCCATTACCACTCTGGCAACTTCTGAATGGATATGTGATGTGCTGTTGCTCC
TTGTGGAATGTGAAGAGTTCCATATGCTGAGAAGAGTCAATGCGCACAGTAATCTCTGCTTCCC
GAAAGAGAATGTTTGTGGTGTAGAAGGCCTCAGCTCAGGGATAGCGTTCTCTGCTTGTACTGTC
AGGTTCTCTCTTGATCTCCCTCTTCCTTAAGAAGGATTAGGCACCCCGCAGTGTTTCTGTACAT
GCTTGCTGTATGTTACCTCCTTCTGGAGCATTAGCATCTTGTTCCACATGGGGAAGTGGCTGCA
TTTTCACTGTTCTAGTTTTCTCTGAGCAGAGCAGTGGCAGGGACTCGGTCTGTTACCCTGCTGT
TCCTTAGTCTGGGGAAAGGACAAGTGAGTTTAGGGAGCAGTGGGGATGCAGAGCCTGGAGGGGA
GTGTTCATTACTTGCTATTGTTCTCTCTAGGGGAAAGGTATGGACCTGGCTTGATCTGGCCATT
GTGTACTTTTGTCTCAGTAGCTTTTCTTCCCTTTGTAAGGAGCCCAGGGACTCACATTCTTCTT
TTCTTCGGGAGGAACCACATGGTAAAGGGGGCAGTATTTTTGTTCTTTTCCTTTTCCCTTTTTT
TTTTAGATAAAAAGGGAACATGGGTTTTACTCTGGGCTTCACACCTGCCAGTCCGCCTGGGTAG
ATGAGGAATGTTGTCCTCTCTGAACTTTGTCTGTAGACGATGATGGTTTAGTGAGAAGACTAAT
CACCGAGATGCTGGGGAAAGTAGAGGAAATAGTATTTATATGGGCTGTGAAAGTTGTAAATTAT
AAATTTATCTAAACACAAAGTGCAGTCATTTTTGTTTTCCAATATCTGTACTCTTAGGGATTTT
GCTGAAGTGAGACTGGTTTTTTCCTGACTTTTGCAACTACTTCCTCAGGCACAAGCCAGTTGGT
GCTCGGCACTGCCCCAGCCTTTCCTTGGTGTCTTCACCAGGCAATCACTCTGACCCTCACAGCT
GTTGTGTGTCAGTTCCAGGAGGGTGCCTTGTGCTCGTTTAGGATTACAGAATCTGGTATTGAGT
TTCAGTTTTTAGCGAACAATGGCTGATCATTCTGAGGTATGCTACGATTTGGTGTATTCCTGAG
AGGATGACGTGGGTGCTTTATAATTCACAGAAACTTGTGCAAAAATGGCATACTTGACACTCAT
TCTTTTTAAAGAGGAATACATCTCATTTTCTTGATTTCTTATTTTCCCAGTGGTTTCTTTTGAT
ACCTGCTGTTTAGATTTTCCACCCTTCCCTTCACATCGCCACACTTTGCAGCAGGAACAAAGAA
TGTTTTTACCATTCTTTCCTAAAGTATAAGAATTTCTCAATGTTGGAACAATATGTTCCAGCAA
CGTGGAGCTACAATACACAGAGACAGTGTTGAAAAGTAGTTAAGGACATGCTGCCTTTGGAGTG
AGACATGTGGGTTTGTTAGGATGGAACTTGGACAGATTTCTTAGCTCTTTTTTTCTTATTTCCT
TCAGTTTCCTTTGTAAAATAGGGTTGAAGAACCTATAGCATTATGTTATATGACAGATGAATTT
GTATATATACATACATTCGTATAGAGAATTAGCTATTATTTCTGCCATCATTCAGAAAGTCTTC
CTACTATTAAAGTACTAAAGTCATTCCACACCTTGTTCATGCAGCTAGGAACCTGTCATTTTTC
TTGGGCATCAAACCTCACCAGGTATAATTCTTCTATCTTCCTGAAGCTGAGTGTGAAGCATGGT
ATGTTTGGATGGTACAGATTGCCCATGAATTCTGCCAGGGATGTATCCAATGTTATCTGTGGAG
GAACACAGCACACAGACAGAAGAAGAAATAAATATAAGTCTATCTTGATCAAGTTAAATGGCTA
TTATATAAATAGTTGCAATAGGAAAGTCACGAAAGATTGATGCTTTCCTGAAGAGCTTCTGGAG
AAGTCAAGCTATCAGCTGAGCTTGGACAGTGGATCTGGAAACAGGGAGGTGTGTGGAAAGCTCA
GGGTGTTGGGAGTGGACAGCTGGTGCCAAACAGAGCAAGGACAGGATGCTGCATGTGACTTCCT
GTGTGGGTGCAGTGAAGTTACTTAAGTCCCTGAAGCTTCAGTTTTCTCATCTGTGAAGTGGGGA
CAAGGATACTTGCCCATGCAAAGCAACTAGTGTAGCTTTTGGTATGATTTATATTTGGGAAACA
GGATCACTTTCTATACACTCCAACAGCTGAAGGTGTGGGAGTAATACCCCAGGCAGATAACCAT
AGCCAAACTACTGAACTACTTTAACATGGATTGTTTGAAAATGAGTTCAATTTTGTCTTTATAG
TTGTTTTGAGACTGTAGAGCTCAGGCTGGCCCTGAACTCTGTATCCTCTTGCCTCAGACTTCTC
AGCTGGAAGGAAAGATGTGCACCACCTCTCTGGCCCCATAAAAGGGGATTGATTAGTAGGTCCC
TTGCAGAGTTGTTTGGAGACTTAATGAGGTTCTGTGAAGATAGCTAGTGAGCTGAGCATGCAGT
AAGTTCTCAAACCCCAGCCACTGCGCCAGCCATTTCTTCTGCAGTTCTGCTTTCTTGCGGATAC
CTTCTTGGCTGTTTTTCATCATTTCCCTACCCTCTGCTCTTCTTTTCATCTGTCTTCTTTCAAC
AGCATTTATCAGTGGTAGCTGGAGACACTGAACACAGAGGCTTGGAAGAATGTGGAGGTAGAGT
AGCTGGTTGGCACCACACGCCCAGCCGAGCAGATAAGGAAGGGCAGCTAGACACACGTAAGCAC
CGCAGCGGGAACATAGGCACACATGCACCCCTTTGACCGAGGAGCCATCCTTATTAAGGCCACT
GAGGGATTTTCTTCTTAAGAGGAATTCTGACCACACTGCTCCCTTGGTTAAATTTCTTCATCAG
CGTGTTATCTCCCAGAGTTTAAATCCTTCCTGCCTGAACAGCATTAGAATCCTTTCTGCTTTGT
TGTCTGCCTGCCTTTCCAGACAACCTGAGACATCCTGTATCTCTAGAGGGTGCTTTGAAGTTTG
CTTTCCCAGGGTGCCTGCACACACTATGGAATCTCCCTTTTCCACCAGACAAACTTCTACTCGT
CCTCCAGGAACCCACTGACTGGGACATCTGTGTCACCTTTGATTTCTCCAAAATTTGCTATTTT
CTCTTTTGGGTTTCTAAAGTGTTTCTCTAGAGCACCTATGTATGTTGTCTCATAATGATTTATG
CTCTAGTTCTATTTATTGCTCTAGCAAAAAGCAAAATGGTCCCCTACTTACATTTGCTCAGTTT
ATAATCTGATATCTTTATTATGACACAAAAATGTTGTGCTCTTACTAGAAGCTGTATTTCAAAT
ATCACATGCAGTCCCTCTTATCCAAGGATAGCAGCCTGAGGTGTGCTGAACTCTGACCTTCCTG
TGGTACAGCTCCGTAGCAAGTACCACACAGTTGCTAAGCCCTGCTACTTGATAGGTGAGGTGTA
TAAAATGCAGTTTTGACTTGTAAGTTTTCAAGTCATGGACTCATCAGTTAAATTCTGTCACAAG
GTGAGGCACATGTTTACCAGATATGACAGTATTATATACCTCTGAGTTCGGCAGTCATGATAGT
TCATGAGATGGAGCAAGCAGTCAGTGTTTGCATGTTAAATAAAAGAGGTGGGGACTCAGGGCTG
CTGATTTCTCACGTGGCTAGCCAAATTCTAAGGATTACCGTGAAGACACTGTCTCATAGATCCT
GTTTTGTATGAAGAATTCAGAATGGCAACAAACATTGTATTTTCCTTTCTCCATCAGATCAGAC
AATGATCCCTTTCCTTTAGAATTCAATGACAAAGTTTCTAACATTCAAAAAGAAGCCCCACTAG
TTTTCTTTCTTCTAGTGGACTGTTTCCCAGATCATCTAGTCTACAACTCTGGCAGAAGCTGATG
GTCTGACAGTAGCCTCATCTCTGGTTTTTCTCCAGGGTGGAGACAGCTTGACCTGGACACCGTT
TACTGTGTGTCGTGGGACTCTCCTATGGGCAGAGCCATCAGCACATTCACAATAAAACTGAATT
TCCTGTAGTGTATGCTTCTTAACAGTAAAACAATATAACAATTCACCTGAGATTGTACAATTTG
AAAGAAATGGATGGAAGGAAAATGGCAGGGAGGTTAGCCTCCCACTTGTGGTTTATTAGCTCTA
TGCTGTGTTTAATGCTTTATCAGGATCAAATTTCTTTGAGAAGAAAACTGCTAATGTGGTCAGA
GATATCTTTTGTTCCAGCTGGCTCTGGCCATTTTGGGGAGTAAATCAGCTCTTTTTTTTCTGTA
TACACTCTGCTTGGGAGCTGTAATAAGGGAGTGCATACTGCAGTGCGGTGACCTTCAGCCAACC
AGAGAAAGACACTTCTTCTAATCAAAGGCAAAAGCCACGATCTTTCTTGTTGTAACTTACTGTT
GACACAAGAAAGGCCAGAGAGATTGACATCAATCTCTATAGAAACCATTAACCAATGCTGAGTA
AATCTGCAGCATTGAATCCATATGCATGCTTGCTTTTATTATTCTTGACCTATGGGCACACGTG
AGCATTTTGTGGGCTTTGTTTTAAAAGGAATGTTTAAAATGTAGCTAGTTATTATGGGATTTCG
TTGGTGAAATAAACTGTTTGGGTAGTCTAAATAAAGGAATATGTATTATTTTGCATCTCCTAAG
CATTATTTGCTTAGGTGTGGCTTGGCTTGATTCCAAATTAGCACCCGGCAGAGGCTGTTGCTTT
AGCTGGGTGTAGCAAAAACCAAGTAATTTTATATATGTTTTCCAAATGATGTGCGAGTCATGTG
TATATTTGATTCTAACTGTGACTTTATTTTTTGGCTTCTACTCTTAAAAAAAATTCCTTAAAAC
CTTAACAATGACTGTGTTGGCTGTAGGGACATGTGTGTCTAAGAGTCTCTTAGATGTCCCAAAC
TCAGGTGGGTAATACTTGCCGGACAATTGGTCACCGTGTGCTTAGCAGAAACAGGCTCTGTAGT
CAGAGCTTCAGTGTTTGGAGCTCTTTTTCCTGACTCCCCCGCCCTGAAATCTCAGCTCTGGTTG
AGGAGGGCGAGGAAACAAAAATGCTTTTCATTTTATTCTCTGCTGTACATTTTCCAGTTTGGGT
GACTAAAGCTGGCCAGGGTGCCTATTTTTGGAAAGAGGAATTAAGATACTTTGGAGAAAGTACT
GCACTGTGTGCTGGCATTCCAGATGGCCAAACTAGAGTAGAACCAAGCCCAAGGTTTTGAGGCT
TTCGTGCCAACGATGACCTCATGAGGTCCAGCCTGGAGAAAGAGAGACATAGTTCTCCAACAAT
GATGGAGAATGGCTTCTTCCTTTCATATTTCTATTGAGTGATCTCCAGTGTCCTTCTCTTTTCC
TGTCTCTGACAAAATTAGCCCTTTATAATTAACAATTGTTAGGTTTTTGGCTTGTCTCTCAGAC
TTCTCTTAGAGCCCCTTTCACCCCATCTACCCATTGTGTCCTCTCTACCACACAGAAAAAAAAC
TGTGATATTTTTCTCTTTGGCATTCCTGTCTTTTCCTAGCAGGCTTTTCTAGTGGGGACTGTGG
GCGATTTTACACTTGATTTGTTGAATCTGAACTCTTTGCTGTAAACTCTCACACACAGAAGGAG
CTATCTTTATAAATGACAGAACGGACCAGGCCTGAATGGCGCTTTGTTTACTGTTTTCCTAAAA
GGGGCCCCTCTATATTTCATCTGTCAAAGTTGCTTTTCTTTCTTTCAACAATGCTTGATTGTTT
TCACAAAAATTCAGGTTCCATAGACAGGAGAATTCTGTATTATATTTTCCTGCCAAATTCCGAT
CTCTGTTTTCCTTCCCCTGTGCTCACAAAGGGCTCATAACTTACTGTCAACTGTGGGCCGACCA
CAAAGCTCCACTGTTGCTCAGCAAATAGGCTCTATTGCATGATGGCTTGACTAGCTTGTAAAGT
TTGCTTAACTGGAGCAGCAGTGGCAGGAGGCATGTGGGTGCTGTATCTCCCCACAGGCCAGGAG
TCTTCACTGCTCCCATCAACTTTTATGCTTTTAACTCTTTTAATTGTTGAACAGAATTGACACT
GCTTTGTTTAAGCAGAGTAGATGCAATTTAAAGCCCCACGGCTGCATTTGGTAGCCCGGGACTC
AGGAGAAATTAATTAGTTTTTTTGTTTTGTTTTGTTTTGAAAAAAATTCTTTTTGGTTGGCAGT
TAGTGTTTTTTGTGATTTGGGAGGGTGTCAAAGGGGTATGCCCTCGAGTTCTGAAGTTCTGGCT
GATGTGGCAAGAGAAAGTCGGATTGAAGAGTGGAGGAACAGCTACTTCGTAAGAATGTCTTCCA
AGCAAGCCACCTCTCCATTTGCCTGTACAGTGGATGGAGAGGAAACAATGACCCAGGATTTGAC
CTCAAGGGAAAAGGAAGAGGGCAGTGATCAACACCCGGCCTCCCATCTGCCTCTGCACCCCATA
ATGCACAACAAACCTCACTCTGAGGAGCTGCCGACGCTTGTCAGTACCATTCAACAAGATGCTG
ACTGGGACAGCGTTCTGTCATCTCAGCAAAGAATGGAGTCAGAGAATAATAAGTTATGTTCCCT
ATATTCCTTCCGAAATACGTCTACCTCACCACATAAGCCTGACGAAGGGAGTCGGGAGCGGGAA
ATAATGAACAGTGTTACTTTTGGAACCCCGGAACGCCGCAAAGGGAGCCTTGCCGATGTGGTGG
ATACGCTGAAGCAGAAGAAGCTGGAGGAGATGACTCGGACGGAACAAGAGGATTCCTCCTGCAT
GGAAAAACTACTTTCAAAAGATTGGAAGGAAAAAATGGAAAGACTAAATACGAGTGAACTTCTT
GGAGAAATCAAAGGTACACCTGAGAGCCTTGCAGAGAAAGAACGGCAACTCTCCACCATGATTA
CCCAGCTGATCAGCTTGCGGGAGCAGCTCCTGGCAGCGCACGATGAACAGAAAAAGCTGGCAGC
CTCGCAGATCGAGAAACAGCGGCAGCAAATGGACCTTGCTCGCCAACAGCAAGAACAGATCGCA
AGACAACAGCAGCAACTTCTACAGCAGCAGCACAAGATTAATCTCCTGCAGCAACAGATCCAGG
TTCAGGGGCACATGCCTCCGCTCATGATCCCAATTTTTCCACATGACCAGCGGACCTTGGCAGC
AGCTGCTGCCGCCCAACAGGGATTCCTCTTCCCCCCTGGAATAACATACAAGCCAGGTGATAAC
TACCCCGTACAGTTCATTCCGTCAACAATGGCAGCTGCTGCTGCTTCTGGACTCAGCCCTTTAC
AGCTTCAGCAGCTCTATGCCGCTCAGCTGGCCAGCATGCAGGTGTCACCTGGAGCAAAGATGCC
ATCAACTCCGCAGCCACCAAACTCAGCAGGGGCGGTCTCACCTACTGGGATAAAAAATGAAAAG
AGAGGGACCAGCCCTGTAACTCAAGTTAAGGATGAAACAACAGCCCAGCCACTGAATCTCTCAT
CCCGGCCGAAGACAGCAGAGCCTGTGAAGTCCCCAACATCTCCCACCCAGAGCCTCTTCCCAGC
CAGCAAAACCAGCCCTGTCAACCTGCCAAACAAGAGCAGCATCCCCAGCCCCATCGGGGGAAGC
CTGGGGAGAGGATCCTCTTTAGATATACTATCCAGTCTCAACTCTCCTGCCCTGTTTGGGGACC
AGGACACAGTGATGAAAGCTATCCAGGAGGCTCGGAAGATGCGAGAACAGATCCAGCGGGAGCA
GCAACAGCAGCCGCACGGAGTTGATGGGAAGCTGTCCTCCATGAACAGCATGGGGCTGAGCAAC
TGCAGGAATGAGAAGGAAAGAACACGCTTTGAGAACCTGGGTCCCCAATTAACAGGAAAGTCAA
GTGAAGATGGAAAGCTGGGCCCTGGTGTCATCGATCTGACTCGGCCAGAGGACGCAGAAGGAAG
CAAAGCAATGAATGGCTCTGCAGCTAAACTACAGCAGTATTATTGTTGGCCAACAGGAGGCGCC
ACTGTGGCTGAAGCACGCGTCTACAGGGATGCCCGAGGCCGTGCCAGCAGCGAGCCCCACATCA
AGCGACCAATGAATGCGTTCATGGTTTGGGCAAAGGACGAAAGGAGGAAAATTCTTCAGGCCTT
CCCTGACATGCATAACTCCAACATTAGCAAAATCTTAGGATCTCGCTGGAAATCCATGTCCAAC
CAGGAGAAGCAACCTTACTATGAAGAGCAGGCCCGGCTAAGCAAAATCCACCTAGAGAAGTACC
CAAACTACAAGTACAAACCCCGGCCGAAGCGCACGTGCATTGTGGACGGCAAGAAGCTCCGGAT
CGGGGAGTACAAGCAGCTGATGCGCTCACGAAGGCAGGAGATGCGACAGTTCTTCACTGTGGGG
CAACAGCCTCAGATTCCCATCACCACAGGAACAGGTGTTGTGTATCCTGGTGCTATTACTATGG
CAACGACCACACCATCACCTCAGATGACATCTGACTGCTCTAGCACCTCTGCCAGCCCAGAGCC
CAGCCTCCCTGTCATCCAGAGCACGTATGGTATGAAGATGGACGGCGCGAGCCTGGCTGGGAAC
GACATGATTAATGGCGAGGATGAAATGGAAGCCTATGACGACTACGAAGATGATCCCAAATCAG
ACTATAGCAGCGAAAACGAGGCCCCAGAGCCTGTCAGTGCCAACTGAGGAGCTTTTGTTTGCTG
AATTAAAACACTCTGACATTTCGCTCCCTTTCCCCAACAACAACAACAAAGTTCTTAAAGAGCC
CGCATGCATTTGTGGCTCCACAATACATCAGCAGAATGGTCTTAATTGCTTCGTAACGTGTGAG
ACAGATGACGTTTTCCTGATTTTTCATAAACTTGAGTTTTTGTCGTTACCGTTACTGTTGTTGT
TTATTTAGGTGAAGATGTATTAAATATGAGACACCGGGACTTGGAAACCTATCTCCGCCCATCG
CCGTCTTACGAGTCTTACATTTCTGTCTTACTATTTTTCTTTTGGATGTTGACAAAGGGTTTAA
GTTACTGTTTTAGATGGGGTTAAACATTCTCACTCAGGTATGCTGTGCCGGCTACAGGTTGTGA
ATGTGTTTTTATTCTGAATTACTTTAGAAAAATAACTGAGGGTTTCGTATTGTGAAACCGGACA
AGTCCACGGCGTGAGCGGCTGCATATAGAACATGGTCAAAAGGCCTCGGAATTCCATTGTTTTT
TTCCATGTGTAGAATTCAACTTTGAATGTGCCAAACTTTTTTCATAACTTTTGAATCTTAACTA
TTTTGAAAGTCTTACAGGAGACACTGCAAAGTCTTAGACAATCTTTGGCATCTTAAAATAAAAT
AGCAAACCACATTTTTTTTTCCAGAAAATGGTGAAGTACTCAGGAATCTGGAGACAAGATATTG
TAAGGAATGAGCAAGGCTACCACAGTGCGTGAACCCAATTGTGTTTGCCTATTGATGTGCCATC
GGTGTGTGGCGTGGGTTGACATAGATCAGAGCAATCACCACAGCAGACACCACACGGTGGGCTC
CCCTGTCTGAGACCACAGCAGACACCAACACGGTGGGCTCCCCTGTCTGAGACCACACCGGACA
CCAACACGGTGGGCTCCCCTGTCTGAGACCACCTCTCACTACATCCATTCTTCCTTGCCTTTTG
CCCTGACATTCAACCTTAACACATTGTTCTCTTAAATAATTTATTCATTCCAGAATGTCAAGGG
TCCACTTACTATTTATTTTAAAAATTATTGGTGGCATTAATTTAATATTTTTCCTTCCTTGCCC
TTTAACCTCTTCTTCCTGCTGGATACAAAAGATGTACATAGCAACCTCGTGTCCCCAGAGTCCA
TGGAGACGTCTCTGAAGTGATGCTAGCCATGCATACATGGTTGTTTTTAAAAATGAGTGTATAT
CTGGCTGCAGGGTTGTGCATCTGCATCAAGATGTCCTACATTTAAACATGTATGCCCCCAGGAG
TCACTGTGACCTCAGGTCTTTGACTAGAGTTTCTCCTTCATTCAGTTTTTCAGTAAACAGTAGA
ACCTGAGTTCCATTCAGCAGTGAGGGTCAGCAGTGGTTACTGCCAGTCAAGGAGCCTCTCACAG
CCACTCTGAAGTCCAAGGGCCATGGGCCATACAGGAGTCTACATTGGAGCTGGCATGCTGTCAC
CTTTACTGAGCTACCTGGTCCCAGCTGGCACATCCATGGAGATCTTTGCAAAATCTGCAGGTTG
TTAGACAATTTAAAGGAAAGACTGGGTGAAAGGAAAGCACAGGGAAGGGAAAGTACAGGTGTGC
TGCCAGCTCTTAGGGGCACATGGCGTCTGGAGGTACCCGCCAGCTCCTCTGACGACCTGGTTTC
TCAGTGTCTGTGAACGCTGCTGATCTGCTCCTGTTGCTCAAGGTGAGCCCTGGAGACATGCTGC
AGGGCTGTGAGGGATCCAGGTTCCCTCTCCCATCTCCTAACTACAGGTAGTTCTACTAAGTTGT
GAGTTTGACCATCCTAAAGCCAAGCCTGTTGCTTACAAGAAGCCTTACTCAGAGCCCTTCGGTA
GGAGGTGTCAGTGAACAGTACAGCCTAGCATCTAAGCATCAGGACAAAGAACAGCTCCATCAAG
AATTGAGCCATTTTGTCACTTGGGAAAAAGTAGTAAAACGTCATATTTATTTAAAGAGTGCTCC
AGGCCATACCTAATAGCAATAAATATGGGTCTAGCCAAGAGATGACCAGCTGAGTCATTAGCTG
TGAGTGCTCGCCATAAGCTGTTTAAGGTACTGCTAGGAATGTTTTGTTCTTAATATTATTAACG
GGGTATTGGAACTTTGTTCTCGCACATTGTTTTCATATGAGGAGGAAGTCACTTTTCAAAAACA
AGATGAGTATTTATTATGTCTTACTGATTTCTTGGACTCTCTCTCCTCAGTTTCTCCTCATGCT
TCCCCACTTCTCTTTGGCTTCTGCTCTCATTGGTATGTTTGTTTCTGTTTTTGTTTGTTTGTTC
TTTTTTTAAGGAAAAAACTGTGCTGCATAGGTAGGATGTTGTATGGCTAGCATTGAATTGTATG
TAATTAATTTTGCACAAAGGCAAACATTTAGCATAGTAGTTAATTTTGTTTGTTATTATGACCA
TGCCAAAATAATATTCTGGGCTAGTAGAGAACAAAGGACTGTTCTTTAGGACTGAAACTTGATT
TTACTTGTAGTAAGAAAAAGAAAAAGAAAAGGAAAAGAATCCCACACACTCACAGACGTTGTTT
CGTACGTGTTACAAGCACTGGATATAAATGGTATTTTTATCACTGACTAATGTGAAACTGGTAT
GGAAACCATGAACAAAAGTCACCTGTTTCGACTCGTGTGGGCTTGCCTCACAGTTGCCGGATCT
GAGTCATTTTTATGTCTTGTTATTTCATTTATTTATGCAAAATACATGTGTGTAGGAACACTCT
GTGTCAGCTCCAGCTTGGCCTCAGCACTGGGGTTCAGTAACTTCTAGCCATATTCTCAAGTACA
AAAGCTGTCCGGGAATGACTGGGTATGAGCGCCTCTTTCATTGGCTCAGACAGTGATGCTGTAT
TGAAATCTAAATTTTGTGCATACACAGTTTATTCTATTTATTAGCCACACTTGGCTCTAAATAT
CCATGGGGATGGAGAACGACGATCACAGAGATGACTTACACCAGTGGGGCTTAAGCAAAGTTTT
ATGACTTCACCATCTCATTTTTAGAGTTTTCTAATTGTGTAAATATAACATAGAAATAGAATTT
ATTTTTGGTTCATGAATTCCTAGTGACATATAAGTTATGTATCTTCTTTCTTCTGTTCTCTATT
CATATGTGTTGCTCCACACTAAAAGCTGGCCGTCACAGTTAGTGTGGACAGAGAGTTATCAGCT
CCAGCGAGGCAGCATCCATCCTCAGCCAAGACAGCAAGACCCCTAGCTGGTCCTCACACAGCCT
GGAACCCACTGGCCCCAACTCAGACTCCCCATCTCCACATAGAGAGCTGCGGAGCTGCACACAC
TGAGTTTCCAGCAGAGTTGAAAGGAAGTCAGTTTGCTTTGGTAATCCAGACCCATCTGCCCAGA
TAGCTCTGTGGCCCTAGAATGGCAAGAAGCAGGGGTTGCATTTCAGAGGTAAAGATCTGCCTGC
AAGGTTAGTATAAACCCCACAGCACCAGCCCAGGGCAATCCAAAGTCACCTTCTTGCAGTGTTC
CGTTCCCCATTTTACACTAGCTTT

hide sequence

RefSeq Acc Id:

XM_006230094 ⟹ XP_006230156

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,485,817 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,051,481 (-)	NCBI
Rnor_6.0	1	185,851,621 - 186,186,192 (+)	NCBI
Rnor_5.0	1	192,644,288 - 193,155,831 (+)	NCBI

Sequence:

show sequence

TAGGCCAGCAAGAAAGCCTATTTTAAAAAGCAAAGGTCAGAGCAATGAGGTAGTTCAGTTTCAC
CACCTGATGACTTGAGTTTGATCCTGGGACCCACATAGTTGGAGAGAATCCATACTAGTGGTGT
CTCTCTCCACCAAACTTGTGTCAGGATACATGCATGTGAACACACATACTAACTAACTATGCTA
AAAAAAAGGACCAGTAATGGCAGAGAAATCCCAGCTGAGGTTGTCTTCCTCATGCCCTACACGG
AACAGGCGTACATATTTACACACCACCACCACCACTACCATAGAGCAATCGACCATTCAGTCAA
ATATTATCGAATTAAAGAGACTTTTGTCTTGTACTATCAAACAATCAAGGAAGCAATATAAACC
AATTAAAGTAGTGGGATTGTCATTTAACAAATACTCTTACAATAACGATAGCTAAGCTCCATGC
TTATCCTGGACAAGATATACTGTGCTAAAGATGTGTAAGCATGGTGCATAGTTTAATCTTCTAT
GTAATTTCCACGAGATATGTTTTATTATATTTTATGATTGTTGATACAGAATATGATACACAGA
GGTCAATTATGATCTCAAAGCTAGTAGGATAAGAATGAGTCATAGCAGGCAGACTGTTTAGAAT
GCTAGGCTAGAGAGCACTGATGGTGTTGGGTTGTTAAGGGCGAGATTTTGGTAGGAAAGGATGT
GTAATGATGGTCTCTATTGGAGTTCAGAGTGAAGTCAAGACCACATGTAGATGGATTTAGGATG
TGTGTTGCGCAGTATTTCCATCTGTGATGTATCCATTCTTTGGAATTTAGGGTCTCTTATCAGG
TGTTCACTGAAGACATACTAGATGTATGCCATGGCTCTGGGGACACATCTGAGAGCCAAAGAGA
AAATCCAGCCCCCAGGAGCTTACATTTTAGCAGAGAGAAACAGGCAACAACAGAAAGGTAACCT
CAGAAAGTAAAGTAATATATTCTAGGTTAGAAAAGAAATTCTATGGAGCAGAGTAAAAACAAGA
AATGAAGACAGAAAGAGCAAGTGTTTAGGCCGATGGGAGGCAGAATTCTAGGCAGAGGGGCTGC
CAGCCCAACGACTCCCTCCCTCAAGAGGGGTAAAAATGAACCCGTCTATTCCAGAACAGAGGTG
AGGGCCAGAGGGACTGGAGTCAAGTGAGTGGAAGGAAGCAATAGGAACCAGAAGATGCAGAGAC
ATGCAACTGGACATGTGGAATTTTAGTTATTTTAAAATTTAGTGTACAAAATATTAGATTATAC
TGTAATGATTCATATATATTTATATATACATATACATGTAAAATAAGAATGCTGGGCATCCTTA
TAAGAAGTTTTATTTTATTTGTTTCACTATGTAATGGAAGCAGCCTTGAGTTTCTGTAATCCTC
CTGCCCCAGCCTTCCACATGCAGGGATTACACACTTTGCCCCATCTCTAAGGGCTCTAAGAAGT
TCTAGGAAGGCTCTGCACTTTTGGTGAAAGTTGCAGGTGTTGTGATGGTCTATTCTCTCACATT
TGTCCTGAAAACTTGGTACTTGTGTTACATTTTATCTTGACAGTGGGTTAGGCATGGAAAAGAC
ATGGAAAAAACAGGGCTGTGGCTGTAGCTCAGAAGTAGGGCCCTTACCTGTGTGTAGGTCCTAG
CATTGCAAACAGACAAACAACAAACCTAAAGCAATAGCCACAAAACCCAGATGGAGAGCTTGTA
TACGGTAACTCCAGGGTACAGAAGAACCCCTGCCCTGTTAAACAGTGATTCATCGCCAAGAGCA
CATTTTCCCGGTAAATGTGTACAGAGCCCAATGTAGAAAGGAACTGTGATAGGCCGTAGCTTAT
GAAGTAATTTGTTCTCCGAGCCACTGAATAATAAAAACAGCAAATTTAGGCCCAGATATAAATC
TTCGTCTTGCAATTTGCTTGCAATGTTCCTTCTCAATATCAGTCTGTTGTCTGCAAATTGGATA
TAATGTTCCCTACAGCTGTCATAGACTCGGGAAGACTAAGTAAGAACGCCCTTTCATTTCTTTC
TCTACTTGAATTCATTCTTTATGACACAAGAAGCACTTCTATGTGTGTAGGTTGGTGGAATTGT
ATGTAGATCATTTTATAATTGGCTCCCTTTGCAGAATGTCAGGAGGTAAGAATGGAGAGACCTC
TCTAGCCATCCTAGCAGCTGATTAAACACTGTGTGGGAGAACGGGGAAGTGGGAAGGGTGGCAG
ATGAAACCCTGGCAAAGAGAACAGTCTGATCCCAGAGGACATTTGCAACAACCGCCTGGGCCCT
TTGGCTAGACTCAGAGCAGCCCAGGGCAAGAGGCCTGCCCCTCAGCACACCATCCAAACTGTGT
GCGTTAAGGCTTGGCTTTAATGAAGTCATGACCACTTGTTCAGCTCTGCATATGGCTGGATGTG
ATTCCCAGCTGCCCTGTGAGTTAAAGTGTAAACAATGAGTAGATTGTTATGTTCTCCTATTAAG
CTCAGAGTGTGATCTCATGTCTGTGCCACATATGTCTACCACTAGAAATGTCCCTGCTCCTGAT
CTCATGAAAGGGAATTAAAACTGTGTCTGAAAATGTCTGAGTCTGCTAGTCTGAGGGCTTTTTC
CTCATGTTTACATTGAAAACAAAGAATGATATAGAGGTATAAAAAGTCATCATCAATAGGTGTC
AACATGACACCAGAAAGATAATATATGCTAGGATGAACATTTTTTACCTTAGGACTAAGACATC
CATGCATGTGACATTTTCTCAGAATACAATACCCTTGTAGTCTACAGTCGTAAAGAAGGCTGAA
AATTCCAGGATCTGAAATGTATGCAGTGCTGGACAAGTAACCCATCCACAGAACTGTTTTTGCC
CATTGCTAGCATGTCGATTAATTAGTGTTCTAGTTTTTGTTGTTCTATATTAATCAGAAATGCT
ATCATCTGTGCATGTGTTTACATTTTTAAGGGTAGCATATGTGTACTGGTCAGTGACATCCTTG
AATGTCAGCCCTATAGCCTTCTCCATGGTTTGAGACAGGATCAGGTACATCCAGCTGCTACATA
CAGAAGGCTAGCTGGCTTACCAGCTCCTGGGGATTCAATGGTCTCTGCCTCCCATTTCACCACA
GGAGGCTTGGGATTACAGGTGTTTGCATTATCTTGTCTGACTTTATGTGTGTTCAGAGAACTCA
AACTCAGGTCTCTACAGTTGCACAGCCAGCATGCAGCCATCCATCTCTTCAAGCTCTGGGATGA
TGTTTGTGCTGTTACTCTTTTATATGATGAAGGTTTCAAATGTTGATATAATGAGAATGCTAAG
TGAAGACCAGGGATTTGAAGTTCTCTAGAAGGAAACATTTATTTTTGATAATGTCAATTAGCAT
TCTAGATAATCCAAGGTATCTGTCTAATTTTGCTTATTCTTTGTAGCAGTTCTAAAGTAAAGCC
ATCCCCATTCTACCAATGAGGAAGGGGAAGCTGAAGAAATTTAAATAACCTCTTGAGGTTGCGA
AAGACTGGTTTCTTACTAGGGTGATCTAATGTCTCTATGTTGATATTCTTGTTGTGCCTCAGTG
CTTAAGTCTTTCCTAAATTCTATGCAAGATGGCTTCCTGATCTCTAAACTTGGTAGTAGTTCTG
AGTACTAATACTCATATTACTCTCACTGCTTTTTTCCACGTGTGTACATGCGTTCTACCTTTCC
CATTGATGCTATGTCTGTTAAGCTGTGGTCTCTACCTGGCTGCCATGAAACTGTTATCCCTGTT
TACAGGTGAGTAGAACAGACAGAGAGGGTGTTGATTTTCCAGGTTAAACAATTCTCAGAGACAA
ACCTAGTAATCTCTTGTCCCCAGTTTGGCAATCCTGTTCAAACTCTGCTGTGTATCCTCAGGGA
GGCTGACTTAACACAGAGAACAGTGACTGTACAAGTGTCAAAATATTACATTAGCCAGTCTAAG
GAGTAGTGTTTTTCTTTCCCTAAAAATGCAAGTCTTTGGGAAATTCTCTTGGGGGTAGGGGTGG
GGCTTATCCTGCAAGTCCTGCCACTGTATCTAGGGAAAGGATATTCAGATAGAGTTATTATTGT
TATGGATTAAGTGTAACAGATTCCTGCTGGGGTCTGCTAGGCCAGGGCCTTGGTTTCAGAGCTC
TTAAAAATTCTCCAGCTTAATTGAACGGAGAAGTTTGGGAGTGGAAGAAGAGTTTGGAAGGGAA
AGTTTTCTTGTAGGTGATAATTACAAATGCTGCACTCTAGTAGCATTGCATCTTTTCAAACCAT
GGGGTAAGGAAACCACGCAATCCATCTATGACTGCTGTCTAGTAACAGGGAAGCCTGGTTCTGT
AGTGGGTAGGTATGGTTACTCTTGGGTGTTTGTGCTGGAACCACCATGAAGTAGCTGTAGATTT
GGCACAAATTGCTTCCCTTCTCTGATCAGCCCTCACTTGGCAAGCAAGATAGTAGGGTTTGACA
GCTTGTTTGGTTTATTTTGTTTTTATTGTGAGACAAGGACTTATGGAGATCGGCTTTAAGTTGG
CTGTGTAGCTGAGGCTGGCCTCTGTCTCCTGAGTGTTTCAGATGAATTTTATGTGTACTTTTAT
TTTTCAATGGTTATCTCTTGATGCCAAGTATTGAAAAATTGAATGTTAAACCATATTTCTGATA
AGAATAAGCAAAGATATAGAAACTTGCTATCAAAAATAATGTAGCAACATAAGTCCTCAAAAAT
ATGGCCTTAACCTGTTTTTAAGAAAAAAAAAGTGTTCCTCCCCCCATTATGAGTTTATAAACCA
GCCCTAGGTTAGGCTTCAGACCTTATTTCTTCCACTCACTTCAGTCTAGCCACAGACCATTTAT
TTAACAATGGGAATCTGCCTGTACATCTCGAACAACGTTTGTTTCTATTTACTTAAACCCTTTT
TAAGGTCACTGGACCATATGTCAGATCCCGAGGCTGGAAGGCCCTCCTTCCTTATGGTGAGGAA
TGCCTCACCACTGTGGACTACGAAGTTCATAAACTCTTTTTGTTAGCAGTGGGACCACAGAGTT
GGAGGGCACCTGGGAGGTGCCTTCACTTGAACTTAGAAAGCATGTTATGGAAGTGACTAAACCT
GCTTTATCTGTGGACTCCAGAATGGTGCTACGTACAGATCCATATTTACCGGTTAGGTAATAAG
AGAATAGCGAGGAGGATACTTGCGTTAGGCAGCACTTTTCTTATCTACAGCCTTGTGCTCACAT
GTCAAACTGGCAAGGTGCCCAGGCTTGTGGGCATCTCCATGACAAGAGAGATAGGTGCTCTGGG
TGGTTTGGTGTGGCCATTACCACTCTGGCAACTTCTGAATGGATATGTGATGTGCTGTTGCTCC
TTGTGGAATGTGAAGAGTTCCATATGCTGAGAAGAGTCAATGCGCACAGTAATCTCTGCTTCCC
GAAAGAGAATGTTTGTGGTGTAGAAGGCCTCAGCTCAGGGATAGCGTTCTCTGCTTGTACTGTC
AGGTTCTCTCTTGATCTCCCTCTTCCTTAAGAAGGATTAGGCACCCCGCAGTGTTTCTGTACAT
GCTTGCTGTATGTTACCTCCTTCTGGAGCATTAGCATCTTGTTCCACATGGGGAAGTGGCTGCA
TTTTCACTGTTCTAGTTTTCTCTGAGCAGAGCAGTGGCAGGGACTCGGTCTGTTACCCTGCTGT
TCCTTAGTCTGGGGAAAGGACAAGTGAGTTTAGGGAGCAGTGGGGATGCAGAGCCTGGAGGGGA
GTGTTCATTACTTGCTATTGTTCTCTCTAGGGGAAAGGTATGGACCTGGCTTGATCTGGCCATT
GTGTACTTTTGTCTCAGTAGCTTTTCTTCCCTTTGTAAGGAGCCCAGGGACTCACATTCTTCTT
TTCTTCGGGAGGAACCACATGGTAAAGGGGGCAGTATTTTTGTTCTTTTCCTTTTCCCTTTTTT
TTTTAGATAAAAAGGGAACATGGGTTTTACTCTGGGCTTCACACCTGCCAGTCCGCCTGGGTAG
ATGAGGAATGTTGTCCTCTCTGAACTTTGTCTGTAGACGATGATGGTTTAGTGAGAAGACTAAT
CACCGAGATGCTGGGGAAAGTAGAGGAAATAGTATTTATATGGGCTGTGAAAGTTGTAAATTAT
AAATTTATCTAAACACAAAGTGCAGTCATTTTTGTTTTCCAATATCTGTACTCTTAGGGATTTT
GCTGAAGTGAGACTGGTTTTTTCCTGACTTTTGCAACTACTTCCTCAGGCACAAGCCAGTTGGT
GCTCGGCACTGCCCCAGCCTTTCCTTGGTGTCTTCACCAGGCAATCACTCTGACCCTCACAGCT
GTTGTGTGTCAGTTCCAGGAGGGTGCCTTGTGCTCGTTTAGGATTACAGAATCTGGTATTGAGT
TTCAGTTTTTAGCGAACAATGGCTGATCATTCTGAGGTATGCTACGATTTGGTGTATTCCTGAG
AGGATGACGTGGGTGCTTTATAATTCACAGAAACTTGTGCAAAAATGGCATACTTGACACTCAT
TCTTTTTAAAGAGGAATACATCTCATTTTCTTGATTTCTTATTTTCCCAGTGGTTTCTTTTGAT
ACCTGCTGTTTAGATTTTCCACCCTTCCCTTCACATCGCCACACTTTGCAGCAGGAACAAAGAA
TGTTTTTACCATTCTTTCCTAAAGTATAAGAATTTCTCAATGTTGGAACAATATGTTCCAGCAA
CGTGGAGCTACAATACACAGAGACAGTGTTGAAAAGTAGTTAAGGACATGCTGCCTTTGGAGTG
AGACATGTGGGTTTGTTAGGATGGAACTTGGACAGATTTCTTAGCTCTTTTTTTCTTATTTCCT
TCAGTTTCCTTTGTAAAATAGGGTTGAAGAACCTATAGCATTATGTTATATGACAGATGAATTT
GTATATATACATACATTCGTATAGAGAATTAGCTATTATTTCTGCCATCATTCAGAAAGTCTTC
CTACTATTAAAGTACTAAAGTCATTCCACACCTTGTTCATGCAGCTAGGAACCTGTCATTTTTC
TTGGGCATCAAACCTCACCAGGTATAATTCTTCTATCTTCCTGAAGCTGAGTGTGAAGCATGGT
ATGTTTGGATGGTACAGATTGCCCATGAATTCTGCCAGGGATGTATCCAATGTTATCTGTGGAG
GAACACAGCACACAGACAGAAGAAGAAATAAATATAAGTCTATCTTGATCAAGTTAAATGGCTA
TTATATAAATAGTTGCAATAGGAAAGTCACGAAAGATTGATGCTTTCCTGAAGAGCTTCTGGAG
AAGTCAAGCTATCAGCTGAGCTTGGACAGTGGATCTGGAAACAGGGAGGTGTGTGGAAAGCTCA
GGGTGTTGGGAGTGGACAGCTGGTGCCAAACAGAGCAAGGACAGGATGCTGCATGTGACTTCCT
GTGTGGGTGCAGTGAAGTTACTTAAGTCCCTGAAGCTTCAGTTTTCTCATCTGTGAAGTGGGGA
CAAGGATACTTGCCCATGCAAAGCAACTAGTGTAGCTTTTGGTATGATTTATATTTGGGAAACA
GGATCACTTTCTATACACTCCAACAGCTGAAGGTGTGGGAGTAATACCCCAGGCAGATAACCAT
AGCCAAACTACTGAACTACTTTAACATGGATTGTTTGAAAATGAGTTCAATTTTGTCTTTATAG
TTGTTTTGAGACTGTAGAGCTCAGGCTGGCCCTGAACTCTGTATCCTCTTGCCTCAGACTTCTC
AGCTGGAAGGAAAGATGTGCACCACCTCTCTGGCCCCATAAAAGGGGATTGATTAGTAGGTCCC
TTGCAGAGTTGTTTGGAGACTTAATGAGGTTCTGTGAAGATAGCTAGTGAGCTGAGCATGCAGT
AAGTTCTCAAACCCCAGCCACTGCGCCAGCCATTTCTTCTGCAGTTCTGCTTTCTTGCGGATAC
CTTCTTGGCTGTTTTTCATCATTTCCCTACCCTCTGCTCTTCTTTTCATCTGTCTTCTTTCAAC
AGCATTTATCAGTGGTAGCTGGAGACACTGAACACAGAGGCTTGGAAGAATGTGGAGGTAGAGT
AGCTGGTTGGCACCACACGCCCAGCCGAGCAGATAAGGAAGGGCAGCTAGACACACGTAAGCAC
CGCAGCGGGAACATAGGCACACATGCACCCCTTTGACCGAGGAGCCATCCTTATTAAGGCCACT
GAGGGATTTTCTTCTTAAGAGGAATTCTGACCACACTGCTCCCTTGGTTAAATTTCTTCATCAG
CGTGTTATCTCCCAGAGTTTAAATCCTTCCTGCCTGAACAGCATTAGAATCCTTTCTGCTTTGT
TGTCTGCCTGCCTTTCCAGACAACCTGAGACATCCTGTATCTCTAGAGGGTGCTTTGAAGTTTG
CTTTCCCAGGGTGCCTGCACACACTATGGAATCTCCCTTTTCCACCAGACAAACTTCTACTCGT
CCTCCAGGAACCCACTGACTGGGACATCTGTGTCACCTTTGATTTCTCCAAAATTTGCTATTTT
CTCTTTTGGGTTTCTAAAGTGTTTCTCTAGAGCACCTATGTATGTTGTCTCATAATGATTTATG
CTCTAGTTCTATTTATTGCTCTAGCAAAAAGCAAAATGGTCCCCTACTTACATTTGCTCAGTTT
ATAATCTGATATCTTTATTATGACACAAAAATGTTGTGCTCTTACTAGAAGCTGTATTTCAAAT
ATCACATGCAGTCCCTCTTATCCAAGGATAGCAGCCTGAGGTGTGCTGAACTCTGACCTTCCTG
TGGTACAGCTCCGTAGCAAGTACCACACAGTTGCTAAGCCCTGCTACTTGATAGGTGAGGTGTA
TAAAATGCAGTTTTGACTTGTAAGTTTTCAAGTCATGGACTCATCAGTTAAATTCTGTCACAAG
GTGAGGCACATGTTTACCAGATATGACAGTATTATATACCTCTGAGTTCGGCAGTCATGATAGT
TCATGAGATGGAGCAAGCAGTCAGTGTTTGCATGTTAAATAAAAGAGGTGGGGACTCAGGGCTG
CTGATTTCTCACGTGGCTAGCCAAATTCTAAGGATTACCGTGAAGACACTGTCTCATAGATCCT
GTTTTGTATGAAGAATTCAGAATGGCAACAAACATTGTATTTTCCTTTCTCCATCAGATCAGAC
AATGATCCCTTTCCTTTAGAATTCAATGACAAAGTTTCTAACATTCAAAAAGAAGCCCCACTAG
TTTTCTTTCTTCTAGTGGACTGTTTCCCAGATCATCTAGTCTACAACTCTGGCAGAAGCTGATG
GTCTGACAGTAGCCTCATCTCTGGTTTTTCTCCAGGGTGGAGACAGCTTGACCTGGACACCGTT
TACTGTGTGTCGTGGGACTCTCCTATGGGCAGAGCCATCAGCACATTCACAATAAAACTGAATT
TCCTGTAGTGTATGCTTCTTAACAGTAAAACAATATAACAATTCACCTGAGATTGTACAATTTG
AAAGAAATGGATGGAAGGAAAATGGCAGGGAGGTTAGCCTCCCACTTGTGGTTTATTAGCTCTA
TGCTGTGTTTAATGCTTTATCAGGATCAAATTTCTTTGAGAAGAAAACTGCTAATGTGGTCAGA
GATATCTTTTGTTCCAGCTGGCTCTGGCCATTTTGGGGAGTAAATCAGCTCTTTTTTTTCTGTA
TACACTCTGCTTGGGAGCTGTAATAAGGGAGTGCATACTGCAGTGCGGTGACCTTCAGCCAACC
AGAGAAAGACACTTCTTCTAATCAAAGGCAAAAGCCACGATCTTTCTTGTTGTAACTTACTGTT
GACACAAGAAAGGCCAGAGAGATTGACATCAATCTCTATAGAAACCATTAACCAATGCTGAGTA
AATCTGCAGCATTGAATCCATATGCATGCTTGCTTTTATTATTCTTGACCTATGGGCACACGTG
AGCATTTTGTGGGCTTTGTTTTAAAAGGAATGTTTAAAATGTAGCTAGTTATTATGGGATTTCG
TTGGTGAAATAAACTGTTTGGGTAGTCTAAATAAAGGAATATGTATTATTTTGCATCTCCTAAG
CATTATTTGCTTAGGTGTGGCTTGGCTTGATTCCAAATTAGCACCCGGCAGAGGCTGTTGCTTT
AGCTGGGTGTAGCAAAAACCAAGTAATTTTATATATGTTTTCCAAATGATGTGCGAGTCATGTG
TATATTTGATTCTAACTGTGACTTTATTTTTTGGCTTCTACTCTTAAAAAAAATTCCTTAAAAC
CTTAACAATGACTGTGTTGGCTGTAGGGACATGTGTGTCTAAGAGTCTCTTAGATGTCCCAAAC
TCAGGTGGGTAATACTTGCCGGACAATTGGTCACCGTGTGCTTAGCAGAAACAGGCTCTGTAGT
CAGAGCTTCAGTGTTTGGAGCTCTTTTTCCTGACTCCCCCGCCCTGAAATCTCAGCTCTGGTTG
AGGAGGGCGAGGAAACAAAAATGCTTTTCATTTTATTCTCTGCTGTACATTTTCCAGTTTGGGT
GACTAAAGCTGGCCAGGGTGCCTATTTTTGGAAAGAGGAATTAAGATACTTTGGAGAAAGTACT
GCACTGTGTGCTGGCATTCCAGATGGCCAAACTAGAGTAGAACCAAGCCCAAGGTTTTGAGGCT
TTCGTGCCAACGATGACCTCATGAGGTCCAGCCTGGAGAAAGAGAGACATAGTTCTCCAACAAT
GATGGAGAATGGCTTCTTCCTTTCATATTTCTATTGAGTGATCTCCAGTGTCCTTCTCTTTTCC
TGTCTCTGACAAAATTAGCCCTTTATAATTAACAATTGTTAGGTTTTTGGCTTGTCTCTCAGAC
TTCTCTTAGAGCCCCTTTCACCCCATCTACCCATTGTGTCCTCTCTACCACACAGAAAAAAAAC
TGTGATATTTTTCTCTTTGGCATTCCTGTCTTTTCCTAGCAGGCTTTTCTAGTGGGGACTGTGG
GCGATTTTACACTTGATTTGTTGAATCTGAACTCTTTGCTGTAAACTCTCACACACAGAAGGAG
CTATCTTTATAAATGACAGAACGGACCAGGCCTGAATGGCGCTTTGTTTACTGTTTTCCTAAAA
GGGGCCCCTCTATATTTCATCTGTCAAAGTTGCTTTTCTTTCTTTCAACAATGCTTGATTGTTT
TCACAAAAATTCAGGTTCCATAGACAGGAGAATTCTGTATTATATTTTCCTGCCAAATTCCGAT
CTCTGTTTTCCTTCCCCTGTGCTCACAAAGGGCTCATAACTTACTGTCAACTGTGGGCCGACCA
CAAAGCTCCACTGTTGCTCAGCAAATAGGCTCTATTGCATGATGGCTTGACTAGCTTGTAAAGT
TTGCTTAACTGGAGCAGCAGTGGCAGGAGGCATGTGGGTGCTGTATCTCCCCACAGGCCAGGAG
TCTTCACTGCTCCCATCAACTTTTATGCTTTTAACTCTTTTAATTGTTGAACAGAATTGACACT
GCTTTGTTTAAGCAGAGTAGATGCAATTTAAAGCCCCACGGCTGCATTTGGTAGCCCGGGACTC
AGGAGAAATTAATTAGTTTTTTTGTTTTGTTTTGTTTTGAAAAAAATTCTTTTTGGTTGGCAGT
TAGTGTTTTTTGTGATTTGGGAGGGTGTCAAAGGGGTATGCCCTCGAGTTCTGAAGTTCTGGCT
GATGTGGCAAGAGAAAGTCGGATTGAAGAGTGGAGGAACAGCTACTTCGTAAGAATGTCTTCCA
AGCAAGCCACCTCTCCATTTGCCTGTACAGTGGATGGAGAGGAAACAATGACCCAGGATTTGAC
CTCAAGGGAAAAGGAAGAGGGCAGTGATCAACACCCGGCCTCCCATCTGCCTCTGCACCCCATA
ATGCACAACAAACCTCACTCTGAGGAGCTGCCGACGCTTGTCAGTACCATTCAACAAGATGCTG
ACTGGGACAGCGTTCTGTCATCTCAGCAAAGAATGGAGTCAGAGAATAATAAGTTATGTTCCCT
ATATTCCTTCCGAAATACGTCTACCTCACCACATAAGCCTGACGAAGGGAGTCGGGAGCGGGAA
ATAATGAACAGTGTTACTTTTGGAACCCCGGAACGCCGCAAAGGGAGCCTTGCCGATGTGGTGG
ATACGCTGAAGCAGAAGAAGCTGGAGGAGATGACTCGGACGGAACAAGAGGATTCCTCCTGCAT
GGAAAAACTACTTTCAAAAGATTGGAAGGAAAAAATGGAAAGACTAAATACGAGTGAACTTCTT
GGAGAAATCAAAGGTACACCTGAGAGCCTTGCAGAGAAAGAACGGCAACTCTCCACCATGATTA
CCCAGCTGATCAGCTTGCGGGAGCAGCTCCTGGCAGCGCACGATGAACAGAAAAAGCTGGCAGC
CTCGCAGATCGAGAAACAGCGGCAGCAAATGGACCTTGCTCGCCAACAGCAAGAACAGATCGCA
AGACAACAGCAGCAACTTCTACAGCAGCAGCACAAGATTAATCTCCTGCAGCAACAGATCCAGG
TTCAGGGGCACATGCCTCCGCTCATGATCCCAATTTTTCCACATGACCAGCGGACCTTGGCAGC
AGCTGCTGCCGCCCAACAGGGATTCCTCTTCCCCCCTGGAATAACATACAAGCCAGGTGATAAC
TACCCCGTACAGTTCATTCCGTCAACAATGGCAGCTGCTGCTGCTTCTGGACTCAGCCCTTTAC
AGCTTCAGCAGCTCTATGCCGCTCAGCTGGCCAGCATGCAGGTGTCACCTGGAGCAAAGATGCC
ATCAACTCCGCAGCCACCAAACTCAGCAGGGGCGGTCTCACCTACTGGGATAAAAAATGAAAAG
AGAGGGACCAGCCCTGTAACTCAAGTTAAGGATGAAACAACAGCCCAGCCACTGAATCTCTCAT
CCCGGCCGAAGACAGCAGAGCCTGTGAAGTCCCCAACATCTCCCACCCAGAGCCTCTTCCCAGC
CAGCAAAACCAGCCCTGTCAACCTGCCAAACAAGAGCAGCATCCCCAGCCCCATCGGGGGAAGC
CTGGGGAGAGGATCCTCTTTAGATATACTATCCAGTCTCAACTCTCCTGCCCTGTTTGGGGACC
AGGACACAGTGATGAAAGCTATCCAGGAGGCTCGGAAGATGCGAGAACAGATCCAGCGGGAGCA
GCAACAGCAGCCGCACGGAGTTGATGGGAAGCTGTCCTCCATGAACAGCATGGGGCTGAGCAAC
TGCAGGAATGAGAAGGAAAGAACACGCTTTGAGAACCTGGGTCCCCAATTAACAGGAAAGTCAA
GTGAAGATGGAAAGCTGGGCCCTGGTGTCATCGATCTGACTCGGCCAGAGGACGCAGAAGGAGG
CGCCACTGTGGCTGAAGCACGCGTCTACAGGGATGCCCGAGGCCGTGCCAGCAGCGAGCCCCAC
ATCAAGCGACCAATGAATGCGTTCATGGTTTGGGCAAAGGACGAAAGGAGGAAAATTCTTCAGG
CCTTCCCTGACATGCATAACTCCAACATTAGCAAAATCTTAGGATCTCGCTGGAAATCCATGTC
CAACCAGGAGAAGCAACCTTACTATGAAGAGCAGGCCCGGCTAAGCAAAATCCACCTAGAGAAG
TACCCAAACTACAAGTACAAACCCCGGCCGAAGCGCACGTGCATTGTGGACGGCAAGAAGCTCC
GGATCGGGGAGTACAAGCAGCTGATGCGCTCACGAAGGCAGGAGATGCGACAGTTCTTCACTGT
GGGGCAACAGCCTCAGATTCCCATCACCACAGGAACAGGTGTTGTGTATCCTGGTGCTATTACT
ATGGCAACGACCACACCATCACCTCAGATGACATCTGACTGCTCTAGCACCTCTGCCAGCCCAG
AGCCCAGCCTCCCTGTCATCCAGAGCACGTATGGTATGAAGATGGACGGCGCGAGCCTGGCTGG
GAACGACATGATTAATGGCGAGGATGAAATGGAAGCCTATGACGACTACGAAGATGATCCCAAA
TCAGACTATAGCAGCGAAAACGAGGCCCCAGAGCCTGTCAGTGCCAACTGAGGAGCTTTTGTTT
GCTGAATTAAAACACTCTGACATTTCGCTCCCTTTCCCCAACAACAACAACAAAGTTCTTAAAG
AGCCCGCATGCATTTGTGGCTCCACAATACATCAGCAGAATGGTCTTAATTGCTTCGTAACGTG
TGAGACAGATGACGTTTTCCTGATTTTTCATAAACTTGAGTTTTTGTCGTTACCGTTACTGTTG
TTGTTTATTTAGGTGAAGATGTATTAAATATGAGACACCGGGACTTGGAAACCTATCTCCGCCC
ATCGCCGTCTTACGAGTCTTACATTTCTGTCTTACTATTTTTCTTTTGGATGTTGACAAAGGGT
TTAAGTTACTGTTTTAGATGGGGTTAAACATTCTCACTCAGGTATGCTGTGCCGGCTACAGGTT
GTGAATGTGTTTTTATTCTGAATTACTTTAGAAAAATAACTGAGGGTTTCGTATTGTGAAACCG
GACAAGTCCACGGCGTGAGCGGCTGCATATAGAACATGGTCAAAAGGCCTCGGAATTCCATTGT
TTTTTTCCATGTGTAGAATTCAACTTTGAATGTGCCAAACTTTTTTCATAACTTTTGAATCTTA
ACTATTTTGAAAGTCTTACAGGAGACACTGCAAAGTCTTAGACAATCTTTGGCATCTTAAAATA
AAATAGCAAACCACATTTTTTTTTCCAGAAAATGGTGAAGTACTCAGGAATCTGGAGACAAGAT
ATTGTAAGGAATGAGCAAGGCTACCACAGTGCGTGAACCCAATTGTGTTTGCCTATTGATGTGC
CATCGGTGTGTGGCGTGGGTTGACATAGATCAGAGCAATCACCACAGCAGACACCACACGGTGG
GCTCCCCTGTCTGAGACCACAGCAGACACCAACACGGTGGGCTCCCCTGTCTGAGACCACACCG
GACACCAACACGGTGGGCTCCCCTGTCTGAGACCACCTCTCACTACATCCATTCTTCCTTGCCT
TTTGCCCTGACATTCAACCTTAACACATTGTTCTCTTAAATAATTTATTCATTCCAGAATGTCA
AGGGTCCACTTACTATTTATTTTAAAAATTATTGGTGGCATTAATTTAATATTTTTCCTTCCTT
GCCCTTTAACCTCTTCTTCCTGCTGGATACAAAAGATGTACATAGCAACCTCGTGTCCCCAGAG
TCCATGGAGACGTCTCTGAAGTGATGCTAGCCATGCATACATGGTTGTTTTTAAAAATGAGTGT
ATATCTGGCTGCAGGGTTGTGCATCTGCATCAAGATGTCCTACATTTAAACATGTATGCCCCCA
GGAGTCACTGTGACCTCAGGTCTTTGACTAGAGTTTCTCCTTCATTCAGTTTTTCAGTAAACAG
TAGAACCTGAGTTCCATTCAGCAGTGAGGGTCAGCAGTGGTTACTGCCAGTCAAGGAGCCTCTC
ACAGCCACTCTGAAGTCCAAGGGCCATGGGCCATACAGGAGTCTACATTGGAGCTGGCATGCTG
TCACCTTTACTGAGCTACCTGGTCCCAGCTGGCACATCCATGGAGATCTTTGCAAAATCTGCAG
GTTGTTAGACAATTTAAAGGAAAGACTGGGTGAAAGGAAAGCACAGGGAAGGGAAAGTACAGGT
GTGCTGCCAGCTCTTAGGGGCACATGGCGTCTGGAGGTACCCGCCAGCTCCTCTGACGACCTGG
TTTCTCAGTGTCTGTGAACGCTGCTGATCTGCTCCTGTTGCTCAAGGTGAGCCCTGGAGACATG
CTGCAGGGCTGTGAGGGATCCAGGTTCCCTCTCCCATCTCCTAACTACAGGTAGTTCTACTAAG
TTGTGAGTTTGACCATCCTAAAGCCAAGCCTGTTGCTTACAAGAAGCCTTACTCAGAGCCCTTC
GGTAGGAGGTGTCAGTGAACAGTACAGCCTAGCATCTAAGCATCAGGACAAAGAACAGCTCCAT
CAAGAATTGAGCCATTTTGTCACTTGGGAAAAAGTAGTAAAACGTCATATTTATTTAAAGAGTG
CTCCAGGCCATACCTAATAGCAATAAATATGGGTCTAGCCAAGAGATGACCAGCTGAGTCATTA
GCTGTGAGTGCTCGCCATAAGCTGTTTAAGGTACTGCTAGGAATGTTTTGTTCTTAATATTATT
AACGGGGTATTGGAACTTTGTTCTCGCACATTGTTTTCATATGAGGAGGAAGTCACTTTTCAAA
AACAAGATGAGTATTTATTATGTCTTACTGATTTCTTGGACTCTCTCTCCTCAGTTTCTCCTCA
TGCTTCCCCACTTCTCTTTGGCTTCTGCTCTCATTGGTATGTTTGTTTCTGTTTTTGTTTGTTT
GTTCTTTTTTTAAGGAAAAAACTGTGCTGCATAGGTAGGATGTTGTATGGCTAGCATTGAATTG
TATGTAATTAATTTTGCACAAAGGCAAACATTTAGCATAGTAGTTAATTTTGTTTGTTATTATG
ACCATGCCAAAATAATATTCTGGGCTAGTAGAGAACAAAGGACTGTTCTTTAGGACTGAAACTT
GATTTTACTTGTAGTAAGAAAAAGAAAAAGAAAAGGAAAAGAATCCCACACACTCACAGACGTT
GTTTCGTACGTGTTACAAGCACTGGATATAAATGGTATTTTTATCACTGACTAATGTGAAACTG
GTATGGAAACCATGAACAAAAGTCACCTGTTTCGACTCGTGTGGGCTTGCCTCACAGTTGCCGG
ATCTGAGTCATTTTTATGTCTTGTTATTTCATTTATTTATGCAAAATACATGTGTGTAGGAACA
CTCTGTGTCAGCTCCAGCTTGGCCTCAGCACTGGGGTTCAGTAACTTCTAGCCATATTCTCAAG
TACAAAAGCTGTCCGGGAATGACTGGGTATGAGCGCCTCTTTCATTGGCTCAGACAGTGATGCT
GTATTGAAATCTAAATTTTGTGCATACACAGTTTATTCTATTTATTAGCCACACTTGGCTCTAA
ATATCCATGGGGATGGAGAACGACGATCACAGAGATGACTTACACCAGTGGGGCTTAAGCAAAG
TTTTATGACTTCACCATCTCATTTTTAGAGTTTTCTAATTGTGTAAATATAACATAGAAATAGA
ATTTATTTTTGGTTCATGAATTCCTAGTGACATATAAGTTATGTATCTTCTTTCTTCTGTTCTC
TATTCATATGTGTTGCTCCACACTAAAAGCTGGCCGTCACAGTTAGTGTGGACAGAGAGTTATC
AGCTCCAGCGAGGCAGCATCCATCCTCAGCCAAGACAGCAAGACCCCTAGCTGGTCCTCACACA
GCCTGGAACCCACTGGCCCCAACTCAGACTCCCCATCTCCACATAGAGAGCTGCGGAGCTGCAC
ACACTGAGTTTCCAGCAGAGTTGAAAGGAAGTCAGTTTGCTTTGGTAATCCAGACCCATCTGCC
CAGATAGCTCTGTGGCCCTAGAATGGCAAGAAGCAGGGGTTGCATTTCAGAGGTAAAGATCTGC
CTGCAAGGTTAGTATAAACCCCACAGCACCAGCCCAGGGCAATCCAAAGTCACCTTCTTGCAGT
GTTCCGTTCCCCATTTTACACTAGCTTT

hide sequence

RefSeq Acc Id:

XM_017588968 ⟹ XP_017444457

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,483,627 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,049,275 (-)	NCBI
Rnor_6.0	1	185,863,326 - 186,186,192 (+)	NCBI

Sequence:

show sequence

ATTTGTGCCTTTTAGCTGTCACAGGTCTTAACTACGTTACTTTACCTTCTAATTTTCTTAACTT
CAAAGCCTACCTGATTGGGTGGGATGGTGGTGTGTGAGGAGCCGCCGCTGATGTCACGGTACCG
AACTAATAACTTGAAAGGCATTTTTGTGTGACATTTGTAATCTTCCTAGGGAATTGTAAAAATT
TTTTTTTTAAGATTTGATTTTCCTGGGGGTTTAATATGCATGCCTTTTTTGGATAGTATTTATT
AGATTTTCTAAAGCATGCACTTTGTTTTCCCTGTGTGCTATAAGGTCCTGGTATATAATTACAT
AGGAAGAATCACGGACCTCATCCACAAACTCTTCGAGGAAGAGTGATCTGTTCCCCACCCCTTG
TGGTTTTCAAAGGCAGGCTGCATCTGACAAGAGGCCTTGTGTGCAGTGGTAAAGATACCTTCTC
TAGTGAAAATATTTCATCATAATAAACATTTCAAAGAGGCACAACTGACAAGCAGGCCACCGGG
TAATTTCTGGAGTGTTTTAACTAAAGAACATGAAATAGTCAGTGCTCACAAACAATTCTGACTA
AGGAAGACTGCTGTTTTACCAGGATTCACCGTGTTGGACATCGTTAAAGAAGAATGTCTTCCAA
GCAAGCCACCTCTCCATTTGCCTGTACAGTGGATGGAGAGGAAACAATGACCCAGGATTTGACC
TCAAGGGAAAAGGAAGAGGGCAGTGATCAACACCCGGCCTCCCATCTGCCTCTGCACCCCATAA
TGCACAACAAACCTCACTCTGAGGAGCTGCCGACGCTTGTCAGTACCATTCAACAAGATGCTGA
CTGGGACAGCGTTCTGTCATCTCAGCAAAGAATGGAGTCAGAGAATAATAAGTTATGTTCCCTA
TATTCCTTCCGAAATACGTCTACCTCACCACATAAGCCTGACGAAGGGAGTCGGGAGCGGGAAA
TAATGAACAGTGTTACTTTTGGAACCCCGGAACGCCGCAAAGGGAGCCTTGCCGATGTGGTGGA
TACGCTGAAGCAGAAGAAGCTGGAGGAGATGACTCGGACGGAACAAGAGGATTCCTCCTGCATG
GAAAAACTACTTTCAAAAGATTGGAAGGAAAAAATGGAAAGACTAAATACGAGTGAACTTCTTG
GAGAAATCAAAGGTACACCTGAGAGCCTTGCAGAGAAAGAACGGCAACTCTCCACCATGATTAC
CCAGCTGATCAGCTTGCGGGAGCAGCTCCTGGCAGCGCACGATGAACAGAAAAAGCTGGCAGCC
TCGCAGATCGAGAAACAGCGGCAGCAAATGGACCTTGCTCGCCAACAGCAAGAACAGATCGCAA
GACAACAGCAGCAACTTCTACAGCAGCAGCACAAGATTAATCTCCTGCAGCAACAGATCCAGCA
GGTTCAGGGGCACATGCCTCCGCTCATGATCCCAATTTTTCCACATGACCAGCGGACCTTGGCA
GCAGCTGCTGCCGCCCAACAGGGATTCCTCTTCCCCCCTGGAATAACATACAAGCCAGGTGATA
ACTACCCCGTACAGTTCATTCCGTCAACAATGGCAGCTGCTGCTGCTTCTGGACTCAGCCCTTT
ACAGCTTCAGAAGGGTCATGTATCTCACCCACAAATTAACCCAAGGCTAAAGGGCATAAGTGAC
CGTTTGGGCAGGAATTTGGACCCCTATGAACATGGTGGTGGCCACTCTTACAACCACAAACAGA
TTGAGCAGCTCTATGCCGCTCAGCTGGCCAGCATGCAGGTGTCACCTGGAGCAAAGATGCCATC
AACTCCGCAGCCACCAAACTCAGCAGGGGCGGTCTCACCTACTGGGATAAAAAATGAAAAGAGA
GGGACCAGCCCTGTAACTCAAGTTAAGGATGAAACAACAGCCCAGCCACTGAATCTCTCATCCC
GGCCGAAGACAGCAGAGCCTGTGAAGTCCCCAACATCTCCCACCCAGAGCCTCTTCCCAGCCAG
CAAAACCAGCCCTGTCAACCTGCCAAACAAGAGCAGCATCCCCAGCCCCATCGGGGGAAGCCTG
GGGAGAGGATCCTCTTTAGATATACTATCCAGTCTCAACTCTCCTGCCCTGTTTGGGGACCAGG
ACACAGTGATGAAAGCTATCCAGGAGGCTCGGAAGATGCGAGAACAGATCCAGCGGGAGCAGCA
ACAGCAGCCGCACGGAGTTGATGGGAAGCTGTCCTCCATGAACAGCATGGGGCTGAGCAACTGC
AGGAATGAGAAGGAAAGAACACGCTTTGAGAACCTGGGTCCCCAATTAACAGGAAAGTCAAGTG
AAGATGGAAAGCTGGGCCCTGGTGTCATCGATCTGACTCGGCCAGAGGACGCAGAAGGAAGCAA
AGCAATGAATGGCTCTGCAGCTAAACTACAGCAGTATTATTGTTGGCCAACAGGAGGCGCCACT
GTGGCTGAAGCACGCGTCTACAGGGATGCCCGAGGCCGTGCCAGCAGCGAGCCCCACATCAAGC
GACCAATGAATGCGTTCATGGTTTGGGCAAAGGACGAAAGGAGGAAAATTCTTCAGGCCTTCCC
TGACATGCATAACTCCAACATTAGCAAAATCTTAGGATCTCGCTGGAAATCCATGTCCAACCAG
GAGAAGCAACCTTACTATGAAGAGCAGGCCCGGCTAAGCAAAATCCACCTAGAGAAGTACCCAA
ACTACAAGTACAAACCCCGGCCGAAGCGCACGTGCATTGTGGACGGCAAGAAGCTCCGGATCGG
GGAGTACAAGCAGCTGATGCGCTCACGAAGGCAGGAGATGCGACAGTTCTTCACTGTGGGGCAA
CAGCCTCAGATTCCCATCACCACAGGAACAGGTGTTGTGTATCCTGGTGCTATTACTATGGCAA
CGACCACACCATCACCTCAGATGACATCTGACTGCTCTAGCACCTCTGCCAGCCCAGAGCCCAG
CCTCCCTGTCATCCAGAGCACGTATGGTATGAAGATGGACGGCGCGAGCCTGGCTGGGAACGAC
ATGATTAATGGCGAGGATGAAATGGAAGCCTATGACGACTACGAAGATGATCCCAAATCAGACT
ATAGCAGCGAAAACGAGGCCCCAGAGCCTGTCAGTGCCAACTGAGGAGCTTTTGTTTGCTGAAT
TAAAACACTCTGACATTTCGCTCCCTTTCCCCAACAACAACAACAAAGTTCTTAAAGAGCCCGC
ATGCATTTGTGGCTCCACAATACATCAGCAGAATGGTCTTAATTGCTTCGTAACGTGTGAGACA
GATGACGTTTTCCTGATTTTTCATAAACTTGAGTTTTTGTCGTTACCGTTACTGTTGTTGTTTA
TTTAGGTGAAGATGTATTAAATATGAGACACCGGGACTTGGAAACCTATCTCCGCCCATCGCCG
TCTTACGAGTCTTACATTTCTGTCTTACTATTTTTCTTTTGGATGTTGACAAAGGGTTTAAGTT
ACTGTTTTAGATGGGGTTAAACATTCTCACTCAGGTATGCTGTGCCGGCTACAGGTTGTGAATG
TGTTTTTATTCTGAATTACTTTAGAAAAATAACTGAGGGTTTCGTATTGTGAAACCGGACAAGT
CCACGGCGTGAGCGGCTGCATATAGAACATGGTCAAAAGGCCTCGGAATTCCATTGTTTTTTTC
CATGTGTAGAATTCAACTTTGAATGTGCCAAACTTTTTTCATAACTTTTGAATCTTAACTATTT
TGAAAGTCTTACAGGAGACACTGCAAAGTCTTAGACAATCTTTGGCATCTTAAAATAAAATAGC
AAACCACATTTTTTTTTCCAGAAAATGGTGAAGTACTCAGGAATCTGGAGACAAGATATTGTAA
GGAATGAGCAAGGCTACCACAGTGCGTGAACCCAATTGTGTTTGCCTATTGATGTGCCATCGGT
GTGTGGCGTGGGTTGACATAGATCAGAGCAATCACCACAGCAGACACCACACGGTGGGCTCCCC
TGTCTGAGACCACAGCAGACACCAACACGGTGGGCTCCCCTGTCTGAGACCACACCGGACACCA
ACACGGTGGGCTCCCCTGTCTGAGACCACCTCTCACTACATCCATTCTTCCTTGCCTTTTGCCC
TGACATTCAACCTTAACACATTGTTCTCTTAAATAATTTATTCATTCCAGAATGTCAAGGGTCC
ACTTACTATTTATTTTAAAAATTATTGGTGGCATTAATTTAATATTTTTCCTTCCTTGCCCTTT
AACCTCTTCTTCCTGCTGGATACAAAAGATGTACATAGCAACCTCGTGTCCCCAGAGTCCATGG
AGACGTCTCTGAAGTGATGCTAGCCATGCATACATGGTTGTTTTTAAAAATGAGTGTATATCTG
GCTGCAGGGTTGTGCATCTGCATCAAGATGTCCTACATTTAAACATGTATGCCCCCAGGAGTCA
CTGTGACCTCAGGTCTTTGACTAGAGTTTCTCCTTCATTCAGTTTTTCAGTAAACAGTAGAACC
TGAGTTCCATTCAGCAGTGAGGGTCAGCAGTGGTTACTGCCAGTCAAGGAGCCTCTCACAGCCA
CTCTGAAGTCCAAGGGCCATGGGCCATACAGGAGTCTACATTGGAGCTGGCATGCTGTCACCTT
TACTGAGCTACCTGGTCCCAGCTGGCACATCCATGGAGATCTTTGCAAAATCTGCAGGTTGTTA
GACAATTTAAAGGAAAGACTGGGTGAAAGGAAAGCACAGGGAAGGGAAAGTACAGGTGTGCTGC
CAGCTCTTAGGGGCACATGGCGTCTGGAGGTACCCGCCAGCTCCTCTGACGACCTGGTTTCTCA
GTGTCTGTGAACGCTGCTGATCTGCTCCTGTTGCTCAAGGTGAGCCCTGGAGACATGCTGCAGG
GCTGTGAGGGATCCAGGTTCCCTCTCCCATCTCCTAACTACAGGTAGTTCTACTAAGTTGTGAG
TTTGACCATCCTAAAGCCAAGCCTGTTGCTTACAAGAAGCCTTACTCAGAGCCCTTCGGTAGGA
GGTGTCAGTGAACAGTACAGCCTAGCATCTAAGCATCAGGACAAAGAACAGCTCCATCAAGAAT
TGAGCCATTTTGTCACTTGGGAAAAAGTAGTAAAACGTCATATTTATTTAAAGAGTGCTCCAGG
CCATACCTAATAGCAATAAATATGGGTCTAGCCAAGAGATGACCAGCTGAGTCATTAGCTGTGA
GTGCTCGCCATAAGCTGTTTAAGGTACTGCTAGGAATGTTTTGTTCTTAATATTATTAACGGGG
TATTGGAACTTTGTTCTCGCACATTGTTTTCATATGAGGAGGAAGTCACTTTTCAAAAACAAGA
TGAGTATTTATTATGTCTTACTGATTTCTTGGACTCTCTCTCCTCAGTTTCTCCTCATGCTTCC
CCACTTCTCTTTGGCTTCTGCTCTCATTGGTATGTTTGTTTCTGTTTTTGTTTGTTTGTTCTTT
TTTTAAGGAAAAAACTGTGCTGCATAGGTAGGATGTTGTATGGCTAGCATTGAATTGTATGTAA
TTAATTTTGCACAAAGGCAAACATTTAGCATAGTAGTTAATTTTGTTTGTTATTATGACCATGC
CAAAATAATATTCTGGGCTAGTAGAGAACAAAGGACTGTTCTTTAGGACTGAAACTTGATTTTA
CTTGTAGTAAGAAAAAGAAAAAGAAAAGGAAAAGAATCCCACACACTCACAGACGTTGTTTCGT
ACGTGTTACAAGCACTGGATATAAATGGTATTTTTATCACTGACTAATGTGAAACTGGTATGGA
AACCATGAACAAAAGTCACCTGTTTCGACTCGTGTGGGCTTGCCTCACAGTTGCCGGATCTGAG
TCATTTTTATGTCTTGTTATTTCATTTATTTATGCAAAATACATGTGTGTAGGAACACTCTGTG
TCAGCTCCAGCTTGGCCTCAGCACTGGGGTTCAGTAACTTCTAGCCATATTCTCAAGTACAAAA
GCTGTCCGGGAATGACTGGGTATGAGCGCCTCTTTCATTGGCTCAGACAGTGATGCTGTATTGA
AATCTAAATTTTGTGCATACACAGTTTATTCTATTTATTAGCCACACTTGGCTCTAAATATCCA
TGGGGATGGAGAACGACGATCACAGAGATGACTTACACCAGTGGGGCTTAAGCAAAGTTTTATG
ACTTCACCATCTCATTTTTAGAGTTTTCTAATTGTGTAAATATAACATAGAAATAGAATTTATT
TTTGGTTCATGAATTCCTAGTGACATATAAGTTATGTATCTTCTTTCTTCTGTTCTCTATTCAT
ATGTGTTGCTCCACACTAAAAGCTGGCCGTCACAGTTAGTGTGGACAGAGAGTTATCAGCTCCA
GCGAGGCAGCATCCATCCTCAGCCAAGACAGCAAGACCCCTAGCTGGTCCTCACACAGCCTGGA
ACCCACTGGCCCCAACTCAGACTCCCCATCTCCACATAGAGAGCTGCGGAGCTGCACACACTGA
GTTTCCAGCAGAGTTGAAAGGAAGTCAGTTTGCTTTGGTAATCCAGACCCATCTGCCCAGATAG
CTCTGTGGCCCTAGAATGGCAAGAAGCAGGGGTTGCATTTCAGAGGTAAAGATCTGCCTGCAAG
GTTAGTATAAACCCCACAGCACCAGCCCAGGGCAATCCAAAGTCACCTTCTTGCAGTGTTCCGT
TCCCCATTTTACACTAGCTTT

hide sequence

RefSeq Acc Id:

XM_039106301 ⟹ XP_038962229

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,485,822 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,051,485 (-)	NCBI

RefSeq Acc Id:

XM_039106304 ⟹ XP_038962232

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,485,825 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,051,488 (-)	NCBI

RefSeq Acc Id:

XM_039106313 ⟹ XP_038962241

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,485,824 (-)	NCBI
mRatBN7.2	1	169,729,392 - 170,051,490 (-)	NCBI

RefSeq Acc Id:

XM_039106327 ⟹ XP_038962255

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,334,846 (-)	NCBI

RefSeq Acc Id:

XM_039106328 ⟹ XP_038962256

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,677,673 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,243,324 (-)	NCBI

RefSeq Acc Id:

XM_039106334 ⟹ XP_038962262

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,334,846 (-)	NCBI

RefSeq Acc Id:

XM_039106338 ⟹ XP_038962266

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,706,719 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,272,382 (-)	NCBI

RefSeq Acc Id:

XM_039106343 ⟹ XP_038962271

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,705,435 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,271,086 (-)	NCBI

RefSeq Acc Id:

XM_039106354 ⟹ XP_038962282

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,707,442 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,273,116 (-)	NCBI

RefSeq Acc Id:

XM_039106360 ⟹ XP_038962288

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,623,733 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,190,592 (-)	NCBI

RefSeq Acc Id:

XM_039106363 ⟹ XP_038962291

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,706,719 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,272,382 (-)	NCBI

RefSeq Acc Id:

XM_039106374 ⟹ XP_038962302

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,667,819 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,233,502 (-)	NCBI

RefSeq Acc Id:

XM_039106377 ⟹ XP_038962305

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,539,591 (-)	NCBI
mRatBN7.2	1	169,723,306 - 170,100,531 (-)	NCBI

RefSeq Acc Id:

XM_063285244 ⟹ XP_063141314

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI

RefSeq Acc Id:

XM_063285245 ⟹ XP_063141315

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI

RefSeq Acc Id:

XM_063285251 ⟹ XP_063141321

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI

RefSeq Acc Id:

XM_063285274 ⟹ XP_063141344

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,769,243 (-)	NCBI

RefSeq Acc Id:

XM_063285275 ⟹ XP_063141345

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,539,591 (-)	NCBI

RefSeq Acc Id:

XM_063285278 ⟹ XP_063141348

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,706,720 (-)	NCBI

RefSeq Acc Id:

XM_063285280 ⟹ XP_063141350

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,623,734 (-)	NCBI

RefSeq Acc Id:

XM_063285281 ⟹ XP_063141351

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,705,435 (-)	NCBI

RefSeq Acc Id:

XM_063285282 ⟹ XP_063141352

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,707,442 (-)	NCBI

RefSeq Acc Id:

XM_063285283 ⟹ XP_063141353

Type:

CODING

Position:

Rat Assembly	Chr	Position (strand)	Source
GRCr8	1	179,157,678 - 179,623,734 (-)	NCBI

Protein Sequences


Protein RefSeqs	NP_001019922	(Get FASTA)	NCBI Sequence Viewer
	XP_006230149	(Get FASTA)	NCBI Sequence Viewer
	XP_006230153	(Get FASTA)	NCBI Sequence Viewer
	XP_006230154	(Get FASTA)	NCBI Sequence Viewer
	XP_006230155	(Get FASTA)	NCBI Sequence Viewer
	XP_006230156	(Get FASTA)	NCBI Sequence Viewer
	XP_017444457	(Get FASTA)	NCBI Sequence Viewer
	XP_038962229	(Get FASTA)	NCBI Sequence Viewer
	XP_038962232	(Get FASTA)	NCBI Sequence Viewer
	XP_038962241	(Get FASTA)	NCBI Sequence Viewer
	XP_038962255	(Get FASTA)	NCBI Sequence Viewer
	XP_038962256	(Get FASTA)	NCBI Sequence Viewer
	XP_038962262	(Get FASTA)	NCBI Sequence Viewer
	XP_038962266	(Get FASTA)	NCBI Sequence Viewer
	XP_038962271	(Get FASTA)	NCBI Sequence Viewer
	XP_038962282	(Get FASTA)	NCBI Sequence Viewer
	XP_038962288	(Get FASTA)	NCBI Sequence Viewer
	XP_038962291	(Get FASTA)	NCBI Sequence Viewer
	XP_038962302	(Get FASTA)	NCBI Sequence Viewer
	XP_038962305	(Get FASTA)	NCBI Sequence Viewer
	XP_063141314	(Get FASTA)	NCBI Sequence Viewer
	XP_063141315	(Get FASTA)	NCBI Sequence Viewer
	XP_063141321	(Get FASTA)	NCBI Sequence Viewer
	XP_063141344	(Get FASTA)	NCBI Sequence Viewer
	XP_063141345	(Get FASTA)	NCBI Sequence Viewer
	XP_063141348	(Get FASTA)	NCBI Sequence Viewer
	XP_063141350	(Get FASTA)	NCBI Sequence Viewer
	XP_063141351	(Get FASTA)	NCBI Sequence Viewer
	XP_063141352	(Get FASTA)	NCBI Sequence Viewer
	XP_063141353	(Get FASTA)	NCBI Sequence Viewer
GenBank Protein	A0A0G2JTZ2	(Get FASTA)	NCBI Sequence Viewer
	AAH97403	(Get FASTA)	NCBI Sequence Viewer
	EDM17750	(Get FASTA)	NCBI Sequence Viewer
	EDM17751	(Get FASTA)	NCBI Sequence Viewer
	EDM17752	(Get FASTA)	NCBI Sequence Viewer
Ensembl Protein	ENSRNOP00000044088.4
	ENSRNOP00000068898
	ENSRNOP00000068898.2
	ENSRNOP00000079879.1

RefSeq Acc Id:

NP_001019922 ⟸ NM_001024751

- UniProtKB:

F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), Q4V8G3 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

- Sequence:

show sequence

MSSKQATSPFACTVDGEETMTQDLTSREKEEGSDQHPASHLPLHPIMHNKPHSEELPTLVSTIQ
QDADWDSVLSSQQRMESENNKLCSLYSFRNTSTSPHKPDEGSREREIMNSVTFGTPERRKGSLA
DVVDTLKQKKLEEMTRTEQEDSSCMEKLLSKDWKEKMERLNTSELLGEIKGTPESLAEKERQLS
TMITQLISLREQLLAAHDEQKKLAASQIEKQRQQMDLARQQQEQIARQQQQLLQQQHKINLLQQ
QIQQVQGHMPPLMIPIFPHDQRTLAAAAAAQQGFLFPPGITYKPGDNYPVQFIPSTMAAAAASG
LSPLQLQQLYAAQLASMQVSPGAKMPSTPQPPNSAGAVSPTGIKNEKRGTSPVTQVKDETTAQP
LNLSSRPKTAEPVKSPTSPTQSLFPASKTSPVNLPNKSSIPSPIGGSLGRGSSLDILSSLNSPA
LFGDQDTVMKAIQEARKMREQIQREQQQQPHGVDGKLSSMNSMGLSNCRNEKERTRFENLGPQL
TGKSSEDGKLGPGVIDLTRPEDAEGSKAMNGSAAKLQQYYCWPTGGATVAEARVYRDARGRASS
EPHIKRPMNAFMVWAKDERRKILQAFPDMHNSNISKILGSRWKSMSNQEKQPYYEEQARLSKIH
LEKYPNYKYKPRPKRTCIVDGKKLRIGEYKQLMRSRRQEMRQFFTVGQQPQIPITTGTGVVYPG
AITMATTTPSPQMTSDCSSTSASPEPSLPVIQSTYGMKMDGASLAGNDMINGEDEMEAYDDYED
DPKSDYSSENEAPEPVSAN

hide sequence

RefSeq Acc Id:	XP_006230153 ⟸ XM_006230091
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)
- Sequence:	show sequence MSSKQATSPFACTVDGEETMTQDLTSREKEEGSDQHPASHLPLHPIMHNKPHSEELPTLVSTIQ QDADWDSVLSSQQRMESENNKLCSLYSFRNTSTSPHKPDEGSREREIMNSVTFGTPERRKGSLA DVVDTLKQKKLEEMTRTEQEDSSCMEKLLSKDWKEKMERLNTSELLGEIKGTPESLAEKERQLS TMITQLISLREQLLAAHDEQKKLAASQIEKQRQQMDLARQQQEQIARQQQQLLQQQHKINLLQQ QIQQVQGHMPPLMIPIFPHDQRTLAAAAAAQQGFLFPPGITYKPGDNYPVQFIPSTMAAAAASG LSPLQLQKGHVSHPQINPRLKGISDRLGRNLDPYEHGGGHSYNHKQIEQLYAAQLASMQVSPGA KMPSTPQPPNSAGAVSPTGIKNEKRGTSPVTQVKDETTAQPLNLSSRPKTAEPVKSPTSPTQSL FPASKTSPVNLPNKSSIPSPIGGSLGRGSSLDILSSLNSPALFGDQDTVMKAIQEARKMREQIQ REQQQQPHGVDGKLSSMNSMGLSNCRNEKERTRFENLGPQLTGKSSEDGKLGPGVIDLTRPEDA EGSKAMNGSAAKLQQYYCWPTGGATVAEARVYRDARGRASSEPHIKRPMNAFMVWAKDERRKIL QAFPDMHNSNISKILGSRWKSMSNQEKQPYYEEQARLSKIHLEKYPNYKYKPRPKRTCIVDGKK LRIGEYKQLMRSRRQEMRQFFTVGQQPQIPITTGTGVVYPGAITMATTTPSPQMTSDCSSTSAS PEPSLPVIQSTYGMKMDGASLAGNDMINGEDEMEAYDDYEDDPKSDYSSENEAPEPVSAN hide sequence

RefSeq Acc Id:	XP_006230149 ⟸ XM_006230087
- Peptide Label:	isoform X2
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)
- Sequence:	show sequence MPSSSEVLADVARESRIEEWRNSYFVRMSSKQATSPFACTVDGEETMTQDLTSREKEEGSDQHP ASHLPLHPIMHNKPHSEELPTLVSTIQQDADWDSVLSSQQRMESENNKLCSLYSFRNTSTSPHK PDEGSREREIMNSVTFGTPERRKGSLADVVDTLKQKKLEEMTRTEQEDSSCMEKLLSKDWKEKM ERLNTSELLGEIKGTPESLAEKERQLSTMITQLISLREQLLAAHDEQKKLAASQIEKQRQQMDL ARQQQEQIARQQQQLLQQQHKINLLQQQIQVQGHMPPLMIPIFPHDQRTLAAAAAAQQGFLFPP GITYKPGDNYPVQFIPSTMAAAAASGLSPLQLQKGHVSHPQINPRLKGISDRLGRNLDPYEHGG GHSYNHKQIEQLYAAQLASMQVSPGAKMPSTPQPPNSAGAVSPTGIKNEKRGTSPVTQVKDETT AQPLNLSSRPKTAEPVKSPTSPTQSLFPASKTSPVNLPNKSSIPSPIGGSLGRGSSLDILSSLN SPALFGDQDTVMKAIQEARKMREQIQREQQQQPHGVDGKLSSMNSMGLSNCRNEKERTRFENLG PQLTGKSSEDGKLGPGVIDLTRPEDAEGSKAMNGSAAKLQQYYCWPTGGATVAEARVYRDARGR ASSEPHIKRPMNAFMVWAKDERRKILQAFPDMHNSNISKILGSRWKSMSNQEKQPYYEEQARLS KIHLEKYPNYKYKPRPKRTCIVDGKKLRIGEYKQLMRSRRQEMRQFFTVGQQPQIPITTGTGVV YPGAITMATTTPSPQMTSDCSSTSASPEPSLPVIQSTYGMKMDGASLAGNDMINGEDEMEAYDD YEDDPKSDYSSENEAPEPVSAN hide sequence

RefSeq Acc Id:	XP_006230156 ⟸ XM_006230094
- Peptide Label:	isoform X8
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A6I8C8 (UniProtKB/TrEMBL)
- Sequence:	show sequence MPSSSEVLADVARESRIEEWRNSYFVRMSSKQATSPFACTVDGEETMTQDLTSREKEEGSDQHP ASHLPLHPIMHNKPHSEELPTLVSTIQQDADWDSVLSSQQRMESENNKLCSLYSFRNTSTSPHK PDEGSREREIMNSVTFGTPERRKGSLADVVDTLKQKKLEEMTRTEQEDSSCMEKLLSKDWKEKM ERLNTSELLGEIKGTPESLAEKERQLSTMITQLISLREQLLAAHDEQKKLAASQIEKQRQQMDL ARQQQEQIARQQQQLLQQQHKINLLQQQIQVQGHMPPLMIPIFPHDQRTLAAAAAAQQGFLFPP GITYKPGDNYPVQFIPSTMAAAAASGLSPLQLQQLYAAQLASMQVSPGAKMPSTPQPPNSAGAV SPTGIKNEKRGTSPVTQVKDETTAQPLNLSSRPKTAEPVKSPTSPTQSLFPASKTSPVNLPNKS SIPSPIGGSLGRGSSLDILSSLNSPALFGDQDTVMKAIQEARKMREQIQREQQQQPHGVDGKLS SMNSMGLSNCRNEKERTRFENLGPQLTGKSSEDGKLGPGVIDLTRPEDAEGGATVAEARVYRDA RGRASSEPHIKRPMNAFMVWAKDERRKILQAFPDMHNSNISKILGSRWKSMSNQEKQPYYEEQA RLSKIHLEKYPNYKYKPRPKRTCIVDGKKLRIGEYKQLMRSRRQEMRQFFTVGQQPQIPITTGT GVVYPGAITMATTTPSPQMTSDCSSTSASPEPSLPVIQSTYGMKMDGASLAGNDMINGEDEMEA YDDYEDDPKSDYSSENEAPEPVSAN hide sequence

RefSeq Acc Id:	XP_006230154 ⟸ XM_006230092
- Peptide Label:	isoform X6
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A6I8C8 (UniProtKB/TrEMBL)
- Sequence:	show sequence MPSSSEVLADVARESRIEEWRNSYFVRMSSKQATSPFACTVDGEETMTQDLTSREKEEGSDQHP ASHLPLHPIMHNKPHSEELPTLVSTIQQDADWDSVLSSQQRMESENNKLCSLYSFRNTSTSPHK PDEGSREREIMNSVTFGTPERRKGSLADVVDTLKQKKLEEMTRTEQEDSSCMEKLLSKDWKEKM ERLNTSELLGEIKGTPESLAEKERQLSTMITQLISLREQLLAAHDEQKKLAASQIEKQRQQMDL ARQQQEQIARQQQQLLQQQHKINLLQQQIQQVQGHMPPLMIPIFPHDQRTLAAAAAAQQGFLFP PGITYKPGDNYPVQFIPSTMAAAAASGLSPLQLQQLYAAQLASMQVSPGAKMPSTPQPPNSAGA VSPTGIKNEKRGTSPVTQVKDETTAQPLNLSSRPKTAEPVKSPTSPTQSLFPASKTSPVNLPNK SSIPSPIGGSLGRGSSLDILSSLNSPALFGDQDTVMKAIQEARKMREQIQREQQQQPHGVDGKL SSMNSMGLSNCRNEKERTRFENLGPQLTGKSSEDGKLGPGVIDLTRPEDAEGSKAMNGSAAKLQ QYYCWPTGGATVAEARVYRDARGRASSEPHIKRPMNAFMVWAKDERRKILQAFPDMHNSNISKI LGSRWKSMSNQEKQPYYEEQARLSKIHLEKYPNYKYKPRPKRTCIVDGKKLRIGEYKQLMRSRR QEMRQFFTVGQQPQIPITTGTGVVYPGAITMATTTPSPQMTSDCSSTSASPEPSLPVIQSTYGM KMDGASLAGNDMINGEDEMEAYDDYEDDPKSDYSSENEAPEPVSAN hide sequence

RefSeq Acc Id:	XP_006230155 ⟸ XM_006230093
- Peptide Label:	isoform X7
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6R0V8A0 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)
- Sequence:	show sequence MPSSSEVLADVARESRIEEWRNSYFVRMSSKQATSPFACTVDGEETMTQDLTSREKEEGSDQHP ASHLPLHPIMHNKPHSEELPTLVSTIQQDADWDSVLSSQQRMESENNKLCSLYSFRNTSTSPHK PDEGSREREIMNSVTFGTPERRKGSLADVVDTLKQKKLEEMTRTEQEDSSCMEKLLSKDWKEKM ERLNTSELLGEIKGTPESLAEKERQLSTMITQLISLREQLLAAHDEQKKLAASQIEKQRQQMDL ARQQQEQIARQQQQLLQQQHKINLLQQQIQVQGHMPPLMIPIFPHDQRTLAAAAAAQQGFLFPP GITYKPGDNYPVQFIPSTMAAAAASGLSPLQLQQLYAAQLASMQVSPGAKMPSTPQPPNSAGAV SPTGIKNEKRGTSPVTQVKDETTAQPLNLSSRPKTAEPVKSPTSPTQSLFPASKTSPVNLPNKS SIPSPIGGSLGRGSSLDILSSLNSPALFGDQDTVMKAIQEARKMREQIQREQQQQPHGVDGKLS SMNSMGLSNCRNEKERTRFENLGPQLTGKSSEDGKLGPGVIDLTRPEDAEGSKAMNGSAAKLQQ YYCWPTGGATVAEARVYRDARGRASSEPHIKRPMNAFMVWAKDERRKILQAFPDMHNSNISKIL GSRWKSMSNQEKQPYYEEQARLSKIHLEKYPNYKYKPRPKRTCIVDGKKLRIGEYKQLMRSRRQ EMRQFFTVGQQPQIPITTGTGVVYPGAITMATTTPSPQMTSDCSSTSASPEPSLPVIQSTYGMK MDGASLAGNDMINGEDEMEAYDDYEDDPKSDYSSENEAPEPVSAN hide sequence

RefSeq Acc Id:	XP_017444457 ⟸ XM_017588968
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)
- Sequence:	show sequence MSSKQATSPFACTVDGEETMTQDLTSREKEEGSDQHPASHLPLHPIMHNKPHSEELPTLVSTIQ QDADWDSVLSSQQRMESENNKLCSLYSFRNTSTSPHKPDEGSREREIMNSVTFGTPERRKGSLA DVVDTLKQKKLEEMTRTEQEDSSCMEKLLSKDWKEKMERLNTSELLGEIKGTPESLAEKERQLS TMITQLISLREQLLAAHDEQKKLAASQIEKQRQQMDLARQQQEQIARQQQQLLQQQHKINLLQQ QIQQVQGHMPPLMIPIFPHDQRTLAAAAAAQQGFLFPPGITYKPGDNYPVQFIPSTMAAAAASG LSPLQLQKGHVSHPQINPRLKGISDRLGRNLDPYEHGGGHSYNHKQIEQLYAAQLASMQVSPGA KMPSTPQPPNSAGAVSPTGIKNEKRGTSPVTQVKDETTAQPLNLSSRPKTAEPVKSPTSPTQSL FPASKTSPVNLPNKSSIPSPIGGSLGRGSSLDILSSLNSPALFGDQDTVMKAIQEARKMREQIQ REQQQQPHGVDGKLSSMNSMGLSNCRNEKERTRFENLGPQLTGKSSEDGKLGPGVIDLTRPEDA EGSKAMNGSAAKLQQYYCWPTGGATVAEARVYRDARGRASSEPHIKRPMNAFMVWAKDERRKIL QAFPDMHNSNISKILGSRWKSMSNQEKQPYYEEQARLSKIHLEKYPNYKYKPRPKRTCIVDGKK LRIGEYKQLMRSRRQEMRQFFTVGQQPQIPITTGTGVVYPGAITMATTTPSPQMTSDCSSTSAS PEPSLPVIQSTYGMKMDGASLAGNDMINGEDEMEAYDDYEDDPKSDYSSENEAPEPVSAN hide sequence

RefSeq Acc Id:

ENSRNOP00000068898 ⟸ ENSRNOT00000079072

RefSeq Acc Id:

ENSRNOP00000044088 ⟸ ENSRNOT00000048020

RefSeq Acc Id:	XP_038962262 ⟸ XM_039106334
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962255 ⟸ XM_039106327
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962282 ⟸ XM_039106354
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962266 ⟸ XM_039106338
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962291 ⟸ XM_039106363
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962271 ⟸ XM_039106343
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962256 ⟸ XM_039106328
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962302 ⟸ XM_039106374
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962288 ⟸ XM_039106360
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962305 ⟸ XM_039106377
- Peptide Label:	isoform X5
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A0A6I8PLH1 (UniProtKB/TrEMBL), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962232 ⟸ XM_039106304
- Peptide Label:	isoform X3
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962229 ⟸ XM_039106301
- Peptide Label:	isoform X1
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_038962241 ⟸ XM_039106313
- Peptide Label:	isoform X4
- UniProtKB:	Q4V8G3 (UniProtKB/Swiss-Prot), F1MAJ5 (UniProtKB/Swiss-Prot), A0A0G2JTZ2 (UniProtKB/Swiss-Prot), A6I8C8 (UniProtKB/TrEMBL)

RefSeq Acc Id:

ENSRNOP00000079879 ⟸ ENSRNOT00000094350

RefSeq Acc Id:	XP_063141314 ⟸ XM_063285244
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141344 ⟸ XM_063285274
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141321 ⟸ XM_063285251
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141315 ⟸ XM_063285245
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141352 ⟸ XM_063285282
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141348 ⟸ XM_063285278
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141351 ⟸ XM_063285281
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141353 ⟸ XM_063285283
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141350 ⟸ XM_063285280
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

RefSeq Acc Id:	XP_063141345 ⟸ XM_063285275
- Peptide Label:	isoform X5
- UniProtKB:	A0A6I8PLH1 (UniProtKB/TrEMBL)

Protein Domains

HMG box

Protein Structures

Name	Modeler	Protein Id	AA Range	Protein Structure
AF-A0A0G2JTZ2-F1-model_v2	AlphaFold	A0A0G2JTZ2	1-827	view protein structure

Transcriptome

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

Additional Information

External Database Links

Database	Acc Id	Source(s)
AGR Gene	RGD:1309000	AgrOrtholog
BioCyc Gene	G2FUF-57727	BioCyc
Ensembl Genes	ENSRNOG00000020514	Ensembl, ENTREZGENE, UniProtKB/TrEMBL
Ensembl Transcript	ENSRNOT00000048020.5	UniProtKB/TrEMBL
	ENSRNOT00000079072.2	UniProtKB/TrEMBL
	ENSRNOT00000094350.1	UniProtKB/TrEMBL
Gene3D-CATH	1.10.30.10	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
IMAGE_CLONE	IMAGE:7453944	IMAGE-MGC_LOAD
InterPro	HMG_box_dom	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
	HMG_box_dom_sf	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
KEGG Report	rno:293165	UniProtKB/Swiss-Prot
MGC_CLONE	MGC:114448	IMAGE-MGC_LOAD
NCBI Gene	293165	ENTREZGENE
PANTHER	FI18025P1	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
	PTHR45789:SF1	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
Pfam	HMG_box	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
PhenoGen	Sox6	PhenoGen
PROSITE	HMG_BOX_2	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
RatGTEx	ENSRNOG00000020514	RatGTEx
SMART	HMG	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
Superfamily-SCOP	SSF47095	UniProtKB/Swiss-Prot, UniProtKB/TrEMBL
UniProt	A0A0G2JTZ2	ENTREZGENE
	A0A6I8PLH1	ENTREZGENE, UniProtKB/TrEMBL
	A0A6R0V8A0	ENTREZGENE, UniProtKB/TrEMBL
	A0A8I5ZNG0_RAT	UniProtKB/TrEMBL
	A6I8C8	ENTREZGENE, UniProtKB/TrEMBL
	F1MAJ5	ENTREZGENE
	Q4V8G3	ENTREZGENE
	SOX6_RAT	UniProtKB/Swiss-Prot
UniProt Secondary	F1MAJ5	UniProtKB/Swiss-Prot
	Q4V8G3	UniProtKB/Swiss-Prot

Nomenclature History

Date	Current Symbol	Current Name	Previous Symbol	Previous Name	Description	Reference	Status
2021-03-09	Sox6	SRY-box transcription factor 6	LOC102549121	uncharacterized LOC102549121	Data merged from RGD:7508220	737654	PROVISIONAL
2019-08-05	Sox6	SRY-box transcription factor 6	Sox6	SRY box 6	Nomenclature updated to reflect human and mouse nomenclature	1299863	APPROVED
2015-11-12	Sox6	SRY box 6	Sox6	SRY (sex determining region Y)-box 6	Nomenclature updated to reflect human and mouse nomenclature	1299863	APPROVED
2013-12-17	LOC102549121	uncharacterized LOC102549121			Symbol and Name status set to provisional	70820	PROVISIONAL
2008-09-18	Sox6	SRY (sex determining region Y)-box 6	Sox6	SRY-box containing gene 6	Nomenclature updated to reflect human and mouse nomenclature	1299863	APPROVED
2005-12-06	Sox6	SRY-box containing gene 6	Sox6_predicted	SRY-box containing gene 6 (predicted)	Symbol and Name updated	1559027	APPROVED
2005-01-12	Sox6_predicted	SRY-box containing gene 6 (predicted)			Symbol and Name status set to approved	70820	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 - OMIM

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Imported Disease Annotations - ClinVar

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