Symbol:
Pogz
Name:
pogo transposable element with ZNF domain
RGD ID:
1320616
MGI Page
MGI
Description:
Predicted to enable DNA binding activity and zinc ion binding activity. Predicted to be involved in kinetochore assembly; mitotic sister chromatid cohesion; and positive regulation of transcription by RNA polymerase II. Predicted to act upstream of or within with a positive effect on double-strand break repair via homologous recombination. Predicted to be located in chromatin; cytosol; and nucleoplasm. Predicted to be active in nucleus. Is expressed in several structures, including brain; early conceptus; genitourinary system; hemolymphoid system; and liver. Used to study autism spectrum disorder. Human ortholog(s) of this gene implicated in White-Sutton syndrome. Orthologous to human POGZ (pogo transposable element derived with ZNF domain).
Type:
protein-coding
RefSeq Status:
VALIDATED
Previously known as:
9530006B08Rik; AU015913; AU044539
RGD Orthologs
Alliance Orthologs
More Info
more info ...
More Info
Species
Gene symbol and name
Data Source
Assertion derived from
less info ...
Orthologs 1
Homo sapiens (human):
POGZ (pogo transposable element derived with ZNF domain)
HGNC
EggNOG, Ensembl, HGNC, HomoloGene, Inparanoid, NCBI, OMA, OrthoDB, OrthoMCL, Panther, PhylomeDB, Treefam
Rattus norvegicus (Norway rat):
Pogz (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Chinchilla lanigera (long-tailed chinchilla):
Pogz (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Pan paniscus (bonobo/pygmy chimpanzee):
POGZ (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Canis lupus familiaris (dog):
POGZ (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Ictidomys tridecemlineatus (thirteen-lined ground squirrel):
Pogz (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Sus scrofa (pig):
POGZ (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Chlorocebus sabaeus (green monkey):
POGZ (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Heterocephalus glaber (naked mole-rat):
Pogz (pogo transposable element derived with ZNF domain)
Transitive Ortholog Pipeline
Transitive Ortholog Pipeline
Alliance orthologs 3
Rattus norvegicus (Norway rat):
Pogz (pogo transposable element derived with ZNF domain)
Alliance
DIOPT (Ensembl Compara|Hieranoid|InParanoid|OMA|OrthoFinder|OrthoInspector|PANTHER|PhylomeDB|SonicParanoid)
Homo sapiens (human):
POGZ (pogo transposable element derived with ZNF domain)
Alliance
DIOPT (Ensembl Compara|HGNC|Hieranoid|InParanoid|OMA|OrthoFinder|OrthoInspector|PANTHER|PhylomeDB|SonicParanoid)
Danio rerio (zebrafish):
pogzb (pogo transposable element derived with ZNF domain b)
Alliance
DIOPT (Hieranoid|InParanoid|OMA|OrthoFinder|PhylomeDB|SonicParanoid|ZFIN)
Danio rerio (zebrafish):
pogza (pogo transposable element derived with ZNF domain a)
Alliance
DIOPT (OrthoFinder|OrthoInspector|ZFIN)
Drosophila melanogaster (fruit fly):
row
Alliance
DIOPT (OrthoFinder|OrthoInspector|SonicParanoid)
Xenopus tropicalis (tropical clawed frog):
pogz
Alliance
DIOPT (Ensembl Compara|OMA|PhylomeDB)
Latest Assembly:
GRCm39 - Mouse Genome Assembly GRCm39
Position:
Mouse Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl GRCm39 3 94,730,289 - 94,790,888 (+) NCBI GRCm39 GRCm39 mm39 GRCm39 Ensembl 3 94,744,878 - 94,789,637 (+) Ensembl GRCm39 Ensembl GRCm38 3 94,822,989 - 94,883,577 (+) NCBI GRCm38 GRCm38 mm10 GRCm38 GRCm38.p6 Ensembl 3 94,837,567 - 94,882,326 (+) Ensembl GRCm38 mm10 GRCm38 MGSCv37 3 94,641,489 - 94,687,491 (+) NCBI GRCm37 MGSCv37 mm9 NCBIm37 MGSCv36 3 94,923,117 - 94,966,213 (+) NCBI MGSCv36 mm8 Celera 3 96,268,238 - 96,314,269 (+) NCBI Celera Cytogenetic Map 3 F2.1 NCBI cM Map 3 40.74 NCBI
JBrowse:
View Region in Genome Browser (JBrowse)
Model
1.
Mouse brain organization revealed through direct genome-scale TF expression analysis.
Gray PA, etal., Science 2004 Dec 24;306(5705):2255-7.
2.
Large-scale cDNA analysis reveals phased gene expression patterns during preimplantation mouse development.
Ko MS, etal., Development 2000 Apr;127(8):1737-49.
3.
Electronic Transfer of Homolog Data
MGD and Homologene mouse data transfer
4.
MGDs mouse GO annotations
MGD data from the GO Consortium
5.
Analysis of the mouse transcriptome based on functional annotation of 60,770 full-length cDNAs.
Okazaki Y, etal., Nature. 2002 Dec 5;420(6915):563-73.
6.
ClinVar Automated Import and Annotation Pipeline
RGD automated import pipeline for ClinVar variants, variant-to-disease annotations and gene-to-disease annotations
7.
Data Import for Chemical-Gene Interactions
RGD automated import pipeline for gene-chemical interactions
8.
Database resources of the National Center for Biotechnology Information.
Wheeler DL, etal., Nucleic Acids Res 2001 Jan 1;29(1):11-6.
Pogz (Mus musculus - house mouse)
Mouse Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl GRCm39 3 94,730,289 - 94,790,888 (+) NCBI GRCm39 GRCm39 mm39 GRCm39 Ensembl 3 94,744,878 - 94,789,637 (+) Ensembl GRCm39 Ensembl GRCm38 3 94,822,989 - 94,883,577 (+) NCBI GRCm38 GRCm38 mm10 GRCm38 GRCm38.p6 Ensembl 3 94,837,567 - 94,882,326 (+) Ensembl GRCm38 mm10 GRCm38 MGSCv37 3 94,641,489 - 94,687,491 (+) NCBI GRCm37 MGSCv37 mm9 NCBIm37 MGSCv36 3 94,923,117 - 94,966,213 (+) NCBI MGSCv36 mm8 Celera 3 96,268,238 - 96,314,269 (+) NCBI Celera Cytogenetic Map 3 F2.1 NCBI cM Map 3 40.74 NCBI
POGZ (Homo sapiens - human)
Human Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl GRCh38 1 151,402,724 - 151,459,494 (-) NCBI GRCh38 GRCh38 hg38 GRCh38 GRCh38.p14 Ensembl 1 151,402,724 - 151,459,494 (-) Ensembl GRCh38 hg38 GRCh38 GRCh37 1 151,375,200 - 151,431,970 (-) NCBI GRCh37 GRCh37 hg19 GRCh37 Build 36 1 149,641,824 - 149,698,556 (-) NCBI NCBI36 Build 36 hg18 NCBI36 Build 34 1 148,188,272 - 148,245,005 NCBI Celera 1 124,490,466 - 124,547,192 (-) NCBI Celera Cytogenetic Map 1 q21.3 NCBI HuRef 1 122,753,210 - 122,809,847 (-) NCBI HuRef CHM1_1 1 152,770,790 - 152,827,420 (-) NCBI CHM1_1 T2T-CHM13v2.0 1 150,526,433 - 150,583,190 (-) NCBI T2T-CHM13v2.0
Pogz (Rattus norvegicus - Norway rat)
Rat Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl GRCr8 2 185,069,492 - 185,129,741 (+) NCBI GRCr8 mRatBN7.2 2 182,394,269 - 182,440,711 (+) NCBI mRatBN7.2 mRatBN7.2 mRatBN7.2 Ensembl 2 182,380,768 - 182,440,707 (+) Ensembl mRatBN7.2 Ensembl UTH_Rnor_SHR_Utx 2 190,077,496 - 190,105,366 (+) NCBI Rnor_SHR UTH_Rnor_SHR_Utx UTH_Rnor_SHRSP_BbbUtx_1.0 2 187,872,867 - 187,900,748 (+) NCBI Rnor_SHRSP UTH_Rnor_SHRSP_BbbUtx_1.0 UTH_Rnor_WKY_Bbb_1.0 2 182,709,966 - 182,737,835 (+) NCBI Rnor_WKY UTH_Rnor_WKY_Bbb_1.0 Rnor_6.0 2 195,995,322 - 196,041,500 (+) NCBI Rnor6.0 Rnor_6.0 rn6 Rnor6.0 Rnor_6.0 Ensembl 2 195,996,521 - 196,041,497 (+) Ensembl Rnor6.0 rn6 Rnor6.0 Rnor_5.0 2 215,507,126 - 215,534,827 (+) NCBI Rnor5.0 Rnor_5.0 rn5 Rnor5.0 RGSC_v3.4 2 189,748,657 - 189,776,355 (+) NCBI RGSC3.4 RGSC_v3.4 rn4 RGSC3.4 RGSC_v3.1 2 189,685,298 - 189,728,992 (+) NCBI Celera 2 174,957,108 - 174,984,012 (+) NCBI Celera Cytogenetic Map 2 q34 NCBI
Pogz (Chinchilla lanigera - long-tailed chinchilla)
Chinchilla Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl ChiLan1.0 Ensembl NW_004955589 920,508 - 976,366 (+) Ensembl ChiLan1.0 ChiLan1.0 NW_004955589 920,729 - 975,242 (+) NCBI ChiLan1.0 ChiLan1.0
POGZ (Pan paniscus - bonobo/pygmy chimpanzee)
Bonobo Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl NHGRI_mPanPan1-v2 1 98,351,060 - 98,420,975 (+) NCBI NHGRI_mPanPan1-v2 NHGRI_mPanPan1 1 98,102,244 - 98,172,148 (+) NCBI NHGRI_mPanPan1 Mhudiblu_PPA_v0 1 126,761,777 - 126,818,262 (-) NCBI Mhudiblu_PPA_v0 Mhudiblu_PPA_v0 panPan3 PanPan1.1 1 130,407,426 - 130,463,909 (-) NCBI panpan1.1 PanPan1.1 panPan2 PanPan1.1 Ensembl 1 130,407,426 - 130,463,909 (-) Ensembl panpan1.1 panPan2
POGZ (Canis lupus familiaris - dog)
Dog Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl CanFam3.1 17 60,464,609 - 60,511,735 (-) NCBI CanFam3.1 CanFam3.1 canFam3 CanFam3.1 CanFam3.1 Ensembl 17 60,465,230 - 60,511,934 (-) Ensembl CanFam3.1 canFam3 CanFam3.1 Dog10K_Boxer_Tasha 17 59,909,098 - 59,954,694 (-) NCBI Dog10K_Boxer_Tasha ROS_Cfam_1.0 17 61,482,101 - 61,528,240 (-) NCBI ROS_Cfam_1.0 ROS_Cfam_1.0 Ensembl 17 61,480,642 - 61,528,466 (-) Ensembl ROS_Cfam_1.0 Ensembl UMICH_Zoey_3.1 17 60,309,922 - 60,355,542 (-) NCBI UMICH_Zoey_3.1 UNSW_CanFamBas_1.0 17 60,395,876 - 60,441,670 (-) NCBI UNSW_CanFamBas_1.0 UU_Cfam_GSD_1.0 17 61,124,503 - 61,170,655 (-) NCBI UU_Cfam_GSD_1.0
Pogz (Ictidomys tridecemlineatus - thirteen-lined ground squirrel)
Squirrel Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl HiC_Itri_2 NW_024405058 22,583,808 - 22,620,357 (-) NCBI HiC_Itri_2 SpeTri2.0 Ensembl NW_004936580 1,615,713 - 1,650,874 (-) Ensembl SpeTri2.0 SpeTri2.0 Ensembl SpeTri2.0 NW_004936580 1,613,425 - 1,650,849 (-) NCBI SpeTri2.0 SpeTri2.0 SpeTri2.0
POGZ (Sus scrofa - pig)
Pig Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl Sscrofa11.1 Ensembl 4 97,776,589 - 97,833,282 (+) Ensembl Sscrofa11.1 susScr11 Sscrofa11.1 Sscrofa11.1 4 97,776,579 - 97,833,287 (+) NCBI Sscrofa11.1 Sscrofa11.1 susScr11 Sscrofa11.1 Sscrofa10.2 4 106,997,208 - 107,034,066 (+) NCBI Sscrofa10.2 Sscrofa10.2 susScr3
POGZ (Chlorocebus sabaeus - green monkey)
Green Monkey Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl ChlSab1.1 20 12,236,036 - 12,290,937 (+) NCBI ChlSab1.1 ChlSab1.1 chlSab2 ChlSab1.1 Ensembl 20 12,236,145 - 12,290,956 (+) Ensembl ChlSab1.1 ChlSab1.1 Ensembl chlSab2 Vero_WHO_p1.0 NW_023666038 11,809,947 - 11,865,321 (+) NCBI Vero_WHO_p1.0 Vero_WHO_p1.0
Pogz (Heterocephalus glaber - naked mole-rat)
.
Predicted Target Of
Count of predictions: 2329 Count of miRNA genes: 691 Interacting mature miRNAs: 916 Transcripts: ENSMUST00000042402, ENSMUST00000107265, ENSMUST00000107266, ENSMUST00000107269, ENSMUST00000107270, ENSMUST00000125638, ENSMUST00000126235, ENSMUST00000132544, ENSMUST00000140397, ENSMUST00000142253 Prediction methods: Miranda, Rnahybrid, Targetscan Result types: miRGate_prediction
4142399 Aec1_m autoimmune exocrinopathy 1 (mouse) Not determined 7586174 102690034 Mouse 26884378 Skwq6_m skull length QTL 6, 10 week (mouse) 3 51907421 102307316 Mouse 1301971 Cia5_m collagen induced arthritis QTL 5 (mouse) Not determined 3 66046658 100046795 Mouse 1301392 Eae3_m susceptibility to experimental allergic encephalomyelitis 3 (mouse) Not determined 3 79548730 113548837 Mouse 1301904 Iba2_m induction of brown adipocytes 2 (mouse) Not determined 3 82147043 116147184 Mouse 26884382 Bzwq1_m bi-zygomatic width QTL 1, 5 week (mouse) 3 52207421 137205761 Mouse 11041900 Lmr11a_m leishmaniasis resistance 11a (mouse) 3 83463991 117464137 Mouse 1301398 Rapop3_m radiation-induced apoptosis 3 (mouse) Not determined 3 90511217 100464137 Mouse 26884380 Skwq1_m skull length QTL 1, 5 week (mouse) 3 43954435 101607316 Mouse 14746984 Manh54_m mandible shape 54 (mouse) 3 85289152 119289152 Mouse 12738440 Twq3_m testis weight QTL 3 (mouse) 3 87228015 121228015 Mouse 25314313 Syncl1_m synaptonemal complex length 1 (mouse) 3 67907333 128393649 Mouse 1301272 Cfsw1_m cystic fibrosis survival to weaning 1 (mouse) Not determined 3 83882912 117883044 Mouse 1301791 Char4_m P. chabaudi malaria resistance QTL 4 (mouse) Not determined 3 69625509 100655290 Mouse 11049572 Lmr11c_m leishmaniasis resistance 11c (mouse) 3 72139967 106140094 Mouse 26884436 Zlq3_m zygomatic length QTL 3, 10 week (mouse) 3 3265060 142405761 Mouse 26884427 Cvht4_m cranial vault height 4, 10 week (mouse) 3 16054164 109707316 Mouse 4141294 Bmd24_m bone mineral density 24 (mouse) Not determined 3 61740061 95740241 Mouse 10766455 Sle22_m systematic lupus erythematosus susceptibility 22 (mouse) 3 90376936 124377072 Mouse 14747001 Mancz4_m mandible centroid size 4 (mouse) 3 90378017 124378017 Mouse 1301705 Sles3_m systemic lupus erythmatosus suppressor 3 (mouse) Not determined 3 37174862 143353183 Mouse 13207570 Tcq12_m total cholesterol QTL 12 (mouse) 3 16504164 130163649 Mouse 1357583 Sle18_m systematic lupus erythematosus susceptibility 18 (mouse) Not determined 3 87208904 125316236 Mouse 26884422 Cvht7_m cranial vault height 7, 16 week (mouse) 3 28954149 118893649 Mouse 4142178 Ctrq2_m C. trachomatis resistance QTL 2 (mouse) Not determined 3 89139967 137453008 Mouse 1300595 Tmevd2_m Theiler's murine encephalomyelitis virus induced demyelinating disease susceptibility 2 (mouse) Not determined 3 75463302 109463549 Mouse 11251721 Ewc3_m ethanol withdrawal and consumption 3 (mouse) 3 69568554 103568554 Mouse 1300982 Lmr11_m leishmaniasis resistance 11 (mouse) Not determined 3 72139967 106140094 Mouse 1301947 Pcfm3_m periosteal circumference and femur length 3 (mouse) Not determined 3 81084652 115084797 Mouse 4142099 Cq3_m cholesterol QTL 3 (mouse) Not determined 3 84888918 118889067 Mouse 11039512 Ltpr3b_m Leishmania tropica response 3b (mouse) 3 83463991 117464137 Mouse 1301349 Pgia26_m proteoglycan induced arthritis 26 (mouse) Not determined 3 92251533 126251650 Mouse 11039519 Ltpr3_m Leishmania tropica response 3 (mouse) 3 56704102 100464137 Mouse 1302052 Etohcta4_m ethanol conditioned taste aversion 4 (mouse) Not determined 3 91000105 125008748 Mouse 1302056 Orgwq4_m organ weight QTL 4 (mouse) Not determined 3 30067588 147304689 Mouse 11039507 Ltpr3g_m Leishmania tropica response 3g (mouse) 3 83463991 117464137 Mouse 11039508 Ltpr3f_m Leishmania tropica response 3f (mouse) 3 83463991 117464137 Mouse 1301422 Sle11_m systematic lupus erythematosus susceptibility 11 (mouse) Not determined 3 70208904 104209042 Mouse 11039509 Ltpr3e_m Leishmania tropica response 3e (mouse) 3 83463991 117464137 Mouse 11039510 Ltpr3d_m Leishmania tropica response 3d (mouse) 3 83463991 117464137 Mouse 13208566 Bmiq5_m body mass index QTL 5 (mouse) 3 40954435 115793649 Mouse 11039511 Ltpr3c_m Leishmania tropica response 3c (mouse) 3 83463991 117464137 Mouse
AU015913
Mouse Assembly Chr Position (strand) Source JBrowse GRCm38 3 94,882,026 - 94,882,275 UniSTS GRCm38 MGSCv37 3 94,685,948 - 94,686,197 UniSTS GRCm37 Celera 3 96,312,726 - 96,312,975 UniSTS Cytogenetic Map 3 F2.1 UniSTS Whitehead/MRC_RH 3 1071.71 UniSTS
AU044539
Mouse Assembly Chr Position (strand) Source JBrowse GRCm38 3 94,881,976 - 94,882,241 UniSTS GRCm38 MGSCv37 3 94,685,898 - 94,686,163 UniSTS GRCm37 Celera 3 96,312,676 - 96,312,941 UniSTS Cytogenetic Map 3 F2.1 UniSTS Whitehead/MRC_RH 3 1069.39 UniSTS
ECD10327
Mouse Assembly Chr Position (strand) Source JBrowse GRCm38 3 94,876,755 - 94,877,371 UniSTS GRCm38 MGSCv37 3 94,680,677 - 94,681,293 UniSTS GRCm37 Celera 3 96,307,454 - 96,308,070 UniSTS Cytogenetic Map 3 F2.1 UniSTS
stSG627185
Mouse Assembly Chr Position (strand) Source JBrowse GRCm38 3 94,860,862 - 94,862,487 UniSTS GRCm38 MGSCv37 3 94,664,784 - 94,666,409 UniSTS GRCm37 Celera 3 96,291,555 - 96,293,180 UniSTS Cytogenetic Map 3 F2.1 UniSTS
Click on a value in the shaded box below the category label to view a detailed expression data table for that system.
Ensembl Acc Id:
ENSMUST00000042402 ⟹ ENSMUSP00000037523
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,745,024 - 94,788,186 (+) Ensembl GRCm38.p6 Ensembl 3 94,837,713 - 94,880,875 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000107265
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,745,008 - 94,768,904 (+) Ensembl GRCm38.p6 Ensembl 3 94,837,697 - 94,861,593 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000107266 ⟹ ENSMUSP00000102887
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,745,024 - 94,787,643 (+) Ensembl GRCm38.p6 Ensembl 3 94,837,713 - 94,880,332 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000107269 ⟹ ENSMUSP00000102890
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,745,024 - 94,789,635 (+) Ensembl GRCm38.p6 Ensembl 3 94,837,713 - 94,882,324 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000107270 ⟹ ENSMUSP00000102891
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,744,878 - 94,789,637 (+) Ensembl GRCm38.p6 Ensembl 3 94,837,567 - 94,882,326 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000125638
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,778,623 - 94,781,062 (+) Ensembl GRCm38.p6 Ensembl 3 94,871,312 - 94,873,751 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000126235
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,745,024 - 94,773,813 (+) Ensembl GRCm38.p6 Ensembl 3 94,837,713 - 94,866,502 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000132544
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,771,039 - 94,771,861 (+) Ensembl GRCm38.p6 Ensembl 3 94,863,728 - 94,864,550 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000140397 ⟹ ENSMUSP00000122492
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,771,830 - 94,779,613 (+) Ensembl GRCm38.p6 Ensembl 3 94,864,519 - 94,872,302 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000142253
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,784,966 - 94,786,277 (+) Ensembl GRCm38.p6 Ensembl 3 94,877,655 - 94,878,966 (+) Ensembl
Ensembl Acc Id:
ENSMUST00000249403 ⟹ ENSMUSP00000159753
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 Ensembl 3 94,744,878 - 94,789,637 (+) Ensembl
RefSeq Acc Id:
NM_001165948 ⟹ NP_001159420
RefSeq Status:
VALIDATED
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,744,748 - 94,790,888 (+) NCBI GRCm38 3 94,837,437 - 94,883,577 (+) NCBI MGSCv37 3 94,641,489 - 94,687,491 (+) RGD Celera 3 96,268,238 - 96,314,269 (+) RGD cM Map 3 ENTREZGENE
Sequence:
GGCGTTTCTCTCCCCCGCGCCAGCTCCCATACACGGAGCCACATTCCTTGGCCCCCCCACCCCCTCCCTCGGGGCCCCCCGCCCCCCTCGGGAAAAAAATCCACCCCAATCACTCGAACCCGAGGGAG GCTTCCTTTCACCCTCGGGGAGAGGAGCTTTCAACGGTTCCCTCTTCCCCGTCTCCCCCCCGAACCCCGGTCCCCTCCCCTGCTCCCACCCCCTACTCCCGGCGCCGGGTGCAAGGTCCCTTTAAGGC GACGGCACCTTCCTCGGGTCAGACTACCGGCGGCGACGACCACGGGAGCATGGCGGACACCGACCTGTTTATGGAATGTGAGGAGGAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGG ACTCTGTAGTTGAAGATTACAATTCTGTGGATAAAACTACTTCCGTTTCTGTGAGCCAGCAGCCAGTCTCAGCTCCAGTGCCCATTGCTGCCCATGCTTCTGTTGCTGGGCACCTCTCTACATCCACT ACTGTTAGTAACAGTGGGGCACAGAACAGCGACAGTACAAAGAAGACTCTTGTCACACTAATTGCCAACAACAATGCTGGTAATACTTTGGTCCAGCAAGGTGGACAGCCACTCATCCTCACCCAAAA CCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGACCTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGCTCCCCTGTGGCCTCACAACCTATCTTCATCACTACCCAGGGAT TTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTTGGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAGACCAATTACATTGGTCCCAGCCCCAGGTACACAGTTTGTTAAG CCGACAGTTGGCGTCCCACAAGTGTTCTCTCAGATGACCCCCGTGAGGCCAGGCTCCACAATGCCTGTGAGGCCCACCACCAACACCTTTACCACCGTCATCCCAGCTACTCTCACCATCCGAAGCAC TGTCCCACAGTCCCAGTCCCAGCAGACCAAGTCCACCCCCAGTACCTCCACTACTCCCACTGCCACACAACCAACCTCACTGGGGCAGCTAGCTGGTCAGCCTCCAGGCCAGTCCAACCAGACCTCGA ATCCCAAACTAGTGAGCATTGCCAGCTTTGTCACTGTGAAGCGACCTGGGGTTACAGGTGAAAATAGCAACGAAGTGGCCAAATTGGTGAATACTCTTAACACTGTCCCTTCCCTGGGCCAGAGTCCT GGGCCCGTGGTGGTGTCCAACAACAGTTCTGCTCAAAGAACCAGTGGGCCCGAATCTTCAGTGAAAGTGACCTCTTCCATCCCAGTGTTTGACCTCCAGGACGGTGGACGGAAAATATGTCCACGGTG TAATGCCCAGTTCCGTGTTACTGAAGCTCTGAGAGGTCACATGTGTTACTGCTGCCCTGAAATGGTTGAGTACCAAAAGAAAGGCAAGTCCCTCGATGCAGAGCCCAGTGTCCCATCGGCAGCAAAGC CCTCGTCCCCTGAGAAGACAGCCCCTGTTACTTCCACACCCTCCTCTACACCAATTCCTGCTCTCTCACCACCTACCAAAGTACCAGAGCCAAATGAGAATGCTGGAGATGCTGTCCAGACCAAGCTT ATTATGCTGGTTGATGATTTCTACTATGGACGGGATGGGGGCAAAGCAGCCCAGCTCACGAGCTTCCCTAAGGTTGCCACGTCTTTCCGATGCCCTCATTGTACTAAGAGGCTAAAGAACAACATTCG ATTCATGAACCACATGAAGCACCACGTAGAACTTGATCAACAGAATGGTGAGGTGGATGGTCACACCATCTGCCAGCACTGTTACCGCCAGTTCTCCACCCCTTTCCAGCTCCAGTGCCACTTGGAAA ATGTTCATAGTCCCTATGAATCTACTACCAAGTGCAAGATCTGTGAGTGGGCCTTTGAAAGCGAGCCCTTGTTCCTCCAGCATATGAAGGACACCCACAAGCCTGGAGAGATGCCTTATGTTTGTCAG GTGTGTCAGTATCGCTCCTCCCTCTACTCTGAAGTAGATGTCCATTTTCGGATGATCCATGAAGATACTCGGCATTTGCTTTGCCCGTATTGCCTAAAAGTCTTCAAAAATGGCAATGCCTTCCAGCA ACACTACATGAGGCACCAGAAGAGAAATGTTTATCACTGCAACAAATGCCGGCTGCAGTTTCTCTTTGCCAAGGACAAAATTGAACACAAGCTGCAGCACCATAAAACCTTCCGTAAGCCTAAGCAAC TGGAAGGCTTGAAACCAGGCACCAAGGTGACAATCCGGGCTTCCCGGGGGCAGCCGAGAACTGTTCCTGTGTCTTCAAATGATGCACCTTCTGGCACCTTGCAGGAGGCAGCAGCGCTGACCTCCACT GACCCCCTACCTGTCTTCCTTTATCCCCCTGTCCAGCGCAATATCCAGAAGAGAGCTGTTAGGAAAATGAGCGTCATGGGCCGGCAGACATGTCTGGAGTGCAGCTTTGAGATTCCAGATTTTCCTAA TCATTTCCCTACCTATGTGCATTGTTCTCTCTGCCGATACAGCACCTGCTGCTCTAGAGCTTATGCCAATCACATGATCAACAATCATGTTCCACGGAAAAGTCCCAAGTATTTGGCTTTGTTTAAAA ATTCTGTAAGTGGAATCAAGCTGGCCTGCACTTCGTGTACCTTTGCTACCTCCGTGGGAGATGCGATGGCCAAGCATTTAGTGTTCAACCCCTCCCACAGATCTAGCAACATCTTACCACGGGGGCTC AGTTGGATGTCTCACTTGAGGCCTGGCCAGGCTTCTGAACGAGTGTTCGACTGGAGCATGAAGAATACATATCTTCCACCTCCCCTCGTCCCTAACAAAGCTGCCACTGTGAAGCCTGTAGGAGTCAC CCCAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGCTCCAGGCACTTCCATCCCCAGCCTCAACTGCAACCCCACCAGCAACCCCCACTCACCCACAGCCCTCCGCCCTGCCACCCTCGGCCACAGAGG GGACTGAGTGTCTGAATGTCAGTGAACAGGAAGAAGGAAGCCCTGTCACCCAGGATCCTGAGCCAGCATCAGGTGGTGGAGGTGGCAGTGGGGTTGGCAAGAAAGAGCAGCTGTCTGTGAAGAAGCTT CGGGTAGTACTGTTTGCCCTGTGCTGCAACACTGAACAGGCGGCTGAACACTTTCGAAACCCCCAGCGGCGAATCCGTCGTTGGCTTCGACGCTTCCAGGCCTCTCAGGGAGAGAACTTAGAGGGCAA ATATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTGAATGGGTGCTGATCCAGAGAGAGCAGCAGCTCCCTGTAAATGAGGAGACCTTGTTTCAGAAGGCCACCAAAATTGGACGCTCTTTGGAAGGGG GGTTTAAGATCTCCTATGAGTGGGCTGTGCGCTTCATGCTTCGGCACCACCTCACTCCCCATGCCCGGCGAGCTGTCGCCCACACGTTACCGAAGCATGTAGCAGAAAATGCTGGACTCTTCATTGAG TTTGTGCAGCGGCAGATTCACAATCAGGACTTACCTTTGTCTATGATTGTGGCTATTGATGAGATCTCTTTGTTCCTGGACACAGAGGTGCTGAGCAGTGATGACCGAAAGGAGAACGCTCTGCAGAC AGTGGGCACAGGGGAGCCTTGGTGTGACGTCGTGCTGGCTATCCTAGCAGATGGCACTGTCCTCCCCACCCTTGTTTTCTTCCGAGGACAAGCGAATCGGTTCGCTAATGTGCCAGACTCTATATTAC TAGAGGCCAAAGACAGTGGCTACAGCGACGACGAAATCATGGAGCTTTGGTCAACCCGTGTATGGAAGAAGCACACAGCTTGTCAGCACAGCAAAAGCATGTTGGTGATGGACTGTCATCGCACTCAC TTGTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTCTAGCACTTTGCCTGCGGTAGTCCCCGCCGGTTGTAGCTCCAAAATCCAGCCACTAGATGTATGCATCAAACGAACTGTTAAGAACTTCCTGCA CAAAAAGTGGAAGGAACAGGCTCGGGAAATGGCTGACGCTGCTTGTGATTCTGATGTCTTGCTTCAGCTGGTGTTGGTCTGGCTGGGAGAGGTGCTGGGTGTCATTGGGGACTCCCCAGAGCTAGTTC AGCGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGTCCCGATGGCAACGTTAACTCACCCACACGCAACGCTGACATGCAGGAGGAGCTCATTGCCTCCCTAGAGGAGCAGCTCAAGCTAAATGGAGAA CAGTCTGAGGAGCACTCAGCTTCTGCCCCCCGACCCAGGTCATCTCCTGAAGAGACAGTCGAGCCTGAAAGCCTTCACCAGCTTTTTGAGGGGGAAAGTGAGACGGAGTCTTTCTATGGCTTTGAGGA AGCTGACCTTGATCTGATGGAGATCTAGGTGCTGAGGCTATGGAAGCTATGGAGTCAGGAAGGAAGGTGAGGGAGGTTAGAGGGGCTTAGACAAGATGGGTACCAGTGGGGTACTTGGTTTATAGTTT CAATTTTATGCCACCACTCCCAGCATTGACTCTTCCTGTGAATTTGTGGGTTATTAGGAACGCCGGTAGTGATCAGTTCTGAGCCGAGGAGCTGGCCCATTGGTTACTCCTAAAAACATGTTTTTGTG ACCCTTTTTTTCTTCTTTAATTTAAATCACTGTGTTTGCTATTTTTCTGACAAAATCTAGGAAAACAATCCTTTGTGGACAGATATTAAGTTGTTTCATTTCCCCGTTTACCTCAATTGTATCATAGT ATTTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAATGTCTTTGGGCATGATACTATCTAATCATTGTTAACATGAGAACTTTGCTGCAGATGGAAAGAAAGAATATGTAGCTGACAAACTGACTATTA CATATGTGGATAAGTTTTTTTCATTGTGGTCTTAACACTTTTATATAAAAATGAAAATGAAAAATGAATCCCACTGAACTCTTTCCTTCTGCTCCTTCCCTCCCTCCCCAGAGGTGCTGGCTTCTTCA GCAGCTCTAGATATAAAGTTGTGCTTTAAAACGTGCATGAACCACCTTGAAACATCTAGAATGGATAGATTTTTCTGTCCTCACCACCCTCCACCAAAATATAACAGAAACAATATTTTTTTGCACTT GTAACCCTTGACCCCTTTCCTGATTTTTCACATCATCCTTCACTCTGGACAAAGGAGCACATGTGTCCCTGGCAAGCAGAGGTACTGAGTGAGGTGATGAGTGTTTCAGGTGGAAGCCATTCCTAGTC TCTGTCTTCAACAAGCCCGATGGCGTAGTCCCTTTCCTCTAGAACTTTGTCCTGTTAAGCTCGCTGACGGCACACCTGCTCATCACAGGTTTAACTGGCATGTTAAGTGTTGAACTAGAAAGACAGAC TGCTTCAACTCCTGCTTACACGTGGCTTTCCTGTTCCTCTCATATTCAGAGAAACGGATGTGAAAAGCATAGAGGTGTGCACAGAGAAAGACATGAATCTTTATTTTTCACTGCCAACTTCAAGGAAA AATTTTTCTACAGTTTGCATGAGGGATTTTTTTAAGAAAATATGTACTCATGGTGATAAACCAAAATGTACTGTACCATAGAGGAGAGCAAACCTTCCCCACAGCCACACCGTCCTTATCCATCCCGA GGCGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGCAGCCTGCACAAGCGTGTAAGTGGTTCATCTCTAAAGTGTACATAAGTGGAGCATTTAATAAAACAAGAGGAAATGGATTTATAAACTTTTTCT ATGTGTCCCCATTGAATAGGCTTTCATAGACTGGGAGATACTCAAGACATGCCCGCCTGGTGGCACAGGGGTGGCGTCTGTGACCACCAGTGCTTTCCCTGCAGATTTTGTTTTGTCTTTTTAACTCC CAGCACACTATAACATAGTGAACAGGACTGATCCCAGAAGTTTGGCCTGCTCTAAAACCATGGCATTGGAGATCTGAACTGAGGAGCCACCTGGGCTGGTCCCCAGCTTTTTGCGAAATGCCATTTTA TTGGTGACGGACTACACTTCAAAGCCAACCTTCTGCCTTTGAGAAAGCTGGAGAACTGTAAATGGTCACTTCAATCTACAGCCTAATCCTCTTTGGTCGTCTCTGCAGCAGCCACAGCCTTAGCAGAG CTGGGTTCCTGGCCTCTGCACATTGACTTTGGATGGGTCATTTTTGGTTGTTTTTTGTTTTTTGTTTTTTTTCTTTTTTTTAAAGATCATGGTAACCGTGAATCAGCTGGGTTTTGGCAAGCAAGTTG TCTTTGTGGACTCTGCCTGCATGGCTTAGTAGTAGAAGGAAGTTTTTTTGGTTTTGTTTTTTTATAATTCAGTTTAATCAATAAACATGTATTTATTGACAATTTTCTGTGTTAAGTATATCAAAGTT CCCAATTGAACACCCAAGATTTTCTTTGCGTGAACTTGTCTGCAGCTGTCTGTGCCTCGCTGGATAGTGTCGTGCAGAAGACCCGTGATTGTCATTTTTAGAAATCAAGGTTCAGTGGGACAGTGGTG GCACACACCTTTAATCCCAGCACTGGAGAGGCAAAGACAGATATATCTCTGAGTTTGAGACTAGCCTGGTTATAATGAGTACCTGGTCAGCCAGAGTTATACTGTTTTGGAAAACACCAAAATACAAA AATAAATTAAATCAGGGTTTAAAACCACCCCAGGGATAGGACATGACTGACTTCCAGCTGAAACAGCTACACTTAGAATTCATTTTTGTTTTTGTGTATTGACTGTTGGCACCTCATACCATTAAATC ATGCACAAAGGTCAGGACAACTCTTGAGTCATCTGGGGATTAAACTTGGGCTTTCAGGTGTGTGAATACTGGCACAAGTGTGGGTCTTCAGTCTTCACTCGCCACCGTATCTGAGACTTCTGTTCTTC TGTTTGCTATGCCAAGCTACCTACCTGGCCCTCGAGCTTACAGGGCATCTCCTGCCTCTACATACCATTTGGGATTACAAATACTTGAGCTATTTTGTCCAGCTTTTCTATGGGTTCTAGAGATTCAA ATTCAGGTCTTCACACTCAGCAAGTGCTTTAGCAACTTGAGCCACCTCCCAGCCCCACTTAAGTTCTTGTAATGATTTTATTTGGTTATGTGTATTTATACAAGTGCAGGCGCTCATGAGGCCAGTCA TCAGATGTCCCCTGGAATTGCAGTGAGATGCTTGTGAGCCACAGATTCACATGGTACTGAGGTGCAAACTCAAGTCAAGCCTGCCCTCTTAGATGCCGAGCATCTCTGCAACTCCCCATTCAAGGTTT CCTAATGAACACATGCTTTCAAAGAACCAGGTGCTAGGATTACAATAAGCATCAGATGTTTGTACTCTGAATGTGAGGCTACGAGTGTAGGCGTAGGGTCTGAGCACCACCATGGTACAGTAGCTCTG GTACATACATACCTCATACCTGTCTTTGAAATTGCATTTGAACAAAAGTCAGGTTTGCAGCCATCATTAACAACTCCTCCCAAACAAAAACAAAAATAACCTCTTACATTCTTTTAAAATGTAGTGCA TGGGAGAAAAATGAGAATATTGTATGAGCCCATTGTGTTATTAAACGTAAGTCAAATCTACAAAAACTATGAC
hide sequence
RefSeq Acc Id:
NM_001368811 ⟹ NP_001355740
RefSeq Status:
VALIDATED
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,744,748 - 94,790,888 (+) NCBI GRCm38 3 94,837,437 - 94,883,577 (+) NCBI
Sequence:
GGCGTTTCTCTCCCCCGCGCCAGCTCCCATACACGGAGCCACATTCCTTGGCCCCCCCACCCCCTCCCTCGGGGCCCCCCGCCCCCCTCGGGAAAAAAATCCACCCCAATCACTCGAACCCGAGGGAG GCTTCCTTTCACCCTCGGGGAGAGGAGCTTTCAACGGTTCCCTCTTCCCCGTCTCCCCCCCGAACCCCGGTCCCCTCCCCTGCTCCCACCCCCTACTCCCGGCGCCGGGTGCAAGGTCCCTTTAAGGC GACGGCACCTTCCTCGGGTCAGACTACCGGCGGCGACGACCACGGGAGCATGGCGGACACCGACCTGTTTATGGAATGTGAGGAGGAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGG ACTCTGTAGTTGAAGATTACAATTCTGTGGATAAAACTACTTCCGTTTCTGTGAGCCAGCAGCCAGTCTCAGCTCCAGTGCCCATTGCTGCCCATGCTTCTGTTGCTGGGCACCTCTCTACATCCACT ACTGTTAGTAACAGTGGGGCACAGAACAGCGACAGTACAAAGAAGACTCTTGTCACACTAATTGCCAACAACAATGCTGGTAATACTTTGGTCCAGCAAGGTGGACAGCCACTCATCCTCACCCAAAA CCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGACCTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGCTCCCCTGTGGCCTCACAACCTATCTTCATCACTACCCAGGGAT TTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTTGGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAGACCAATTACATTGGTCCCAGTGAGCATTGCCAGCTTTGTCACT GTGAAGCGACCTGGGGTTACAGGTGAAAATAGCAACGAAGTGGCCAAATTGGTGAATACTCTTAACACTGTCCCTTCCCTGGGCCAGAGTCCTGGGCCCGTGGTGGTGTCCAACAACAGTTCTGCTCA AAGAACCAGTGGGCCCGAATCTTCAGTGAAAGTGACCTCTTCCATCCCAGTGTTTGACCTCCAGGACGGTGGACGGAAAATATGTCCACGGTGTAATGCCCAGTTCCGTGTTACTGAAGCTCTGAGAG GTCACATGTGTTACTGCTGCCCTGAAATGGTTGAGTACCAAAAGAAAGGCAAGTCCCTCGATGCAGAGCCCAGTGTCCCATCGGCAGCAAAGCCCTCGTCCCCTGAGAAGACAGCCCCTGTTACTTCC ACACCCTCCTCTACACCAATTCCTGCTCTCTCACCACCTACCAAAGTACCAGAGCCAAATGAGAATGCTGGAGATGCTGTCCAGACCAAGCTTATTATGCTGGTTGATGATTTCTACTATGGACGGGA TGGGGGCAAAGCAGCCCAGCTCACGAGCTTCCCTAAGGTTGCCACGTCTTTCCGATGCCCTCATTGTACTAAGAGGCTAAAGAACAACATTCGATTCATGAACCACATGAAGCACCACGTAGAACTTG ATCAACAGAATGGTGAGGTGGATGGTCACACCATCTGCCAGCACTGTTACCGCCAGTTCTCCACCCCTTTCCAGCTCCAGTGCCACTTGGAAAATGTTCATAGTCCCTATGAATCTACTACCAAGTGC AAGATCTGTGAGTGGGCCTTTGAAAGCGAGCCCTTGTTCCTCCAGCATATGAAGGACACCCACAAGCCTGGAGAGATGCCTTATGTTTGTCAGGTGTGTCAGTATCGCTCCTCCCTCTACTCTGAAGT AGATGTCCATTTTCGGATGATCCATGAAGATACTCGGCATTTGCTTTGCCCGTATTGCCTAAAAGTCTTCAAAAATGGCAATGCCTTCCAGCAACACTACATGAGGCACCAGAAGAGAAATGTTTATC ACTGCAACAAATGCCGGCTGCAGTTTCTCTTTGCCAAGGACAAAATTGAACACAAGCTGCAGCACCATAAAACCTTCCGTAAGCCTAAGCAACTGGAAGGCTTGAAACCAGGCACCAAGGTGACAATC CGGGCTTCCCGGGGGCAGCCGAGAACTGTTCCTGTGTCTTCAAATGATGCACCTTCTGGCACCTTGCAGGAGGCAGCAGCGCTGACCTCCACTGACCCCCTACCTGTCTTCCTTTATCCCCCTGTCCA GCGCAATATCCAGAAGAGAGCTGTTAGGAAAATGAGCGTCATGGGCCGGCAGACATGTCTGGAGTGCAGCTTTGAGATTCCAGATTTTCCTAATCATTTCCCTACCTATGTGCATTGTTCTCTCTGCC GATACAGCACCTGCTGCTCTAGAGCTTATGCCAATCACATGATCAACAATCATGTTCCACGGAAAAGTCCCAAGTATTTGGCTTTGTTTAAAAATTCTGTAAGTGGAATCAAGCTGGCCTGCACTTCG TGTACCTTTGCTACCTCCGTGGGAGATGCGATGGCCAAGCATTTAGTGTTCAACCCCTCCCACAGATCTAGCAACATCTTACCACGGGGGCTCAGTTGGATGTCTCACTTGAGGCCTGGCCAGGCTTC TGAACGAGTGTTCGACTGGAGCATGAAGAATACATATCTTCCACCTCCCCTCGTCCCTAACAAAGCTGCCACTGTGAAGCCTGTAGGAGTCACCCCAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGC TCCAGGCACTTCCATCCCCAGCCTCAACTGCAACCCCACCAGCAACCCCCACTCACCCACAGCCCTCCGCCCTGCCACCCTCGGCCACAGAGGGGACTGAGTGTCTGAATGTCAGTGAACAGGAAGAA GGAAGCCCTGTCACCCAGGATCCTGAGCCAGCATCAGGTGGTGGAGGTGGCAGTGGGGTTGGCAAGAAAGAGCAGCTGTCTGTGAAGAAGCTTCGGGTAGTACTGTTTGCCCTGTGCTGCAACACTGA ACAGGCGGCTGAACACTTTCGAAACCCCCAGCGGCGAATCCGTCGTTGGCTTCGACGCTTCCAGGCCTCTCAGGGAGAGAACTTAGAGGGCAAATATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTG AATGGGTGCTGATCCAGAGAGAGCAGCAGCTCCCTGTAAATGAGGAGACCTTGTTTCAGAAGGCCACCAAAATTGGACGCTCTTTGGAAGGGGGGTTTAAGATCTCCTATGAGTGGGCTGTGCGCTTC ATGCTTCGGCACCACCTCACTCCCCATGCCCGGCGAGCTGTCGCCCACACGTTACCGAAGCATGTAGCAGAAAATGCTGGACTCTTCATTGAGTTTGTGCAGCGGCAGATTCACAATCAGGACTTACC TTTGTCTATGATTGTGGCTATTGATGAGATCTCTTTGTTCCTGGACACAGAGGTGCTGAGCAGTGATGACCGAAAGGAGAACGCTCTGCAGACAGTGGGCACAGGGGAGCCTTGGTGTGACGTCGTGC TGGCTATCCTAGCAGATGGCACTGTCCTCCCCACCCTTGTTTTCTTCCGAGGACAAGCGAATCGGTTCGCTAATGTGCCAGACTCTATATTACTAGAGGCCAAAGACAGTGGCTACAGCGACGACGAA ATCATGGAGCTTTGGTCAACCCGTGTATGGAAGAAGCACACAGCTTGTCAGCACAGCAAAAGCATGTTGGTGATGGACTGTCATCGCACTCACTTGTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTC TAGCACTTTGCCTGCGGTAGTCCCCGCCGGTTGTAGCTCCAAAATCCAGCCACTAGATGTATGCATCAAACGAACTGTTAAGAACTTCCTGCACAAAAAGTGGAAGGAACAGGCTCGGGAAATGGCTG ACGCTGCTTGTGATTCTGATGTCTTGCTTCAGCTGGTGTTGGTCTGGCTGGGAGAGGTGCTGGGTGTCATTGGGGACTCCCCAGAGCTAGTTCAGCGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGT CCCGATGGCAACGTTAACTCACCCACACGCAACGCTGACATGCAGGAGGAGCTCATTGCCTCCCTAGAGGAGCAGCTCAAGCTAAATGGAGAACAGTCTGAGGAGCACTCAGCTTCTGCCCCCCGACC CAGGTCATCTCCTGAAGAGACAGTCGAGCCTGAAAGCCTTCACCAGCTTTTTGAGGGGGAAAGTGAGACGGAGTCTTTCTATGGCTTTGAGGAAGCTGACCTTGATCTGATGGAGATCTAGGTGCTGA GGCTATGGAAGCTATGGAGTCAGGAAGGAAGGTGAGGGAGGTTAGAGGGGCTTAGACAAGATGGGTACCAGTGGGGTACTTGGTTTATAGTTTCAATTTTATGCCACCACTCCCAGCATTGACTCTTC CTGTGAATTTGTGGGTTATTAGGAACGCCGGTAGTGATCAGTTCTGAGCCGAGGAGCTGGCCCATTGGTTACTCCTAAAAACATGTTTTTGTGACCCTTTTTTTCTTCTTTAATTTAAATCACTGTGT TTGCTATTTTTCTGACAAAATCTAGGAAAACAATCCTTTGTGGACAGATATTAAGTTGTTTCATTTCCCCGTTTACCTCAATTGTATCATAGTATTTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAA TGTCTTTGGGCATGATACTATCTAATCATTGTTAACATGAGAACTTTGCTGCAGATGGAAAGAAAGAATATGTAGCTGACAAACTGACTATTACATATGTGGATAAGTTTTTTTCATTGTGGTCTTAA CACTTTTATATAAAAATGAAAATGAAAAATGAATCCCACTGAACTCTTTCCTTCTGCTCCTTCCCTCCCTCCCCAGAGGTGCTGGCTTCTTCAGCAGCTCTAGATATAAAGTTGTGCTTTAAAACGTG CATGAACCACCTTGAAACATCTAGAATGGATAGATTTTTCTGTCCTCACCACCCTCCACCAAAATATAACAGAAACAATATTTTTTTGCACTTGTAACCCTTGACCCCTTTCCTGATTTTTCACATCA TCCTTCACTCTGGACAAAGGAGCACATGTGTCCCTGGCAAGCAGAGGTACTGAGTGAGGTGATGAGTGTTTCAGGTGGAAGCCATTCCTAGTCTCTGTCTTCAACAAGCCCGATGGCGTAGTCCCTTT CCTCTAGAACTTTGTCCTGTTAAGCTCGCTGACGGCACACCTGCTCATCACAGGTTTAACTGGCATGTTAAGTGTTGAACTAGAAAGACAGACTGCTTCAACTCCTGCTTACACGTGGCTTTCCTGTT CCTCTCATATTCAGAGAAACGGATGTGAAAAGCATAGAGGTGTGCACAGAGAAAGACATGAATCTTTATTTTTCACTGCCAACTTCAAGGAAAAATTTTTCTACAGTTTGCATGAGGGATTTTTTTAA GAAAATATGTACTCATGGTGATAAACCAAAATGTACTGTACCATAGAGGAGAGCAAACCTTCCCCACAGCCACACCGTCCTTATCCATCCCGAGGCGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGC AGCCTGCACAAGCGTGTAAGTGGTTCATCTCTAAAGTGTACATAAGTGGAGCATTTAATAAAACAAGAGGAAATGGATTTATAAACTTTTTCTATGTGTCCCCATTGAATAGGCTTTCATAGACTGGG AGATACTCAAGACATGCCCGCCTGGTGGCACAGGGGTGGCGTCTGTGACCACCAGTGCTTTCCCTGCAGATTTTGTTTTGTCTTTTTAACTCCCAGCACACTATAACATAGTGAACAGGACTGATCCC AGAAGTTTGGCCTGCTCTAAAACCATGGCATTGGAGATCTGAACTGAGGAGCCACCTGGGCTGGTCCCCAGCTTTTTGCGAAATGCCATTTTATTGGTGACGGACTACACTTCAAAGCCAACCTTCTG CCTTTGAGAAAGCTGGAGAACTGTAAATGGTCACTTCAATCTACAGCCTAATCCTCTTTGGTCGTCTCTGCAGCAGCCACAGCCTTAGCAGAGCTGGGTTCCTGGCCTCTGCACATTGACTTTGGATG GGTCATTTTTGGTTGTTTTTTGTTTTTTGTTTTTTTTCTTTTTTTTAAAGATCATGGTAACCGTGAATCAGCTGGGTTTTGGCAAGCAAGTTGTCTTTGTGGACTCTGCCTGCATGGCTTAGTAGTAG AAGGAAGTTTTTTTGGTTTTGTTTTTTTATAATTCAGTTTAATCAATAAACATGTATTTATTGACAATTTTCTGTGTTAAGTATATCAAAGTTCCCAATTGAACACCCAAGATTTTCTTTGCGTGAAC TTGTCTGCAGCTGTCTGTGCCTCGCTGGATAGTGTCGTGCAGAAGACCCGTGATTGTCATTTTTAGAAATCAAGGTTCAGTGGGACAGTGGTGGCACACACCTTTAATCCCAGCACTGGAGAGGCAAA GACAGATATATCTCTGAGTTTGAGACTAGCCTGGTTATAATGAGTACCTGGTCAGCCAGAGTTATACTGTTTTGGAAAACACCAAAATACAAAAATAAATTAAATCAGGGTTTAAAACCACCCCAGGG ATAGGACATGACTGACTTCCAGCTGAAACAGCTACACTTAGAATTCATTTTTGTTTTTGTGTATTGACTGTTGGCACCTCATACCATTAAATCATGCACAAAGGTCAGGACAACTCTTGAGTCATCTG GGGATTAAACTTGGGCTTTCAGGTGTGTGAATACTGGCACAAGTGTGGGTCTTCAGTCTTCACTCGCCACCGTATCTGAGACTTCTGTTCTTCTGTTTGCTATGCCAAGCTACCTACCTGGCCCTCGA GCTTACAGGGCATCTCCTGCCTCTACATACCATTTGGGATTACAAATACTTGAGCTATTTTGTCCAGCTTTTCTATGGGTTCTAGAGATTCAAATTCAGGTCTTCACACTCAGCAAGTGCTTTAGCAA CTTGAGCCACCTCCCAGCCCCACTTAAGTTCTTGTAATGATTTTATTTGGTTATGTGTATTTATACAAGTGCAGGCGCTCATGAGGCCAGTCATCAGATGTCCCCTGGAATTGCAGTGAGATGCTTGT GAGCCACAGATTCACATGGTACTGAGGTGCAAACTCAAGTCAAGCCTGCCCTCTTAGATGCCGAGCATCTCTGCAACTCCCCATTCAAGGTTTCCTAATGAACACATGCTTTCAAAGAACCAGGTGCT AGGATTACAATAAGCATCAGATGTTTGTACTCTGAATGTGAGGCTACGAGTGTAGGCGTAGGGTCTGAGCACCACCATGGTACAGTAGCTCTGGTACATACATACCTCATACCTGTCTTTGAAATTGC ATTTGAACAAAAGTCAGGTTTGCAGCCATCATTAACAACTCCTCCCAAACAAAAACAAAAATAACCTCTTACATTCTTTTAAAATGTAGTGCATGGGAGAAAAATGAGAATATTGTATGAGCCCATTG TGTTATTAAACGTAAGTCAAATCTACAAAAACTATGAC
hide sequence
RefSeq Acc Id:
NM_001368812 ⟹ NP_001355741
RefSeq Status:
VALIDATED
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,744,748 - 94,790,888 (+) NCBI GRCm38 3 94,837,437 - 94,883,577 (+) NCBI
Sequence:
GGCGTTTCTCTCCCCCGCGCCAGCTCCCATACACGGAGCCACATTCCTTGGCCCCCCCACCCCC TCCCTCGGGGCCCCCCGCCCCCCTCGGGAAAAAAATCCACCCCAATCACTCGAACCCGAGGGAGGCTTCCTTTCACCCTCGGGGAGAGGAGCTTTCAACGGTTCCCTCTTCCCCGTCTCCCCCCCGAA CCCCGGTCCCCTCCCCTGCTCCCACCCCCTACTCCCGGCGCCGGGTGCAAGGTCCCTTTAAGGCGACGGCACCTTCCTCGGGTCAGACTACCGGCGGCGACGACCACGGGAGCATGGCGGACACCGAC CTGTTTATGGAATGTGAGGAGGAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGGACTCTGTAGTTGAAGATTACAATTCTGTGGATAAAACTACTTCCGCTGGTAATACTTTGGTCCA GCAAGGTGGACAGCCACTCATCCTCACCCAAAACCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGACCTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGCTCCCCTGTGG CCTCACAACCTATCTTCATCACTACCCAGGGATTTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTTGGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAGACCAATTACA TTGGTCCCAGTGAGCATTGCCAGCTTTGTCACTGTGAAGCGACCTGGGGTTACAGGTGAAAATAGCAACGAAGTGGCCAAATTGGTGAATACTCTTAACACTGTCCCTTCCCTGGGCCAGAGTCCTGG GCCCGTGGTGGTGTCCAACAACAGTTCTGCTCAAAGAACCAGTGGGCCCGAATCTTCAGTGAAAGTGACCTCTTCCATCCCAGTGTTTGACCTCCAGGACGGTGGACGGAAAATATGTCCACGGTGTA ATGCCCAGTTCCGTGTTACTGAAGCTCTGAGAGGTCACATGTGTTACTGCTGCCCTGAAATGGTTGAGTACCAAAAGAAAGGCAAGTCCCTCGATGCAGAGCCCAGTGTCCCATCGGCAGCAAAGCCC TCGTCCCCTGAGAAGACAGCCCCTGTTACTTCCACACCCTCCTCTACACCAATTCCTGCTCTCTCACCACCTACCAAAGTACCAGAGCCAAATGAGAATGCTGGAGATGCTGTCCAGACCAAGCTTAT TATGCTGGTTGATGATTTCTACTATGGACGGGATGGGGGCAAAGCAGCCCAGCTCACGAGCTTCCCTAAGGTTGCCACGTCTTTCCGATGCCCTCATTGTACTAAGAGGCTAAAGAACAACATTCGAT TCATGAACCACATGAAGCACCACGTAGAACTTGATCAACAGAATGGTGAGGTGGATGGTCACACCATCTGCCAGCACTGTTACCGCCAGTTCTCCACCCCTTTCCAGCTCCAGTGCCACTTGGAAAAT GTTCATAGTCCCTATGAATCTACTACCAAGTGCAAGATCTGTGAGTGGGCCTTTGAAAGCGAGCCCTTGTTCCTCCAGCATATGAAGGACACCCACAAGCCTGGAGAGATGCCTTATGTTTGTCAGGT GTGTCAGTATCGCTCCTCCCTCTACTCTGAAGTAGATGTCCATTTTCGGATGATCCATGAAGATACTCGGCATTTGCTTTGCCCGTATTGCCTAAAAGTCTTCAAAAATGGCAATGCCTTCCAGCAAC ACTACATGAGGCACCAGAAGAGAAATGTTTATCACTGCAACAAATGCCGGCTGCAGTTTCTCTTTGCCAAGGACAAAATTGAACACAAGCTGCAGCACCATAAAACCTTCCGTAAGCCTAAGCAACTG GAAGGCTTGAAACCAGGCACCAAGGTGACAATCCGGGCTTCCCGGGGGCAGCCGAGAACTGTTCCTGTGTCTTCAAATGATGCACCTTCTGGCACCTTGCAGGAGGCAGCAGCGCTGACCTCCACTGA CCCCCTACCTGTCTTCCTTTATCCCCCTGTCCAGCGCAATATCCAGAAGAGAGCTGTTAGGAAAATGAGCGTCATGGGCCGGCAGACATGTCTGGAGTGCAGCTTTGAGATTCCAGATTTTCCTAATC ATTTCCCTACCTATGTGCATTGTTCTCTCTGCCGATACAGCACCTGCTGCTCTAGAGCTTATGCCAATCACATGATCAACAATCATGTTCCACGGAAAAGTCCCAAGTATTTGGCTTTGTTTAAAAAT TCTGTAAGTGGAATCAAGCTGGCCTGCACTTCGTGTACCTTTGCTACCTCCGTGGGAGATGCGATGGCCAAGCATTTAGTGTTCAACCCCTCCCACAGATCTAGCAACATCTTACCACGGGGGCTCAG TTGGATGTCTCACTTGAGGCCTGGCCAGGCTTCTGAACGAGTGTTCGACTGGAGCATGAAGAATACATATCTTCCACCTCCCCTCGTCCCTAACAAAGCTGCCACTGTGAAGCCTGTAGGAGTCACCC CAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGCTCCAGGCACTTCCATCCCCAGCCTCAACTGCAACCCCACCAGCAACCCCCACTCACCCACAGCCCTCCGCCCTGCCACCCTCGGCCACAGAGGGG ACTGAGTGTCTGAATGTCAGTGAACAGGAAGAAGGAAGCCCTGTCACCCAGGATCCTGAGCCAGCATCAGGTGGTGGAGGTGGCAGTGGGGTTGGCAAGAAAGAGCAGCTGTCTGTGAAGAAGCTTCG GGTAGTACTGTTTGCCCTGTGCTGCAACACTGAACAGGCGGCTGAACACTTTCGAAACCCCCAGCGGCGAATCCGTCGTTGGCTTCGACGCTTCCAGGCCTCTCAGGGAGAGAACTTAGAGGGCAAAT ATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTGAATGGGTGCTGATCCAGAGAGAGCAGCAGCTCCCTGTAAATGAGGAGACCTTGTTTCAGAAGGCCACCAAAATTGGACGCTCTTTGGAAGGGGGG TTTAAGATCTCCTATGAGTGGGCTGTGCGCTTCATGCTTCGGCACCACCTCACTCCCCATGCCCGGCGAGCTGTCGCCCACACGTTACCGAAGCATGTAGCAGAAAATGCTGGACTCTTCATTGAGTT TGTGCAGCGGCAGATTCACAATCAGGACTTACCTTTGTCTATGATTGTGGCTATTGATGAGATCTCTTTGTTCCTGGACACAGAGGTGCTGAGCAGTGATGACCGAAAGGAGAACGCTCTGCAGACAG TGGGCACAGGGGAGCCTTGGTGTGACGTCGTGCTGGCTATCCTAGCAGATGGCACTGTCCTCCCCACCCTTGTTTTCTTCCGAGGACAAGCGAATCGGTTCGCTAATGTGCCAGACTCTATATTACTA GAGGCCAAAGACAGTGGCTACAGCGACGACGAAATCATGGAGCTTTGGTCAACCCGTGTATGGAAGAAGCACACAGCTTGTCAGCACAGCAAAAGCATGTTGGTGATGGACTGTCATCGCACTCACTT GTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTCTAGCACTTTGCCTGCGGTAGTCCCCGCCGGTTGTAGCTCCAAAATCCAGCCACTAGATGTATGCATCAAACGAACTGTTAAGAACTTCCTGCACA AAAAGTGGAAGGAACAGGCTCGGGAAATGGCTGACGCTGCTTGTGATTCTGATGTCTTGCTTCAGCTGGTGTTGGTCTGGCTGGGAGAGGTGCTGGGTGTCATTGGGGACTCCCCAGAGCTAGTTCAG CGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGTCCCGATGGCAACGTTAACTCACCCACACGCAACGCTGACATGCAGGAGGAGCTCATTGCCTCCCTAGAGGAGCAGCTCAAGCTAAATGGAGAACA GTCTGAGGAGCACTCAGCTTCTGCCCCCCGACCCAGGTCATCTCCTGAAGAGACAGTCGAGCCTGAAAGCCTTCACCAGCTTTTTGAGGGGGAAAGTGAGACGGAGTCTTTCTATGGCTTTGAGGAAG CTGACCTTGATCTGATGGAGATCTAGGTGCTGAGGCTATGGAAGCTATGGAGTCAGGAAGGAAGGTGAGGGAGGTTAGAGGGGCTTAGACAAGATGGGTACCAGTGGGGTACTTGGTTTATAGTTTCA ATTTTATGCCACCACTCCCAGCATTGACTCTTCCTGTGAATTTGTGGGTTATTAGGAACGCCGGTAGTGATCAGTTCTGAGCCGAGGAGCTGGCCCATTGGTTACTCCTAAAAACATGTTTTTGTGAC CCTTTTTTTCTTCTTTAATTTAAATCACTGTGTTTGCTATTTTTCTGACAAAATCTAGGAAAACAATCCTTTGTGGACAGATATTAAGTTGTTTCATTTCCCCGTTTACCTCAATTGTATCATAGTAT TTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAATGTCTTTGGGCATGATACTATCTAATCATTGTTAACATGAGAACTTTGCTGCAGATGGAAAGAAAGAATATGTAGCTGACAAACTGACTATTACA TATGTGGATAAGTTTTTTTCATTGTGGTCTTAACACTTTTATATAAAAATGAAAATGAAAAATGAATCCCACTGAACTCTTTCCTTCTGCTCCTTCCCTCCCTCCCCAGAGGTGCTGGCTTCTTCAGC AGCTCTAGATATAAAGTTGTGCTTTAAAACGTGCATGAACCACCTTGAAACATCTAGAATGGATAGATTTTTCTGTCCTCACCACCCTCCACCAAAATATAACAGAAACAATATTTTTTTGCACTTGT AACCCTTGACCCCTTTCCTGATTTTTCACATCATCCTTCACTCTGGACAAAGGAGCACATGTGTCCCTGGCAAGCAGAGGTACTGAGTGAGGTGATGAGTGTTTCAGGTGGAAGCCATTCCTAGTCTC TGTCTTCAACAAGCCCGATGGCGTAGTCCCTTTCCTCTAGAACTTTGTCCTGTTAAGCTCGCTGACGGCACACCTGCTCATCACAGGTTTAACTGGCATGTTAAGTGTTGAACTAGAAAGACAGACTG CTTCAACTCCTGCTTACACGTGGCTTTCCTGTTCCTCTCATATTCAGAGAAACGGATGTGAAAAGCATAGAGGTGTGCACAGAGAAAGACATGAATCTTTATTTTTCACTGCCAACTTCAAGGAAAAA TTTTTCTACAGTTTGCATGAGGGATTTTTTTAAGAAAATATGTACTCATGGTGATAAACCAAAATGTACTGTACCATAGAGGAGAGCAAACCTTCCCCACAGCCACACCGTCCTTATCCATCCCGAGG CGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGCAGCCTGCACAAGCGTGTAAGTGGTTCATCTCTAAAGTGTACATAAGTGGAGCATTTAATAAAACAAGAGGAAATGGATTTATAAACTTTTTCTAT GTGTCCCCATTGAATAGGCTTTCATAGACTGGGAGATACTCAAGACATGCCCGCCTGGTGGCACAGGGGTGGCGTCTGTGACCACCAGTGCTTTCCCTGCAGATTTTGTTTTGTCTTTTTAACTCCCA GCACACTATAACATAGTGAACAGGACTGATCCCAGAAGTTTGGCCTGCTCTAAAACCATGGCATTGGAGATCTGAACTGAGGAGCCACCTGGGCTGGTCCCCAGCTTTTTGCGAAATGCCATTTTATT GGTGACGGACTACACTTCAAAGCCAACCTTCTGCCTTTGAGAAAGCTGGAGAACTGTAAATGGTCACTTCAATCTACAGCCTAATCCTCTTTGGTCGTCTCTGCAGCAGCCACAGCCTTAGCAGAGCT GGGTTCCTGGCCTCTGCACATTGACTTTGGATGGGTCATTTTTGGTTGTTTTTTGTTTTTTGTTTTTTTTCTTTTTTTTAAAGATCATGGTAACCGTGAATCAGCTGGGTTTTGGCAAGCAAGTTGTC TTTGTGGACTCTGCCTGCATGGCTTAGTAGTAGAAGGAAGTTTTTTTGGTTTTGTTTTTTTATAATTCAGTTTAATCAATAAACATGTATTTATTGACAATTTTCTGTGTTAAGTATATCAAAGTTCC CAATTGAACACCCAAGATTTTCTTTGCGTGAACTTGTCTGCAGCTGTCTGTGCCTCGCTGGATAGTGTCGTGCAGAAGACCCGTGATTGTCATTTTTAGAAATCAAGGTTCAGTGGGACAGTGGTGGC ACACACCTTTAATCCCAGCACTGGAGAGGCAAAGACAGATATATCTCTGAGTTTGAGACTAGCCTGGTTATAATGAGTACCTGGTCAGCCAGAGTTATACTGTTTTGGAAAACACCAAAATACAAAAA TAAATTAAATCAGGGTTTAAAACCACCCCAGGGATAGGACATGACTGACTTCCAGCTGAAACAGCTACACTTAGAATTCATTTTTGTTTTTGTGTATTGACTGTTGGCACCTCATACCATTAAATCAT GCACAAAGGTCAGGACAACTCTTGAGTCATCTGGGGATTAAACTTGGGCTTTCAGGTGTGTGAATACTGGCACAAGTGTGGGTCTTCAGTCTTCACTCGCCACCGTATCTGAGACTTCTGTTCTTCTG TTTGCTATGCCAAGCTACCTACCTGGCCCTCGAGCTTACAGGGCATCTCCTGCCTCTACATACCATTTGGGATTACAAATACTTGAGCTATTTTGTCCAGCTTTTCTATGGGTTCTAGAGATTCAAAT TCAGGTCTTCACACTCAGCAAGTGCTTTAGCAACTTGAGCCACCTCCCAGCCCCACTTAAGTTCTTGTAATGATTTTATTTGGTTATGTGTATTTATACAAGTGCAGGCGCTCATGAGGCCAGTCATC AGATGTCCCCTGGAATTGCAGTGAGATGCTTGTGAGCCACAGATTCACATGGTACTGAGGTGCAAACTCAAGTCAAGCCTGCCCTCTTAGATGCCGAGCATCTCTGCAACTCCCCATTCAAGGTTTCC TAATGAACACATGCTTTCAAAGAACCAGGTGCTAGGATTACAATAAGCATCAGATGTTTGTACTCTGAATGTGAGGCTACGAGTGTAGGCGTAGGGTCTGAGCACCACCATGGTACAGTAGCTCTGGT ACATACATACCTCATACCTGTCTTTGAAATTGCATTTGAACAAAAGTCAGGTTTGCAGCCATCATTAACAACTCCTCCCAAACAAAAACAAAAATAACCTCTTACATTCTTTTAAAATGTAGTGCATG GGAGAAAAATGAGAATATTGTATGAGCCCATTGTGTTATTAAACGTAAGTCAAATCTACAAAAACTATGAC
hide sequence
RefSeq Acc Id:
NM_172683 ⟹ NP_766271
RefSeq Status:
VALIDATED
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,744,748 - 94,790,888 (+) NCBI GRCm38 3 94,837,437 - 94,883,577 (+) NCBI MGSCv37 3 94,641,489 - 94,687,491 (+) RGD Celera 3 96,268,238 - 96,314,269 (+) RGD cM Map 3 ENTREZGENE
Sequence:
GGCGTTTCTCTCCCCCGCGCCAGCTCCCATACACGGAGCCACATTCCTTGGCCCCCCCACCCCCTCCCTCGGGGCCCCCCGCCCCCCTCGGGAAAAAAATCCACCCCAATCACTCGAACCCGAGGGAG GCTTCCTTTCACCCTCGGGGAGAGGAGCTTTCAACGGTTCCCTCTTCCCCGTCTCCCCCCCGAACCCCGGTCCCCTCCCCTGCTCCCACCCCCTACTCCCGGCGCCGGGTGCAAGGTCCCTTTAAGGC GACGGCACCTTCCTCGGGTCAGACTACCGGCGGCGACGACCACGGGAGCATGGCGGACACCGACCTGTTTATGGAATGTGAGGAGGAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGG ACTCTGTAGTTGAAGATTACAATTCTGTGGATAAAACTACTTCCGTTTCTGTGAGCCAGCAGCCAGTCTCAGCTCCAGTGCCCATTGCTGCCCATGCTTCTGTTGCTGGGCACCTCTCTACATCCACT ACTGTTAGTAACAGTGGGGCACAGAACAGCGACAGTACAAAGAAGACTCTTGTCACACTAATTGCCAACAACAATGCTGGTAATACTTTGGTCCAGCAAGGTGGACAGCCACTCATCCTCACCCAAAA CCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGACCTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGCTCCCCTGTGGCCTCACAACCTATCTTCATCACTACCCAGGGAT TTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTTGGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAGACCAATTACATTGGTCCCAGCCCCAGGTACACAGTTTGTTAAG CCGACAGTTGGCGTCCCACAAGTGTTCTCTCAGATGACCCCCGTGAGGCCAGGCTCCACAATGCCTGTGAGGCCCACCACCAACACCTTTACCACCGTCATCCCAGCTACTCTCACCATCCGAAGCAC TGTCCCACAGTCCCAGTCCCAGCAGACCAAGTCCACCCCCAGTACCTCCACTACTCCCACTGCCACACAACCAACCTCACTGGGGCAGCTAGCTGGTCAGCCTCCAGGCCAGTCCAACCAGACCTCGA ATCCCAAACTAGCTCCCTCCTTCCCCTCTCCACCTGCAGTGAGCATTGCCAGCTTTGTCACTGTGAAGCGACCTGGGGTTACAGGTGAAAATAGCAACGAAGTGGCCAAATTGGTGAATACTCTTAAC ACTGTCCCTTCCCTGGGCCAGAGTCCTGGGCCCGTGGTGGTGTCCAACAACAGTTCTGCTCAAAGAACCAGTGGGCCCGAATCTTCAGTGAAAGTGACCTCTTCCATCCCAGTGTTTGACCTCCAGGA CGGTGGACGGAAAATATGTCCACGGTGTAATGCCCAGTTCCGTGTTACTGAAGCTCTGAGAGGTCACATGTGTTACTGCTGCCCTGAAATGGTTGAGTACCAAAAGAAAGGCAAGTCCCTCGATGCAG AGCCCAGTGTCCCATCGGCAGCAAAGCCCTCGTCCCCTGAGAAGACAGCCCCTGTTACTTCCACACCCTCCTCTACACCAATTCCTGCTCTCTCACCACCTACCAAAGTACCAGAGCCAAATGAGAAT GCTGGAGATGCTGTCCAGACCAAGCTTATTATGCTGGTTGATGATTTCTACTATGGACGGGATGGGGGCAAAGCAGCCCAGCTCACGAGCTTCCCTAAGGTTGCCACGTCTTTCCGATGCCCTCATTG TACTAAGAGGCTAAAGAACAACATTCGATTCATGAACCACATGAAGCACCACGTAGAACTTGATCAACAGAATGGTGAGGTGGATGGTCACACCATCTGCCAGCACTGTTACCGCCAGTTCTCCACCC CTTTCCAGCTCCAGTGCCACTTGGAAAATGTTCATAGTCCCTATGAATCTACTACCAAGTGCAAGATCTGTGAGTGGGCCTTTGAAAGCGAGCCCTTGTTCCTCCAGCATATGAAGGACACCCACAAG CCTGGAGAGATGCCTTATGTTTGTCAGGTGTGTCAGTATCGCTCCTCCCTCTACTCTGAAGTAGATGTCCATTTTCGGATGATCCATGAAGATACTCGGCATTTGCTTTGCCCGTATTGCCTAAAAGT CTTCAAAAATGGCAATGCCTTCCAGCAACACTACATGAGGCACCAGAAGAGAAATGTTTATCACTGCAACAAATGCCGGCTGCAGTTTCTCTTTGCCAAGGACAAAATTGAACACAAGCTGCAGCACC ATAAAACCTTCCGTAAGCCTAAGCAACTGGAAGGCTTGAAACCAGGCACCAAGGTGACAATCCGGGCTTCCCGGGGGCAGCCGAGAACTGTTCCTGTGTCTTCAAATGATGCACCTTCTGGCACCTTG CAGGAGGCAGCAGCGCTGACCTCCACTGACCCCCTACCTGTCTTCCTTTATCCCCCTGTCCAGCGCAATATCCAGAAGAGAGCTGTTAGGAAAATGAGCGTCATGGGCCGGCAGACATGTCTGGAGTG CAGCTTTGAGATTCCAGATTTTCCTAATCATTTCCCTACCTATGTGCATTGTTCTCTCTGCCGATACAGCACCTGCTGCTCTAGAGCTTATGCCAATCACATGATCAACAATCATGTTCCACGGAAAA GTCCCAAGTATTTGGCTTTGTTTAAAAATTCTGTAAGTGGAATCAAGCTGGCCTGCACTTCGTGTACCTTTGCTACCTCCGTGGGAGATGCGATGGCCAAGCATTTAGTGTTCAACCCCTCCCACAGA TCTAGCAACATCTTACCACGGGGGCTCAGTTGGATGTCTCACTTGAGGCCTGGCCAGGCTTCTGAACGAGTGTTCGACTGGAGCATGAAGAATACATATCTTCCACCTCCCCTCGTCCCTAACAAAGC TGCCACTGTGAAGCCTGTAGGAGTCACCCCAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGCTCCAGGCACTTCCATCCCCAGCCTCAACTGCAACCCCACCAGCAACCCCCACTCACCCACAGCCCT CCGCCCTGCCACCCTCGGCCACAGAGGGGACTGAGTGTCTGAATGTCAGTGAACAGGAAGAAGGAAGCCCTGTCACCCAGGATCCTGAGCCAGCATCAGGTGGTGGAGGTGGCAGTGGGGTTGGCAAG AAAGAGCAGCTGTCTGTGAAGAAGCTTCGGGTAGTACTGTTTGCCCTGTGCTGCAACACTGAACAGGCGGCTGAACACTTTCGAAACCCCCAGCGGCGAATCCGTCGTTGGCTTCGACGCTTCCAGGC CTCTCAGGGAGAGAACTTAGAGGGCAAATATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTGAATGGGTGCTGATCCAGAGAGAGCAGCAGCTCCCTGTAAATGAGGAGACCTTGTTTCAGAAGGCCA CCAAAATTGGACGCTCTTTGGAAGGGGGGTTTAAGATCTCCTATGAGTGGGCTGTGCGCTTCATGCTTCGGCACCACCTCACTCCCCATGCCCGGCGAGCTGTCGCCCACACGTTACCGAAGCATGTA GCAGAAAATGCTGGACTCTTCATTGAGTTTGTGCAGCGGCAGATTCACAATCAGGACTTACCTTTGTCTATGATTGTGGCTATTGATGAGATCTCTTTGTTCCTGGACACAGAGGTGCTGAGCAGTGA TGACCGAAAGGAGAACGCTCTGCAGACAGTGGGCACAGGGGAGCCTTGGTGTGACGTCGTGCTGGCTATCCTAGCAGATGGCACTGTCCTCCCCACCCTTGTTTTCTTCCGAGGACAAGCGAATCGGT TCGCTAATGTGCCAGACTCTATATTACTAGAGGCCAAAGACAGTGGCTACAGCGACGACGAAATCATGGAGCTTTGGTCAACCCGTGTATGGAAGAAGCACACAGCTTGTCAGCACAGCAAAAGCATG TTGGTGATGGACTGTCATCGCACTCACTTGTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTCTAGCACTTTGCCTGCGGTAGTCCCCGCCGGTTGTAGCTCCAAAATCCAGCCACTAGATGTATGCAT CAAACGAACTGTTAAGAACTTCCTGCACAAAAAGTGGAAGGAACAGGCTCGGGAAATGGCTGACGCTGCTTGTGATTCTGATGTCTTGCTTCAGCTGGTGTTGGTCTGGCTGGGAGAGGTGCTGGGTG TCATTGGGGACTCCCCAGAGCTAGTTCAGCGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGTCCCGATGGCAACGTTAACTCACCCACACGCAACGCTGACATGCAGGAGGAGCTCATTGCCTCCCTA GAGGAGCAGCTCAAGCTAAATGGAGAACAGTCTGAGGAGCACTCAGCTTCTGCCCCCCGACCCAGGTCATCTCCTGAAGAGACAGTCGAGCCTGAAAGCCTTCACCAGCTTTTTGAGGGGGAAAGTGA GACGGAGTCTTTCTATGGCTTTGAGGAAGCTGACCTTGATCTGATGGAGATCTAGGTGCTGAGGCTATGGAAGCTATGGAGTCAGGAAGGAAGGTGAGGGAGGTTAGAGGGGCTTAGACAAGATGGGT ACCAGTGGGGTACTTGGTTTATAGTTTCAATTTTATGCCACCACTCCCAGCATTGACTCTTCCTGTGAATTTGTGGGTTATTAGGAACGCCGGTAGTGATCAGTTCTGAGCCGAGGAGCTGGCCCATT GGTTACTCCTAAAAACATGTTTTTGTGACCCTTTTTTTCTTCTTTAATTTAAATCACTGTGTTTGCTATTTTTCTGACAAAATCTAGGAAAACAATCCTTTGTGGACAGATATTAAGTTGTTTCATTT CCCCGTTTACCTCAATTGTATCATAGTATTTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAATGTCTTTGGGCATGATACTATCTAATCATTGTTAACATGAGAACTTTGCTGCAGATGGAAAGAAAG AATATGTAGCTGACAAACTGACTATTACATATGTGGATAAGTTTTTTTCATTGTGGTCTTAACACTTTTATATAAAAATGAAAATGAAAAATGAATCCCACTGAACTCTTTCCTTCTGCTCCTTCCCT CCCTCCCCAGAGGTGCTGGCTTCTTCAGCAGCTCTAGATATAAAGTTGTGCTTTAAAACGTGCATGAACCACCTTGAAACATCTAGAATGGATAGATTTTTCTGTCCTCACCACCCTCCACCAAAATA TAACAGAAACAATATTTTTTTGCACTTGTAACCCTTGACCCCTTTCCTGATTTTTCACATCATCCTTCACTCTGGACAAAGGAGCACATGTGTCCCTGGCAAGCAGAGGTACTGAGTGAGGTGATGAG TGTTTCAGGTGGAAGCCATTCCTAGTCTCTGTCTTCAACAAGCCCGATGGCGTAGTCCCTTTCCTCTAGAACTTTGTCCTGTTAAGCTCGCTGACGGCACACCTGCTCATCACAGGTTTAACTGGCAT GTTAAGTGTTGAACTAGAAAGACAGACTGCTTCAACTCCTGCTTACACGTGGCTTTCCTGTTCCTCTCATATTCAGAGAAACGGATGTGAAAAGCATAGAGGTGTGCACAGAGAAAGACATGAATCTT TATTTTTCACTGCCAACTTCAAGGAAAAATTTTTCTACAGTTTGCATGAGGGATTTTTTTAAGAAAATATGTACTCATGGTGATAAACCAAAATGTACTGTACCATAGAGGAGAGCAAACCTTCCCCA CAGCCACACCGTCCTTATCCATCCCGAGGCGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGCAGCCTGCACAAGCGTGTAAGTGGTTCATCTCTAAAGTGTACATAAGTGGAGCATTTAATAAAACAA GAGGAAATGGATTTATAAACTTTTTCTATGTGTCCCCATTGAATAGGCTTTCATAGACTGGGAGATACTCAAGACATGCCCGCCTGGTGGCACAGGGGTGGCGTCTGTGACCACCAGTGCTTTCCCTG CAGATTTTGTTTTGTCTTTTTAACTCCCAGCACACTATAACATAGTGAACAGGACTGATCCCAGAAGTTTGGCCTGCTCTAAAACCATGGCATTGGAGATCTGAACTGAGGAGCCACCTGGGCTGGTC CCCAGCTTTTTGCGAAATGCCATTTTATTGGTGACGGACTACACTTCAAAGCCAACCTTCTGCCTTTGAGAAAGCTGGAGAACTGTAAATGGTCACTTCAATCTACAGCCTAATCCTCTTTGGTCGTC TCTGCAGCAGCCACAGCCTTAGCAGAGCTGGGTTCCTGGCCTCTGCACATTGACTTTGGATGGGTCATTTTTGGTTGTTTTTTGTTTTTTGTTTTTTTTCTTTTTTTTAAAGATCATGGTAACCGTGA ATCAGCTGGGTTTTGGCAAGCAAGTTGTCTTTGTGGACTCTGCCTGCATGGCTTAGTAGTAGAAGGAAGTTTTTTTGGTTTTGTTTTTTTATAATTCAGTTTAATCAATAAACATGTATTTATTGACA ATTTTCTGTGTTAAGTATATCAAAGTTCCCAATTGAACACCCAAGATTTTCTTTGCGTGAACTTGTCTGCAGCTGTCTGTGCCTCGCTGGATAGTGTCGTGCAGAAGACCCGTGATTGTCATTTTTAG AAATCAAGGTTCAGTGGGACAGTGGTGGCACACACCTTTAATCCCAGCACTGGAGAGGCAAAGACAGATATATCTCTGAGTTTGAGACTAGCCTGGTTATAATGAGTACCTGGTCAGCCAGAGTTATA CTGTTTTGGAAAACACCAAAATACAAAAATAAATTAAATCAGGGTTTAAAACCACCCCAGGGATAGGACATGACTGACTTCCAGCTGAAACAGCTACACTTAGAATTCATTTTTGTTTTTGTGTATTG ACTGTTGGCACCTCATACCATTAAATCATGCACAAAGGTCAGGACAACTCTTGAGTCATCTGGGGATTAAACTTGGGCTTTCAGGTGTGTGAATACTGGCACAAGTGTGGGTCTTCAGTCTTCACTCG CCACCGTATCTGAGACTTCTGTTCTTCTGTTTGCTATGCCAAGCTACCTACCTGGCCCTCGAGCTTACAGGGCATCTCCTGCCTCTACATACCATTTGGGATTACAAATACTTGAGCTATTTTGTCCA GCTTTTCTATGGGTTCTAGAGATTCAAATTCAGGTCTTCACACTCAGCAAGTGCTTTAGCAACTTGAGCCACCTCCCAGCCCCACTTAAGTTCTTGTAATGATTTTATTTGGTTATGTGTATTTATAC AAGTGCAGGCGCTCATGAGGCCAGTCATCAGATGTCCCCTGGAATTGCAGTGAGATGCTTGTGAGCCACAGATTCACATGGTACTGAGGTGCAAACTCAAGTCAAGCCTGCCCTCTTAGATGCCGAGC ATCTCTGCAACTCCCCATTCAAGGTTTCCTAATGAACACATGCTTTCAAAGAACCAGGTGCTAGGATTACAATAAGCATCAGATGTTTGTACTCTGAATGTGAGGCTACGAGTGTAGGCGTAGGGTCT GAGCACCACCATGGTACAGTAGCTCTGGTACATACATACCTCATACCTGTCTTTGAAATTGCATTTGAACAAAAGTCAGGTTTGCAGCCATCATTAACAACTCCTCCCAAACAAAAACAAAAATAACC TCTTACATTCTTTTAAAATGTAGTGCATGGGAGAAAAATGAGAATATTGTATGAGCCCATTGTGTTATTAAACGTAAGTCAAATCTACAAAAACTATGAC
hide sequence
RefSeq Acc Id:
XM_006501362 ⟹ XP_006501425
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,744,700 - 94,789,637 (+) NCBI GRCm38 3 94,837,389 - 94,882,326 (+) NCBI
Sequence:
TGACGAGAGGTATCCCTCCGCGGGGCGAGAGGGTCGGTGGGGGGAGTCGGCGTTTCTCTCCCCCGCGCCAGCTCCCATACACGGAGCCACATTCCTTGGCCCCCCCACCCCCTCCCTCGGGGCCCCCC GCCCCCCTCGGGAAAAAAATCCACCCCAATCACTCGAACCCGAGGGAGGCTTCCTTTCACCCTCGGGGAGAGGAGCTTTCAACGGTTCCCTCTTCCCCGTCTCCCCCCCGAACCCCGGTCCCCTCCCC TGCTCCCACCCCCTACTCCCGGCGCCGGGTGCAAGGTCCCTTTAAGGCGACGGCACCTTCCTCGGGTCAGACTACCGGCGGCGACGACCACGGGAGCATGGCGGACACCGACCTGTTTATGGAATGTG AGGAGGAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGGACTCTGTAGTTGAAGATTACAATTCTGTGGATAAAACTACTTCCGCTGGTAATACTTTGGTCCAGCAAGGTGGACAGCCA CTCATCCTCACCCAAAACCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGACCTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGCTCCCCTGTGGCCTCACAACCTATCTT CATCACTACCCAGGGATTTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTTGGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAGACCAATTACATTGGTCCCAGCCCCAG GTACACAGTTTGTTAAGCCGACAGTTGGCGTCCCACAAGTGTTCTCTCAGATGACCCCCGTGAGGCCAGGCTCCACAATGCCTGTGAGGCCCACCACCAACACCTTTACCACCGTCATCCCAGCTACT CTCACCATCCGAAGCACTGTCCCACAGTCCCAGTCCCAGCAGACCAAGTCCACCCCCAGTACCTCCACTACTCCCACTGCCACACAACCAACCTCACTGGGGCAGCTAGCTGGTCAGCCTCCAGGCCA GTCCAACCAGACCTCGAATCCCAAACTAGCTCCCTCCTTCCCCTCTCCACCTGCAGTGAGCATTGCCAGCTTTGTCACTGTGAAGCGACCTGGGGTTACAGGTGAAAATAGCAACGAAGTGGCCAAAT TGGTGAATACTCTTAACACTGTCCCTTCCCTGGGCCAGAGTCCTGGGCCCGTGGTGGTGTCCAACAACAGTTCTGCTCAAAGAACCAGTGGGCCCGAATCTTCAGTGAAAGTGACCTCTTCCATCCCA GTGTTTGACCTCCAGGACGGTGGACGGAAAATATGTCCACGGTGTAATGCCCAGTTCCGTGTTACTGAAGCTCTGAGAGGTCACATGTGTTACTGCTGCCCTGAAATGGTTGAGTACCAAAAGAAAGG CAAGTCCCTCGATGCAGAGCCCAGTGTCCCATCGGCAGCAAAGCCCTCGTCCCCTGAGAAGACAGCCCCTGTTACTTCCACACCCTCCTCTACACCAATTCCTGCTCTCTCACCACCTACCAAAGTAC CAGAGCCAAATGAGAATGCTGGAGATGCTGTCCAGACCAAGCTTATTATGCTGGTTGATGATTTCTACTATGGACGGGATGGGGGCAAAGCAGCCCAGCTCACGAGCTTCCCTAAGGTTGCCACGTCT TTCCGATGCCCTCATTGTACTAAGAGGCTAAAGAACAACATTCGATTCATGAACCACATGAAGCACCACGTAGAACTTGATCAACAGAATGGTGAGGTGGATGGTCACACCATCTGCCAGCACTGTTA CCGCCAGTTCTCCACCCCTTTCCAGCTCCAGTGCCACTTGGAAAATGTTCATAGTCCCTATGAATCTACTACCAAGTGCAAGATCTGTGAGTGGGCCTTTGAAAGCGAGCCCTTGTTCCTCCAGCATA TGAAGGACACCCACAAGCCTGGAGAGATGCCTTATGTTTGTCAGGTGTGTCAGTATCGCTCCTCCCTCTACTCTGAAGTAGATGTCCATTTTCGGATGATCCATGAAGATACTCGGCATTTGCTTTGC CCGTATTGCCTAAAAGTCTTCAAAAATGGCAATGCCTTCCAGCAACACTACATGAGGCACCAGAAGAGAAATGTTTATCACTGCAACAAATGCCGGCTGCAGTTTCTCTTTGCCAAGGACAAAATTGA ACACAAGCTGCAGCACCATAAAACCTTCCGTAAGCCTAAGCAACTGGAAGGCTTGAAACCAGGCACCAAGGTGACAATCCGGGCTTCCCGGGGGCAGCCGAGAACTGTTCCTGTGTCTTCAAATGATG CACCTTCTGGCACCTTGCAGGAGGCAGCAGCGCTGACCTCCACTGACCCCCTACCTGTCTTCCTTTATCCCCCTGTCCAGCGCAATATCCAGAAGAGAGCTGTTAGGAAAATGAGCGTCATGGGCCGG CAGACATGTCTGGAGTGCAGCTTTGAGATTCCAGATTTTCCTAATCATTTCCCTACCTATGTGCATTGTTCTCTCTGCCGATACAGCACCTGCTGCTCTAGAGCTTATGCCAATCACATGATCAACAA TCATGTTCCACGGAAAAGTCCCAAGTATTTGGCTTTGTTTAAAAATTCTGTAAGTGGAATCAAGCTGGCCTGCACTTCGTGTACCTTTGCTACCTCCGTGGGAGATGCGATGGCCAAGCATTTAGTGT TCAACCCCTCCCACAGATCTAGCAACATCTTACCACGGGGGCTCAGTTGGATGTCTCACTTGAGGCCTGGCCAGGCTTCTGAACGAGTGTTCGACTGGAGCATGAAGAATACATATCTTCCACCTCCC CTCGTCCCTAACAAAGCTGCCACTGTGAAGCCTGTAGGAGTCACCCCAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGCTCCAGGCACTTCCATCCCCAGCCTCAACTGCAACCCCACCAGCAACCCC CACTCACCCACAGCCCTCCGCCCTGCCACCCTCGGCCACAGAGGGGACTGAGTGTCTGAATGTCAGTGAACAGGAAGAAGGAAGCCCTGTCACCCAGGATCCTGAGCCAGCATCAGGTGGTGGAGGTG GCAGTGGGGTTGGCAAGAAAGAGCAGCTGTCTGTGAAGAAGCTTCGGGTAGTACTGTTTGCCCTGTGCTGCAACACTGAACAGGCGGCTGAACACTTTCGAAACCCCCAGCGGCGAATCCGTCGTTGG CTTCGACGCTTCCAGGCCTCTCAGGGAGAGAACTTAGAGGGCAAATATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTGAATGGGTGCTGATCCAGAGAGAGCAGCAGCTCCCTGTAAATGAGGAGAC CTTGTTTCAGAAGGCCACCAAAATTGGACGCTCTTTGGAAGGGGGGTTTAAGATCTCCTATGAGTGGGCTGTGCGCTTCATGCTTCGGCACCACCTCACTCCCCATGCCCGGCGAGCTGTCGCCCACA CGTTACCGAAGCATGTAGCAGAAAATGCTGGACTCTTCATTGAGTTTGTGCAGCGGCAGATTCACAATCAGGACTTACCTTTGTCTATGATTGTGGCTATTGATGAGATCTCTTTGTTCCTGGACACA GAGGTGCTGAGCAGTGATGACCGAAAGGAGAACGCTCTGCAGACAGTGGGCACAGGGGAGCCTTGGTGTGACGTCGTGCTGGCTATCCTAGCAGATGGCACTGTCCTCCCCACCCTTGTTTTCTTCCG AGGACAAGCGAATCGGTTCGCTAATGTGCCAGACTCTATATTACTAGAGGCCAAAGACAGTGGCTACAGCGACGACGAAATCATGGAGCTTTGGTCAACCCGTGTATGGAAGAAGCACACAGCTTGTC AGCACAGCAAAAGCATGTTGGTGATGGACTGTCATCGCACTCACTTGTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTCTAGCACTTTGCCTGCGGTAGTCCCCGCCGGTTGTAGCTCCAAAATCCAG CCACTAGATGTATGCATCAAACGAACTGTTAAGAACTTCCTGCACAAAAAGTGGAAGGAACAGGCTCGGGAAATGGCTGACGCTGCTTGTGATTCTGATGTCTTGCTTCAGCTGGTGTTGGTCTGGCT GGGAGAGGTGCTGGGTGTCATTGGGGACTCCCCAGAGCTAGTTCAGCGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGTCCCGATGGCAACGTTAACTCACCCACACGCAACGCTGACATGCAGGAGG AGCTCATTGCCTCCCTAGAGGAGCAGCTCAAGCTAAATGGAGAACAGTCTGAGGAGCACTCAGCTTCTGCCCCCCGACCCAGGTCATCTCCTGAAGAGACAGTCGAGCCTGAAAGCCTTCACCAGCTT TTTGAGGGGGAAAGTGAGACGGAGTCTTTCTATGGCTTTGAGGAAGCTGACCTTGATCTGATGGAGATCTAGGTGCTGAGGCTATGGAAGCTATGGAGTCAGGAAGGAAGGTGAGGGAGGTTAGAGGG GCTTAGACAAGATGGGTACCAGTGGGGTACTTGGTTTATAGTTTCAATTTTATGCCACCACTCCCAGCATTGACTCTTCCTGTGAATTTGTGGGTTATTAGGAACGCCGGTAGTGATCAGTTCTGAGC CGAGGAGCTGGCCCATTGGTTACTCCTAAAAACATGTTTTTGTGACCCTTTTTTTCTTCTTTAATTTAAATCACTGTGTTTGCTATTTTTCTGACAAAATCTAGGAAAACAATCCTTTGTGGACAGAT ATTAAGTTGTTTCATTTCCCCGTTTACCTCAATTGTATCATAGTATTTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAATGTCTTTGGGCATGATACTATCTAATCATTGTTAACATGAGAACTTTGC TGCAGATGGAAAGAAAGAATATGTAGCTGACAAACTGACTATTACATATGTGGATAAGTTTTTTTCATTGTGGTCTTAACACTTTTATATAAAAATGAAAATGAAAAATGAATCCCACTGAACTCTTT CCTTCTGCTCCTTCCCTCCCTCCCCAGAGGTGCTGGCTTCTTCAGCAGCTCTAGATATAAAGTTGTGCTTTAAAACGTGCATGAACCACCTTGAAACATCTAGAATGGATAGATTTTTCTGTCCTCAC CACCCTCCACCAAAATATAACAGAAACAATATTTTTTTGCACTTGTAACCCTTGACCCCTTTCCTGATTTTTCACATCATCCTTCACTCTGGACAAAGGAGCACATGTGTCCCTGGCAAGCAGAGGTA CTGAGTGAGGTGATGAGTGTTTCAGGTGGAAGCCATTCCTAGTCTCTGTCTTCAACAAGCCCGATGGCGTAGTCCCTTTCCTCTAGAACTTTGTCCTGTTAAGCTCGCTGACGGCACACCTGCTCATC ACAGGTTTAACTGGCATGTTAAGTGTTGAACTAGAAAGACAGACTGCTTCAACTCCTGCTTACACGTGGCTTTCCTGTTCCTCTCATATTCAGAGAAACGGATGTGAAAAGCATAGAGGTGTGCACAG AGAAAGACATGAATCTTTATTTTTCACTGCCAACTTCAAGGAAAAATTTTTCTACAGTTTGCATGAGGGATTTTTTTAAGAAAATATGTACTCATGGTGATAAACCAAAATGTACTGTACCATAGAGG AGAGCAAACCTTCCCCACAGCCACACCGTCCTTATCCATCCCGAGGCGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGCAGCCTGCACAAGCGTGTAAGTGGTTCATCTCTAAAGTGTACATAAGTGG AGCATTTAATAAAACAAGAGGAAATGGATTTATAAACTTTTTCTATGTGTCCCCATTGAATAGGCTTTCATAGACTGGGAGATACTCAAGACATGCCCGCCTGGTGGCACAGGGGTGGCGTCTGTGAC CACCAGTGCTTTCCCTGCAGATTTTGTTTTGTCTTTTTAACTCCCAGCACACTATAACATAGTGAACAGGACTGATCCCAGAAGTTTGGCCTGCTCTAAAACCATGGCATTGGAGATCTGAACTGAGG AGCCACCTGGGCTGGTCCCCAGCTTTTTGCGAAATGCCATTTTATTGGTGACGGACTACACTTCAAAGCCAACCTTCTGCCTTTGAGAAAGCTGGAGAACTGTAAATGGTCACTTCAATCTACAGCCT AATCCTCTTTGGTCGTCTCTGCAGCAGCCACAGCCTTAGCAGAGCTGGGTTCCTGGCCTCTGCACATTGACTTTGGATGGGTCATTTTTGGTTGTTTTTTGTTTTTTGTTTTTTTTCTTTTTTTTAAA GATCATGGTAACCGTGAATCAGCTGGGTTTTGGCAAGCAAGTTGTCTTTGTGGACTCTGCCTGCATGGCTTAGTAGTAGAAGGAAGTTTTTTTGGTTTTGTTTTTTTATAATTCAGTTTAATCAATAA ACATGTATTTATTGACAA
hide sequence
RefSeq Acc Id:
XM_006501363 ⟹ XP_006501426
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,744,700 - 94,789,637 (+) NCBI GRCm38 3 94,837,389 - 94,882,326 (+) NCBI
Sequence:
TGACGAGAGGTATCCCTCCGCGGGGCGAGAGGGTCGGTGGGGGGAGTCGGCGTTTCTCTCCCCC GCGCCAGCTCCCATACACGGAGCCACATTCCTTGGCCCCCCCACCCCCTCCCTCGGGGCCCCCCGCCCCCCTCGGGAAAAAAATCCACCCCAATCACTCGAACCCGAGGGAGGCTTCCTTTCACCCTC GGGGAGAGGAGCTTTCAACGGTTCCCTCTTCCCCGTCTCCCCCCCGAACCCCGGTCCCCTCCCCTGCTCCCACCCCCTACTCCCGGCGCCGGGTGCAAGGTCCCTTTAAGGCGACGGCACCTTCCTCG GGTCAGACTACCGGCGGCGACGACCACGGGAGCATGGCGGACACCGACCTGTTTATGGAATGTGAGGAGGAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGGACTCTGTAGTTGAAGA TTACAATTCTGTGGATAAAACTACTTCCGCTGGTAATACTTTGGTCCAGCAAGGTGGACAGCCACTCATCCTCACCCAAAACCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGAC CTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGCTCCCCTGTGGCCTCACAACCTATCTTCATCACTACCCAGGGATTTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTT GGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAGACCAATTACATTGGTCCCAGCCCCAGGTACACAGTTTGTTAAGCCGACAGTTGGCGTCCCACAAGTGTTCTCTCAGATGACCCCCGTGAG GCCAGGCTCCACAATGCCTGTGAGGCCCACCACCAACACCTTTACCACCGTCATCCCAGCTACTCTCACCATCCGAAGCACTGTCCCACAGTCCCAGTCCCAGCAGACCAAGTCCACCCCCAGTACCT CCACTACTCCCACTGCCACACAACCAACCTCACTGGGGCAGCTAGCTGGTCAGCCTCCAGGCCAGTCCAACCAGACCTCGAATCCCAAACTAGTGAGCATTGCCAGCTTTGTCACTGTGAAGCGACCT GGGGTTACAGGTGAAAATAGCAACGAAGTGGCCAAATTGGTGAATACTCTTAACACTGTCCCTTCCCTGGGCCAGAGTCCTGGGCCCGTGGTGGTGTCCAACAACAGTTCTGCTCAAAGAACCAGTGG GCCCGAATCTTCAGTGAAAGTGACCTCTTCCATCCCAGTGTTTGACCTCCAGGACGGTGGACGGAAAATATGTCCACGGTGTAATGCCCAGTTCCGTGTTACTGAAGCTCTGAGAGGTCACATGTGTT ACTGCTGCCCTGAAATGGTTGAGTACCAAAAGAAAGGCAAGTCCCTCGATGCAGAGCCCAGTGTCCCATCGGCAGCAAAGCCCTCGTCCCCTGAGAAGACAGCCCCTGTTACTTCCACACCCTCCTCT ACACCAATTCCTGCTCTCTCACCACCTACCAAAGTACCAGAGCCAAATGAGAATGCTGGAGATGCTGTCCAGACCAAGCTTATTATGCTGGTTGATGATTTCTACTATGGACGGGATGGGGGCAAAGC AGCCCAGCTCACGAGCTTCCCTAAGGTTGCCACGTCTTTCCGATGCCCTCATTGTACTAAGAGGCTAAAGAACAACATTCGATTCATGAACCACATGAAGCACCACGTAGAACTTGATCAACAGAATG GTGAGGTGGATGGTCACACCATCTGCCAGCACTGTTACCGCCAGTTCTCCACCCCTTTCCAGCTCCAGTGCCACTTGGAAAATGTTCATAGTCCCTATGAATCTACTACCAAGTGCAAGATCTGTGAG TGGGCCTTTGAAAGCGAGCCCTTGTTCCTCCAGCATATGAAGGACACCCACAAGCCTGGAGAGATGCCTTATGTTTGTCAGGTGTGTCAGTATCGCTCCTCCCTCTACTCTGAAGTAGATGTCCATTT TCGGATGATCCATGAAGATACTCGGCATTTGCTTTGCCCGTATTGCCTAAAAGTCTTCAAAAATGGCAATGCCTTCCAGCAACACTACATGAGGCACCAGAAGAGAAATGTTTATCACTGCAACAAAT GCCGGCTGCAGTTTCTCTTTGCCAAGGACAAAATTGAACACAAGCTGCAGCACCATAAAACCTTCCGTAAGCCTAAGCAACTGGAAGGCTTGAAACCAGGCACCAAGGTGACAATCCGGGCTTCCCGG GGGCAGCCGAGAACTGTTCCTGTGTCTTCAAATGATGCACCTTCTGGCACCTTGCAGGAGGCAGCAGCGCTGACCTCCACTGACCCCCTACCTGTCTTCCTTTATCCCCCTGTCCAGCGCAATATCCA GAAGAGAGCTGTTAGGAAAATGAGCGTCATGGGCCGGCAGACATGTCTGGAGTGCAGCTTTGAGATTCCAGATTTTCCTAATCATTTCCCTACCTATGTGCATTGTTCTCTCTGCCGATACAGCACCT GCTGCTCTAGAGCTTATGCCAATCACATGATCAACAATCATGTTCCACGGAAAAGTCCCAAGTATTTGGCTTTGTTTAAAAATTCTGTAAGTGGAATCAAGCTGGCCTGCACTTCGTGTACCTTTGCT ACCTCCGTGGGAGATGCGATGGCCAAGCATTTAGTGTTCAACCCCTCCCACAGATCTAGCAACATCTTACCACGGGGGCTCAGTTGGATGTCTCACTTGAGGCCTGGCCAGGCTTCTGAACGAGTGTT CGACTGGAGCATGAAGAATACATATCTTCCACCTCCCCTCGTCCCTAACAAAGCTGCCACTGTGAAGCCTGTAGGAGTCACCCCAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGCTCCAGGCACTTC CATCCCCAGCCTCAACTGCAACCCCACCAGCAACCCCCACTCACCCACAGCCCTCCGCCCTGCCACCCTCGGCCACAGAGGGGACTGAGTGTCTGAATGTCAGTGAACAGGAAGAAGGAAGCCCTGTC ACCCAGGATCCTGAGCCAGCATCAGGTGGTGGAGGTGGCAGTGGGGTTGGCAAGAAAGAGCAGCTGTCTGTGAAGAAGCTTCGGGTAGTACTGTTTGCCCTGTGCTGCAACACTGAACAGGCGGCTGA ACACTTTCGAAACCCCCAGCGGCGAATCCGTCGTTGGCTTCGACGCTTCCAGGCCTCTCAGGGAGAGAACTTAGAGGGCAAATATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTGAATGGGTGCTGA TCCAGAGAGAGCAGCAGCTCCCTGTAAATGAGGAGACCTTGTTTCAGAAGGCCACCAAAATTGGACGCTCTTTGGAAGGGGGGTTTAAGATCTCCTATGAGTGGGCTGTGCGCTTCATGCTTCGGCAC CACCTCACTCCCCATGCCCGGCGAGCTGTCGCCCACACGTTACCGAAGCATGTAGCAGAAAATGCTGGACTCTTCATTGAGTTTGTGCAGCGGCAGATTCACAATCAGGACTTACCTTTGTCTATGAT TGTGGCTATTGATGAGATCTCTTTGTTCCTGGACACAGAGGTGCTGAGCAGTGATGACCGAAAGGAGAACGCTCTGCAGACAGTGGGCACAGGGGAGCCTTGGTGTGACGTCGTGCTGGCTATCCTAG CAGATGGCACTGTCCTCCCCACCCTTGTTTTCTTCCGAGGACAAGCGAATCGGTTCGCTAATGTGCCAGACTCTATATTACTAGAGGCCAAAGACAGTGGCTACAGCGACGACGAAATCATGGAGCTT TGGTCAACCCGTGTATGGAAGAAGCACACAGCTTGTCAGCACAGCAAAAGCATGTTGGTGATGGACTGTCATCGCACTCACTTGTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTCTAGCACTTTGCC TGCGGTAGTCCCCGCCGGTTGTAGCTCCAAAATCCAGCCACTAGATGTATGCATCAAACGAACTGTTAAGAACTTCCTGCACAAAAAGTGGAAGGAACAGGCTCGGGAAATGGCTGACGCTGCTTGTG ATTCTGATGTCTTGCTTCAGCTGGTGTTGGTCTGGCTGGGAGAGGTGCTGGGTGTCATTGGGGACTCCCCAGAGCTAGTTCAGCGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGTCCCGATGGCAAC GTTAACTCACCCACACGCAACGCTGACATGCAGGAGGAGCTCATTGCCTCCCTAGAGGAGCAGCTCAAGCTAAATGGAGAACAGTCTGAGGAGCACTCAGCTTCTGCCCCCCGACCCAGGTCATCTCC TGAAGAGACAGTCGAGCCTGAAAGCCTTCACCAGCTTTTTGAGGGGGAAAGTGAGACGGAGTCTTTCTATGGCTTTGAGGAAGCTGACCTTGATCTGATGGAGATCTAGGTGCTGAGGCTATGGAAGC TATGGAGTCAGGAAGGAAGGTGAGGGAGGTTAGAGGGGCTTAGACAAGATGGGTACCAGTGGGGTACTTGGTTTATAGTTTCAATTTTATGCCACCACTCCCAGCATTGACTCTTCCTGTGAATTTGT GGGTTATTAGGAACGCCGGTAGTGATCAGTTCTGAGCCGAGGAGCTGGCCCATTGGTTACTCCTAAAAACATGTTTTTGTGACCCTTTTTTTCTTCTTTAATTTAAATCACTGTGTTTGCTATTTTTC TGACAAAATCTAGGAAAACAATCCTTTGTGGACAGATATTAAGTTGTTTCATTTCCCCGTTTACCTCAATTGTATCATAGTATTTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAATGTCTTTGGGCA TGATACTATCTAATCATTGTTAACATGAGAACTTTGCTGCAGATGGAAAGAAAGAATATGTAGCTGACAAACTGACTATTACATATGTGGATAAGTTTTTTTCATTGTGGTCTTAACACTTTTATATA AAAATGAAAATGAAAAATGAATCCCACTGAACTCTTTCCTTCTGCTCCTTCCCTCCCTCCCCAGAGGTGCTGGCTTCTTCAGCAGCTCTAGATATAAAGTTGTGCTTTAAAACGTGCATGAACCACCT TGAAACATCTAGAATGGATAGATTTTTCTGTCCTCACCACCCTCCACCAAAATATAACAGAAACAATATTTTTTTGCACTTGTAACCCTTGACCCCTTTCCTGATTTTTCACATCATCCTTCACTCTG GACAAAGGAGCACATGTGTCCCTGGCAAGCAGAGGTACTGAGTGAGGTGATGAGTGTTTCAGGTGGAAGCCATTCCTAGTCTCTGTCTTCAACAAGCCCGATGGCGTAGTCCCTTTCCTCTAGAACTT TGTCCTGTTAAGCTCGCTGACGGCACACCTGCTCATCACAGGTTTAACTGGCATGTTAAGTGTTGAACTAGAAAGACAGACTGCTTCAACTCCTGCTTACACGTGGCTTTCCTGTTCCTCTCATATTC AGAGAAACGGATGTGAAAAGCATAGAGGTGTGCACAGAGAAAGACATGAATCTTTATTTTTCACTGCCAACTTCAAGGAAAAATTTTTCTACAGTTTGCATGAGGGATTTTTTTAAGAAAATATGTAC TCATGGTGATAAACCAAAATGTACTGTACCATAGAGGAGAGCAAACCTTCCCCACAGCCACACCGTCCTTATCCATCCCGAGGCGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGCAGCCTGCACAAG CGTGTAAGTGGTTCATCTCTAAAGTGTACATAAGTGGAGCATTTAATAAAACAAGAGGAAATGGATTTATAAACTTTTTCTATGTGTCCCCATTGAATAGGCTTTCATAGACTGGGAGATACTCAAGA CATGCCCGCCTGGTGGCACAGGGGTGGCGTCTGTGACCACCAGTGCTTTCCCTGCAGATTTTGTTTTGTCTTTTTAACTCCCAGCACACTATAACATAGTGAACAGGACTGATCCCAGAAGTTTGGCC TGCTCTAAAACCATGGCATTGGAGATCTGAACTGAGGAGCCACCTGGGCTGGTCCCCAGCTTTTTGCGAAATGCCATTTTATTGGTGACGGACTACACTTCAAAGCCAACCTTCTGCCTTTGAGAAAG CTGGAGAACTGTAAATGGTCACTTCAATCTACAGCCTAATCCTCTTTGGTCGTCTCTGCAGCAGCCACAGCCTTAGCAGAGCTGGGTTCCTGGCCTCTGCACATTGACTTTGGATGGGTCATTTTTGG TTGTTTTTTGTTTTTTGTTTTTTTTCTTTTTTTTAAAGATCATGGTAACCGTGAATCAGCTGGGTTTTGGCAAGCAAGTTGTCTTTGTGGACTCTGCCTGCATGGCTTAGTAGTAGAAGGAAGTTTTT TTGGTTTTGTTTTTTTATAATTCAGTTTAATCAATAAACATGTATTTATTGACAA
hide sequence
RefSeq Acc Id:
XM_011240090 ⟹ XP_011238392
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,730,289 - 94,789,637 (+) NCBI GRCm38 3 94,822,989 - 94,880,884 (+) NCBI
Sequence:
AGCTCAGGCTAGTCTCAAGTTTGCTAAATATCCAAGGACGACTTTGAACTCCTGATTCTCAATG CTTCTGCCTTCTGAGTGCTGCGAATACAGCTGTGTGCCACCATGTCTGTGCATGGATGCTGGGATTGAACTCGGAGGTTTCTGCATGCTAACATGGCGGACACCGACCTGTTTATGGAATGTGAGGAG GAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGGACTCTGTAGTTGAAGATTACAATTCTGTGGATAAAACTACTTCCGTTTCTGTGAGCCAGCAGCCAGTCTCAGCTCCAGTGCCCAT TGCTGCCCATGCTTCTGTTGCTGGGCACCTCTCTACATCCACTACTGTTAGTAACAGTGGGGCACAGAACAGCGACAGTACAAAGAAGACTCTTGTCACACTAATTGCCAACAACAATGCTGGTAATA CTTTGGTCCAGCAAGGTGGACAGCCACTCATCCTCACCCAAAACCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGACCTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGC TCCCCTGTGGCCTCACAACCTATCTTCATCACTACCCAGGGATTTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTTGGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAG ACCAATTACATTGGTCCCAGCCCCAGGTACACAGTTTGTTAAGCCGACAGTTGGCGTCCCACAAGTGTTCTCTCAGATGACCCCCGTGAGGCCAGGCTCCACAATGCCTGTGAGGCCCACCACCAACA CCTTTACCACCGTCATCCCAGCTACTCTCACCATCCGAAGCACTGTCCCACAGTCCCAGTCCCAGCAGACCAAGTCCACCCCCAGTACCTCCACTACTCCCACTGCCACACAACCAACCTCACTGGGG CAGCTAGCTGGTCAGCCTCCAGGCCAGTCCAACCAGACCTCGAATCCCAAACTAGCTCCCTCCTTCCCCTCTCCACCTGCAGTGAGCATTGCCAGCTTTGTCACTGTGAAGCGACCTGGGGTTACAGG TGAAAATAGCAACGAAGTGGCCAAATTGGTGAATACTCTTAACACTGTCCCTTCCCTGGGCCAGAGTCCTGGGCCCGTGGTGGTGTCCAACAACAGTTCTGCTCAAAGAACCAGTGGGCCCGAATCTT CAGTGAAAGTGACCTCTTCCATCCCAGTGTTTGACCTCCAGGACGGTGGACGGAAAATATGTCCACGGTGTAATGCCCAGTTCCGTGTTACTGAAGCTCTGAGAGGTCACATGTGTTACTGCTGCCCT GAAATGGTTGAGTACCAAAAGAAAGGCAAGTCCCTCGATGCAGAGCCCAGTGTCCCATCGGCAGCAAAGCCCTCGTCCCCTGAGAAGACAGCCCCTGTTACTTCCACACCCTCCTCTACACCAATTCC TGCTCTCTCACCACCTACCAAAGTACCAGAGCCAAATGAGAATGCTGGAGATGCTGTCCAGACCAAGCTTATTATGCTGGTTGATGATTTCTACTATGGACGGGATGGGGGCAAAGCAGCCCAGCTCA CGAGCTTCCCTAAGGTTGCCACGTCTTTCCGATGCCCTCATTGTACTAAGAGGCTAAAGAACAACATTCGATTCATGAACCACATGAAGCACCACGTAGAACTTGATCAACAGAATGGTGAGGTGGAT GGTCACACCATCTGCCAGCACTGTTACCGCCAGTTCTCCACCCCTTTCCAGCTCCAGTGCCACTTGGAAAATGTTCATAGTCCCTATGAATCTACTACCAAGTGCAAGATCTGTGAGTGGGCCTTTGA AAGCGAGCCCTTGTTCCTCCAGCATATGAAGGACACCCACAAGCCTGGAGAGATGCCTTATGTTTGTCAGGTGTGTCAGTATCGCTCCTCCCTCTACTCTGAAGTAGATGTCCATTTTCGGATGATCC ATGAAGATACTCGGCATTTGCTTTGCCCGTATTGCCTAAAAGTCTTCAAAAATGGCAATGCCTTCCAGCAACACTACATGAGGCACCAGAAGAGAAATGTTTATCACTGCAACAAATGCCGGCTGCAG TTTCTCTTTGCCAAGGACAAAATTGAACACAAGCTGCAGCACCATAAAACCTTCCGTAAGCCTAAGCAACTGGAAGGCTTGAAACCAGGCACCAAGGTGACAATCCGGGCTTCCCGGGGGCAGCCGAG AACTGTTCCTGTGTCTTCAAATGATGCACCTTCTGGCACCTTGCAGGAGGCAGCAGCGCTGACCTCCACTGACCCCCTACCTGTCTTCCTTTATCCCCCTGTCCAGCGCAATATCCAGAAGAGAGCTG TTAGGAAAATGAGCGTCATGGGCCGGCAGACATGTCTGGAGTGCAGCTTTGAGATTCCAGATTTTCCTAATCATTTCCCTACCTATGTGCATTGTTCTCTCTGCCGATACAGCACCTGCTGCTCTAGA GCTTATGCCAATCACATGATCAACAATCATGTTCCACGGAAAAGTCCCAAGTATTTGGCTTTGTTTAAAAATTCTGTAAGTGGAATCAAGCTGGCCTGCACTTCGTGTACCTTTGCTACCTCCGTGGG AGATGCGATGGCCAAGCATTTAGTGTTCAACCCCTCCCACAGATCTAGCAACATCTTACCACGGGGGCTCAGTTGGATGTCTCACTTGAGGCCTGGCCAGGCTTCTGAACGAGTGTTCGACTGGAGCA TGAAGAATACATATCTTCCACCTCCCCTCGTCCCTAACAAAGCTGCCACTGTGAAGCCTGTAGGAGTCACCCCAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGCTCCAGGCACTTCCATCCCCAGCC TCAACTGCAACCCCACCAGCAACCCCCACTCACCCACAGCCCTCCGCCCTGCCACCCTCGGCCACAGAGGGGACTGAGTGTCTGAATGTCAGTGAACAGGAAGAAGGAAGCCCTGTCACCCAGGATCC TGAGCCAGCATCAGGTGGTGGAGGTGGCAGTGGGGTTGGCAAGAAAGAGCAGCTGTCTGTGAAGAAGCTTCGGGTAGTACTGTTTGCCCTGTGCTGCAACACTGAACAGGCGGCTGAACACTTTCGAA ACCCCCAGCGGCGAATCCGTCGTTGGCTTCGACGCTTCCAGGCCTCTCAGGGAGAGAACTTAGAGGGCAAATATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTGAATGGGTGCTGATCCAGAGAGAG CAGCAGCTCCCTGTAAATGAGGAGACCTTGTTTCAGAAGGCCACCAAAATTGGACGCTCTTTGGAAGGGGGGTTTAAGATCTCCTATGAGTGGGCTGTGCGCTTCATGCTTCGGCACCACCTCACTCC CCATGCCCGGCGAGCTGTCGCCCACACGTTACCGAAGCATGTAGCAGAAAATGCTGGACTCTTCATTGAGTTTGTGCAGCGGCAGATTCACAATCAGGACTTACCTTTGTCTATGATTGTGGCTATTG ATGAGATCTCTTTGTTCCTGGACACAGAGGTGCTGAGCAGTGATGACCGAAAGGAGAACGCTCTGCAGACAGTGGGCACAGGGGAGCCTTGGTGTGACGTCGTGCTGGCTATCCTAGCAGATGGCACT GTCCTCCCCACCCTTGTTTTCTTCCGAGGACAAGCGAATCGGTTCGCTAATGTGCCAGACTCTATATTACTAGAGGCCAAAGACAGTGGCTACAGCGACGACGAAATCATGGAGCTTTGGTCAACCCG TGTATGGAAGAAGCACACAGCTTGTCAGCACAGCAAAAGCATGTTGGTGATGGACTGTCATCGCACTCACTTGTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTCTAGCACTTTGCCTGCGGTAGTCC CCGCCGGTTGTAGCTCCAAAATCCAGCCACTAGATGTATGCATCAAACGAACTGTTAAGAACTTCCTGCACAAAAAGTGGAAGGAACAGGCTCGGGAAATGGCTGACGCTGCTTGTGATTCTGATGTC TTGCTTCAGCTGGTGTTGGTCTGGCTGGGAGAGGTGCTGGGTGTCATTGGGGACTCCCCAGAGCTAGTTCAGCGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGTCCCGATGGCAACGTTAACTCACC CACACGCAACGCTGACATGCAGGAGGAGCTCATTGCCTCCCTAGAGGAGCAGCTCAAGCTAAATGGAGAACAGTCTGAGGAGCACTCAGCTTCTGCCCCCCGACCCAGGTCATCTCCTGAAGAGACAG TCGAGCCTGAAAGCCTTCACCAGCTTTTTGAGGGGGAAAGTGAGACGGAGTCTTTCTATGGCTTTGAGGAAGCTGACCTTGATCTGATGGAGATCTAGGTGCTGAGGCTATGGAAGCTATGGAGTCAG GAAGGAAGGTGAGGGAGGTTAGAGGGGCTTAGACAAGATGGGTACCAGTGGGGTACTTGGTTTATAGTTTCAATTTTATGCCACCACTCCCAGCATTGACTCTTCCTGTGAATTTGTGGGTTATTAGG AACGCCGGTAGTGATCAGTTCTGAGCCGAGGAGCTGGCCCATTGGTTACTCCTAAAAACATGTTTTTGTGACCCTTTTTTTCTTCTTTAATTTAAATCACTGTGTTTGCTATTTTTCTGACAAAATCT AGGAAAACAATCCTTTGTGGACAGATATTAAGTTGTTTCATTTCCCCGTTTACCTCAATTGTATCATAGTATTTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAATGTCTTTGGGCATGATACTATCT AATCATTGTTAACATGAGAACTTTGCTGCAGATGGAAAGAAAGAATATGTAGCTGACAAACTGACTATTACATATGTGGATAAGTTTTTTTCATTGTGGTCTTAACACTTTTATATAAAAATGAAAAT GAAAAATGAATCCCACTGAACTCTTTCCTTCTGCTCCTTCCCTCCCTCCCCAGAGGTGCTGGCTTCTTCAGCAGCTCTAGATATAAAGTTGTGCTTTAAAACGTGCATGAACCACCTTGAAACATCTA GAATGGATAGATTTTTCTGTCCTCACCACCCTCCACCAAAATATAACAGAAACAATATTTTTTTGCACTTGTAACCCTTGACCCCTTTCCTGATTTTTCACATCATCCTTCACTCTGGACAAAGGAGC ACATGTGTCCCTGGCAAGCAGAGGTACTGAGTGAGGTGATGAGTGTTTCAGGTGGAAGCCATTCCTAGTCTCTGTCTTCAACAAGCCCGATGGCGTAGTCCCTTTCCTCTAGAACTTTGTCCTGTTAA GCTCGCTGACGGCACACCTGCTCATCACAGGTTTAACTGGCATGTTAAGTGTTGAACTAGAAAGACAGACTGCTTCAACTCCTGCTTACACGTGGCTTTCCTGTTCCTCTCATATTCAGAGAAACGGA TGTGAAAAGCATAGAGGTGTGCACAGAGAAAGACATGAATCTTTATTTTTCACTGCCAACTTCAAGGAAAAATTTTTCTACAGTTTGCATGAGGGATTTTTTTAAGAAAATATGTACTCATGGTGATA AACCAAAATGTACTGTACCATAGAGGAGAGCAAACCTTCCCCACAGCCACACCGTCCTTATCCATCCCGAGGCGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGCAGCCTGCACAAGCGTGTAAGTGG TTCATCTCTAAAGTGTACATAAGTGGAGCATTTAATAAAACAAGAGGAAATGGATTTATAAACTTTTTCTATGTGTCCCCATTGAATAGGCTTTCATAGACTGGGAGATACTCAAGACATGCCCGCCT GGTGGCACAGGGGTGGCGTCTGTGACCACCAGTGCTTTCCCTGCAGATTTTGTTTTGTCTTTTTAACTCCCAGCACACTATAACATAGTGAACAGGACTGATCCCAGAAGTTTGGCCTGCTCTAAAAC CATGGCATTGGAGATCTGAACTGAGGAGCCACCTGGGCTGGTCCCCAGCTTTTTGCGAAATGCCATTTTATTGGTGACGGACTACACTTCAAAGCCAACCTTCTGCCTTTGAGAAAGCTGGAGAACTG TAAATGGTCACTTCAATCTACAGCCTAATCCTCTTTGGTCGTCTCTGCAGCAGCCACAGCCTTAGCAGAGCTGGGTTCCTGGCCTCTGCACATTGACTTTGGATGGGTCATTTTTGGTTGTTTTTTGT TTTTTGTTTTTTTTCTTTTTTTTAAAGATCATGGTAACCGTGAATCAGCTGGGTTTTGGCAAGCAAGTTGTCTTTGTGGACTCTGCCTGCATGGCTTAGTAGTAGAAGGAAGTTTTTTTGGTTTTGTT TTTTTATAATTCAGTTTAATCAATAAACATGTATTTATTGACAA
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RefSeq Acc Id:
XM_036163056 ⟹ XP_036018949
Type:
CODING
Position:
Mouse Assembly Chr Position (strand) Source GRCm39 3 94,744,731 - 94,789,637 (+) NCBI
Sequence:
GGTCGGTGGGGGGAGTCGGCGTTTCTCTCCCCCGCGCCAGCTCCCATACACGGAGCCACATTCC TTGGCCCCCCCACCCCCTCCCTCGGGGCCCCCCGCCCCCCTCGGGAAAAAAATCCACCCCAATCACTCGAACCCGAGGGAGGCTTCCTTTCACCCTCGGGGAGAGGAGCTTTCAACGGTTCCCTCTTC CCCGTCTCCCCCCCGAACCCCGGTCCCCTCCCCTGCTCCCACCCCCTACTCCCGGCGCCGGGTGCAAGGTCCCTTTAAGGCGACGGCACCTTCCTCGGGTCAGACTACCGGCGGCGACGACCACGGGA GCATGGCGGACACCGACCTGTTTATGGAATGTGAGGAGGAGGAACTGGAGCCATGGCAGAAAATCAGTGATGTCATTGAGGACTCTGTAGTTGAAGATTACAATTCTGTGGATAAAACTACTTCCGTT TCTGTGAGCCAGCAGCCAGTCTCAGCTCCAGTGCCCATTGCTGCCCATGCTTCTGTTGCTGGGCACCTCTCTACATCCACTACTGTTAGTAACAGTGGGGCACAGAACAGCGACAGTACAAAGAAGAC TCTTGTCACACTAATTGCCAACAACAATGCTGGTAATACTTTGGTCCAGCAAGGTGGACAGCCACTCATCCTCACCCAAAACCCAGCACCAGGTCTGGGAACAATGGTTACTCAACCAGTATTGAGAC CTGTCCAGGTCATGCAGAATGCCAATCATGTGACTAGCTCCCCTGTGGCCTCACAACCTATCTTCATCACTACCCAGGGATTTCCTGTAAGGAATGTTCGGCCTGTACAAAATGCAATGAATCAGGTT GGGATTGTGCTGAACGTACAGCAAGGCCAAACAGTTAGACCAATTACATTGGTCCCAGCCCCAGGTACACAGTTTGTTAAGCCGACAGTTGGCGTCCCACAAGTGTTCTCTCAGATGACCCCCGTGAG GCCAGGCTCCACAATGCCTGTGAGGCCCACCACCAACACCTTTACCACCGTCATCCCAGCTACTCTCACCATCCGAAGCACTGTCCCACAGTCCCAGTCCCAGCAGACCAAGTCCACCCCCAGTACCT CCACTACTCCCACTGCCACACAACCAACCTCACTGGGGCAGCTAGCTGGTCAGCCTCCAGGCCAGTCCAACCAGACCTCGAATCCCAAACTAGCTCCCTCCTTCCCCTCTCCACCTGCAGTGAGCATT GCCAGCTTTGTCACTGTGAAGCGACCTGGGGTTACAGGTGAAAATAGCAACGAAGTGGCCAAATTGGTGAATACTCTTAACACTGTCCCTTCCCTGGGCCAGAGTCCTGGGCCCGTGGTGGTGTCCAA CAACAGTTCTGCTCAAAGAACCAGTGGGCCCGAATCTTCAGTGAAAGTGACCTCTTCCATCCCAGTGTTTGACCTCCAGGACGGTGGACGGAAAATATGTCCACGGTGTAATGCCCAGTTCCGTGTTA CTGAAGCTCTGAGAGGTCACATGTGTTACTGCTGCCCTGAAATGGTTGAGTACCAAAAGAAAGGCAAGTCCCTCGATGCAGAGCCCAGTGTCCCATCGGCAGCAAAGCCCTCGTCCCCTGAGAAGACA GCCCCTGTTACTTCCACACCCTCCTCTACACCAATTCCTGCTCTCTCACCACCTACCAAAGTACCAGAGCCAAATGAGAATGCTGGAGATGCTGTCCAGACCAAGCTTATTATGCTGGTTGATGATTT CTACTATGGACGGGATGGGGGCAAAGCAGCCCAGCTCACGAGCTTCCCTAAGGTTGCCACGTCTTTCCGATGCCCTCATTGTACTAAGAGGCTAAAGAACAACATTCGATTCATGAACCACATGAAGC ACCACGTAGAACTTGATCAACAGAATGGTGAGGTGGATGGTCACACCATCTGCCAGCACTGTTACCGCCAGTTCTCCACCCCTTTCCAGCTCCAGTGCCACTTGGAAAATGTTCATAGTCCCTATGAA TCTACTAAAACTTGAAAGACCAGTGGACAAAGGAAAACACAGACAAATATAGCTCTTTTGCTAGCCACACTTTATAATTCAAAATATGAAGCAATTAAAAATTTTACCAAAAATTTAGAATTGTATCC TTTTAAATAAGCTTGACAAATTTCTGAGCATAATTATGTTGAATCTGTTCATACTGAAAGAGAAGTGACATTATATACACCATTAACACCAGCACTTGGGAGGCAGGGGCAGAATGATAGAAATCTGA GTTGCAAGTTTATCTATTATACATAAGCGTTCCAGGCCATACAGGGTTGGGAGGTAAGACCCTGTCACAAAAACAAAAAAGCAAACATCTCTTAGTGTTTGTCAGCCATTTCAGAACAAATTCTTCCT TGTACTTCATGGACAGTCAGTAGATATTTATGAATTATTTATAAATGAAAATCTTTGTTCCTGGGTATAGGCTTAAACTCATGTTGTATTTTGTAGTCAGTTGTAAGGGTTTCTACCATGTTCTTGTC TATCATAACAGAGGTGACAGTGTGACAGTTCTAGGTCACAGTGGGTATGTCTTAAAGAAATAAGAGATAGGAAATGGACAGAAGGCAAATGTGATTTCAAGTTAGGAGCAAAGAGGGAATGTCTGGTT TAAAATGCGAATAGTTCACAGTCTCCTAGACTAGAGCTTTGTTAAAAGGCTGAGTTAGAGAGAGGGATATTAGTTGTCATCAGCAACACAAATGTTAGAGCAGAACCAGTGTACAGATGTGATCTTAA GAGATATGATCTTGCACTTGGGTAACAGAGGCAGGTGGATTTCTGAGTTCAAGGCCAGCCTGGTCTACAGAGTGAGTTCCAGGACAACCAGGGCTACACAGAGAAACCCTGTCTCAAAAAACCTGAGA GAGATGGGGGGGGGGGGGGATCTTACATCCAAGTCTATGTCTCTATGATTTTTCTTCTTCCAGCCAAGTGCAAGATCTGTGAGTGGGCCTTTGAAAGCGAGCCCTTGTTCCTCCAGCATATGAAGGAC ACCCACAAGCCTGGAGAGATGCCTTATGTTTGTCAGGTGTGTCAGTATCGCTCCTCCCTCTACTCTGAAGTAGATGTCCATTTTCGGATGATCCATGAAGATACTCGGCATTTGCTTTGCCCGTATTG CCTAAAAGTCTTCAAAAATGGCAATGCCTTCCAGCAACACTACATGAGGCACCAGAAGAGAAATGTTTATCACTGCAACAAATGCCGGCTGCAGTTTCTCTTTGCCAAGGACAAAATTGAACACAAGC TGCAGCACCATAAAACCTTCCGTAAGCCTAAGCAACTGGAAGGCTTGAAACCAGGCACCAAGGTGACAATCCGGGCTTCCCGGGGGCAGCCGAGAACTGTTCCTGTGTCTTCAAATGATGCACCTTCT GGCACCTTGCAGGAGGCAGCAGCGCTGACCTCCACTGACCCCCTACCTGTCTTCCTTTATCCCCCTGTCCAGCGCAATATCCAGAAGAGAGCTGTTAGGAAAATGAGCGTCATGGGCCGGCAGACATG TCTGGAGTGCAGCTTTGAGATTCCAGATTTTCCTAATCATTTCCCTACCTATGTGCATTGTTCTCTCTGCCGATACAGCACCTGCTGCTCTAGAGCTTATGCCAATCACATGATCAACAATCATGTTC CACGGAAAAGTCCCAAGTATTTGGCTTTGTTTAAAAATTCTGTAAGTGGAATCAAGCTGGCCTGCACTTCGTGTACCTTTGCTACCTCCGTGGGAGATGCGATGGCCAAGCATTTAGTGTTCAACCCC TCCCACAGATCTAGCAACATCTTACCACGGGGGCTCAGTTGGATGTCTCACTTGAGGCCTGGCCAGGCTTCTGAACGAGTGTTCGACTGGAGCATGAAGAATACATATCTTCCACCTCCCCTCGTCCC TAACAAAGCTGCCACTGTGAAGCCTGTAGGAGTCACCCCAGCGGAGCCCCAAGAGCTGGCAGGTCCTGTGCTCCAGGCACTTCCATCCCCAGCCTCAACTGCAACCCCACCAGCAACCCCCACTCACC CACAGCCCTCCGCCCTGCCACCCTCGGCCACAGAGGGGACTGAGTGTCTGAATGTCAGTGAACAGGAAGAAGGAAGCCCTGTCACCCAGGATCCTGAGCCAGCATCAGGTGGTGGAGGTGGCAGTGGG GTTGGCAAGAAAGAGCAGCTGTCTGTGAAGAAGCTTCGGGTAGTACTGTTTGCCCTGTGCTGCAACACTGAACAGGCGGCTGAACACTTTCGAAACCCCCAGCGGCGAATCCGTCGTTGGCTTCGACG CTTCCAGGCCTCTCAGGGAGAGAACTTAGAGGGCAAATATCTCAGCTTTGAGGCAGAAGAAAAACTGGCTGAATGGGTGCTGATCCAGAGAGAGCAGCAGCTCCCTGTAAATGAGGAGACCTTGTTTC AGAAGGCCACCAAAATTGGACGCTCTTTGGAAGGGGGGTTTAAGATCTCCTATGAGTGGGCTGTGCGCTTCATGCTTCGGCACCACCTCACTCCCCATGCCCGGCGAGCTGTCGCCCACACGTTACCG AAGCATGTAGCAGAAAATGCTGGACTCTTCATTGAGTTTGTGCAGCGGCAGATTCACAATCAGGACTTACCTTTGTCTATGATTGTGGCTATTGATGAGATCTCTTTGTTCCTGGACACAGAGGTGCT GAGCAGTGATGACCGAAAGGAGAACGCTCTGCAGACAGTGGGCACAGGGGAGCCTTGGTGTGACGTCGTGCTGGCTATCCTAGCAGATGGCACTGTCCTCCCCACCCTTGTTTTCTTCCGAGGACAAG CGAATCGGTTCGCTAATGTGCCAGACTCTATATTACTAGAGGCCAAAGACAGTGGCTACAGCGACGACGAAATCATGGAGCTTTGGTCAACCCGTGTATGGAAGAAGCACACAGCTTGTCAGCACAGC AAAAGCATGTTGGTGATGGACTGTCATCGCACTCACTTGTCAGAAGAAGTACTGGCCCTGCTCAGTGCCTCTAGCACTTTGCCTGCGGTAGTCCCCGCCGGTTGTAGCTCCAAAATCCAGCCACTAGA TGTATGCATCAAACGAACTGTTAAGAACTTCCTGCACAAAAAGTGGAAGGAACAGGCTCGGGAAATGGCTGACGCTGCTTGTGATTCTGATGTCTTGCTTCAGCTGGTGTTGGTCTGGCTGGGAGAGG TGCTGGGTGTCATTGGGGACTCCCCAGAGCTAGTTCAGCGGTCCTTCCTTGTGGCTAGTGTTCTGCCAGGTCCCGATGGCAACGTTAACTCACCCACACGCAACGCTGACATGCAGGAGGAGCTCATT GCCTCCCTAGAGGAGCAGCTCAAGCTAAATGGAGAACAGTCTGAGGAGCACTCAGCTTCTGCCCCCCGACCCAGGTCATCTCCTGAAGAGACAGTCGAGCCTGAAAGCCTTCACCAGCTTTTTGAGGG GGAAAGTGAGACGGAGTCTTTCTATGGCTTTGAGGAAGCTGACCTTGATCTGATGGAGATCTAGGTGCTGAGGCTATGGAAGCTATGGAGTCAGGAAGGAAGGTGAGGGAGGTTAGAGGGGCTTAGAC AAGATGGGTACCAGTGGGGTACTTGGTTTATAGTTTCAATTTTATGCCACCACTCCCAGCATTGACTCTTCCTGTGAATTTGTGGGTTATTAGGAACGCCGGTAGTGATCAGTTCTGAGCCGAGGAGC TGGCCCATTGGTTACTCCTAAAAACATGTTTTTGTGACCCTTTTTTTCTTCTTTAATTTAAATCACTGTGTTTGCTATTTTTCTGACAAAATCTAGGAAAACAATCCTTTGTGGACAGATATTAAGTT GTTTCATTTCCCCGTTTACCTCAATTGTATCATAGTATTTCTGGGTTTTGTTTGTTTTACTGTGTGGCCAATGTCTTTGGGCATGATACTATCTAATCATTGTTAACATGAGAACTTTGCTGCAGATG GAAAGAAAGAATATGTAGCTGACAAACTGACTATTACATATGTGGATAAGTTTTTTTCATTGTGGTCTTAACACTTTTATATAAAAATGAAAATGAAAAATGAATCCCACTGAACTCTTTCCTTCTGC TCCTTCCCTCCCTCCCCAGAGGTGCTGGCTTCTTCAGCAGCTCTAGATATAAAGTTGTGCTTTAAAACGTGCATGAACCACCTTGAAACATCTAGAATGGATAGATTTTTCTGTCCTCACCACCCTCC ACCAAAATATAACAGAAACAATATTTTTTTGCACTTGTAACCCTTGACCCCTTTCCTGATTTTTCACATCATCCTTCACTCTGGACAAAGGAGCACATGTGTCCCTGGCAAGCAGAGGTACTGAGTGA GGTGATGAGTGTTTCAGGTGGAAGCCATTCCTAGTCTCTGTCTTCAACAAGCCCGATGGCGTAGTCCCTTTCCTCTAGAACTTTGTCCTGTTAAGCTCGCTGACGGCACACCTGCTCATCACAGGTTT AACTGGCATGTTAAGTGTTGAACTAGAAAGACAGACTGCTTCAACTCCTGCTTACACGTGGCTTTCCTGTTCCTCTCATATTCAGAGAAACGGATGTGAAAAGCATAGAGGTGTGCACAGAGAAAGAC ATGAATCTTTATTTTTCACTGCCAACTTCAAGGAAAAATTTTTCTACAGTTTGCATGAGGGATTTTTTTAAGAAAATATGTACTCATGGTGATAAACCAAAATGTACTGTACCATAGAGGAGAGCAAA CCTTCCCCACAGCCACACCGTCCTTATCCATCCCGAGGCGTTCAGAGTTTCCTCCTGTGAGCCAAGGAGGCAGCCTGCACAAGCGTGTAAGTGGTTCATCTCTAAAGTGTACATAAGTGGAGCATTTA ATAAAACAAGAGGAAATGGATTTATAAACTTTTTCTATGTGTCCCCATTGAATAGGCTTTCATAGACTGGGAGATACTCAAGACATGCCCGCCTGGTGGCACAGGGGTGGCGTCTGTGACCACCAGTG CTTTCCCTGCAGATTTTGTTTTGTCTTTTTAACTCCCAGCACACTATAACATAGTGAACAGGACTGATCCCAGAAGTTTGGCCTGCTCTAAAACCATGGCATTGGAGATCTGAACTGAGGAGCCACCT GGGCTGGTCCCCAGCTTTTTGCGAAATGCCATTTTATTGGTGACGGACTACACTTCAAAGCCAACCTTCTGCCTTTGAGAAAGCTGGAGAACTGTAAATGGTCACTTCAATCTACAGCCTAATCCTCT TTGGTCGTCTCTGCAGCAGCCACAGCCTTAGCAGAGCTGGGTTCCTGGCCTCTGCACATTGACTTTGGATGGGTCATTTTTGGTTGTTTTTTGTTTTTTGTTTTTTTTCTTTTTTTTAAAGATCATGG TAACCGTGAATCAGCTGGGTTTTGGCAAGCAAGTTGTCTTTGTGGACTCTGCCTGCATGGCTTAGTAGTAGAAGGAAGTTTTTTTGGTTTTGTTTTTTTATAATTCAGTTTAATCAATAAACATGTAT TTATTGACAA
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RefSeq Acc Id:
NP_766271 ⟸ NM_172683
- Peptide Label:
isoform 1
- UniProtKB:
Q8C0K1 (UniProtKB/Swiss-Prot), Q80TZ8 (UniProtKB/Swiss-Prot), Q4VA94 (UniProtKB/Swiss-Prot), Q8K294 (UniProtKB/Swiss-Prot), Q8BZH4 (UniProtKB/Swiss-Prot), B9EIG6 (UniProtKB/TrEMBL), Q3TSQ2 (UniProtKB/TrEMBL)
- Sequence:
MADTDLFMECEEEELEPWQKISDVIEDSVVEDYNSVDKTTSVSVSQQPVSAPVPIAAHASVAGHLSTSTTVSNSGAQNSDSTKKTLVTLIANNNAGNTLVQQGGQPLILTQNPAPGLGTMVTQPVLRP VQVMQNANHVTSSPVASQPIFITTQGFPVRNVRPVQNAMNQVGIVLNVQQGQTVRPITLVPAPGTQFVKPTVGVPQVFSQMTPVRPGSTMPVRPTTNTFTTVIPATLTIRSTVPQSQSQQTKSTPSTS TTPTATQPTSLGQLAGQPPGQSNQTSNPKLAPSFPSPPAVSIASFVTVKRPGVTGENSNEVAKLVNTLNTVPSLGQSPGPVVVSNNSSAQRTSGPESSVKVTSSIPVFDLQDGGRKICPRCNAQFRVT EALRGHMCYCCPEMVEYQKKGKSLDAEPSVPSAAKPSSPEKTAPVTSTPSSTPIPALSPPTKVPEPNENAGDAVQTKLIMLVDDFYYGRDGGKAAQLTSFPKVATSFRCPHCTKRLKNNIRFMNHMKH HVELDQQNGEVDGHTICQHCYRQFSTPFQLQCHLENVHSPYESTTKCKICEWAFESEPLFLQHMKDTHKPGEMPYVCQVCQYRSSLYSEVDVHFRMIHEDTRHLLCPYCLKVFKNGNAFQQHYMRHQK RNVYHCNKCRLQFLFAKDKIEHKLQHHKTFRKPKQLEGLKPGTKVTIRASRGQPRTVPVSSNDAPSGTLQEAAALTSTDPLPVFLYPPVQRNIQKRAVRKMSVMGRQTCLECSFEIPDFPNHFPTYVH CSLCRYSTCCSRAYANHMINNHVPRKSPKYLALFKNSVSGIKLACTSCTFATSVGDAMAKHLVFNPSHRSSNILPRGLSWMSHLRPGQASERVFDWSMKNTYLPPPLVPNKAATVKPVGVTPAEPQEL AGPVLQALPSPASTATPPATPTHPQPSALPPSATEGTECLNVSEQEEGSPVTQDPEPASGGGGGSGVGKKEQLSVKKLRVVLFALCCNTEQAAEHFRNPQRRIRRWLRRFQASQGENLEGKYLSFEAE EKLAEWVLIQREQQLPVNEETLFQKATKIGRSLEGGFKISYEWAVRFMLRHHLTPHARRAVAHTLPKHVAENAGLFIEFVQRQIHNQDLPLSMIVAIDEISLFLDTEVLSSDDRKENALQTVGTGEPW CDVVLAILADGTVLPTLVFFRGQANRFANVPDSILLEAKDSGYSDDEIMELWSTRVWKKHTACQHSKSMLVMDCHRTHLSEEVLALLSASSTLPAVVPAGCSSKIQPLDVCIKRTVKNFLHKKWKEQA REMADAACDSDVLLQLVLVWLGEVLGVIGDSPELVQRSFLVASVLPGPDGNVNSPTRNADMQEELIASLEEQLKLNGEQSEEHSASAPRPRSSPEETVEPESLHQLFEGESETESFYGFEEADLDLME I
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RefSeq Acc Id:
NP_001159420 ⟸ NM_001165948
- Peptide Label:
isoform 2
- UniProtKB:
Q0VGT3 (UniProtKB/TrEMBL), Q3TSQ2 (UniProtKB/TrEMBL)
- Sequence:
MADTDLFMECEEEELEPWQKISDVIEDSVVEDYNSVDKTTSVSVSQQPVSAPVPIAAHASVAGH LSTSTTVSNSGAQNSDSTKKTLVTLIANNNAGNTLVQQGGQPLILTQNPAPGLGTMVTQPVLRPVQVMQNANHVTSSPVASQPIFITTQGFPVRNVRPVQNAMNQVGIVLNVQQGQTVRPITLVPAPG TQFVKPTVGVPQVFSQMTPVRPGSTMPVRPTTNTFTTVIPATLTIRSTVPQSQSQQTKSTPSTSTTPTATQPTSLGQLAGQPPGQSNQTSNPKLVSIASFVTVKRPGVTGENSNEVAKLVNTLNTVPS LGQSPGPVVVSNNSSAQRTSGPESSVKVTSSIPVFDLQDGGRKICPRCNAQFRVTEALRGHMCYCCPEMVEYQKKGKSLDAEPSVPSAAKPSSPEKTAPVTSTPSSTPIPALSPPTKVPEPNENAGDA VQTKLIMLVDDFYYGRDGGKAAQLTSFPKVATSFRCPHCTKRLKNNIRFMNHMKHHVELDQQNGEVDGHTICQHCYRQFSTPFQLQCHLENVHSPYESTTKCKICEWAFESEPLFLQHMKDTHKPGEM PYVCQVCQYRSSLYSEVDVHFRMIHEDTRHLLCPYCLKVFKNGNAFQQHYMRHQKRNVYHCNKCRLQFLFAKDKIEHKLQHHKTFRKPKQLEGLKPGTKVTIRASRGQPRTVPVSSNDAPSGTLQEAA ALTSTDPLPVFLYPPVQRNIQKRAVRKMSVMGRQTCLECSFEIPDFPNHFPTYVHCSLCRYSTCCSRAYANHMINNHVPRKSPKYLALFKNSVSGIKLACTSCTFATSVGDAMAKHLVFNPSHRSSNI LPRGLSWMSHLRPGQASERVFDWSMKNTYLPPPLVPNKAATVKPVGVTPAEPQELAGPVLQALPSPASTATPPATPTHPQPSALPPSATEGTECLNVSEQEEGSPVTQDPEPASGGGGGSGVGKKEQL SVKKLRVVLFALCCNTEQAAEHFRNPQRRIRRWLRRFQASQGENLEGKYLSFEAEEKLAEWVLIQREQQLPVNEETLFQKATKIGRSLEGGFKISYEWAVRFMLRHHLTPHARRAVAHTLPKHVAENA GLFIEFVQRQIHNQDLPLSMIVAIDEISLFLDTEVLSSDDRKENALQTVGTGEPWCDVVLAILADGTVLPTLVFFRGQANRFANVPDSILLEAKDSGYSDDEIMELWSTRVWKKHTACQHSKSMLVMD CHRTHLSEEVLALLSASSTLPAVVPAGCSSKIQPLDVCIKRTVKNFLHKKWKEQAREMADAACDSDVLLQLVLVWLGEVLGVIGDSPELVQRSFLVASVLPGPDGNVNSPTRNADMQEELIASLEEQL KLNGEQSEEHSASAPRPRSSPEETVEPESLHQLFEGESETESFYGFEEADLDLMEI
hide sequence
RefSeq Acc Id:
XP_006501425 ⟸ XM_006501362
- Peptide Label:
isoform X2
- UniProtKB:
D3YUX1 (UniProtKB/TrEMBL), Q3TSQ2 (UniProtKB/TrEMBL)
- Sequence:
MADTDLFMECEEEELEPWQKISDVIEDSVVEDYNSVDKTTSAGNTLVQQGGQPLILTQNPAPGL GTMVTQPVLRPVQVMQNANHVTSSPVASQPIFITTQGFPVRNVRPVQNAMNQVGIVLNVQQGQTVRPITLVPAPGTQFVKPTVGVPQVFSQMTPVRPGSTMPVRPTTNTFTTVIPATLTIRSTVPQSQ SQQTKSTPSTSTTPTATQPTSLGQLAGQPPGQSNQTSNPKLAPSFPSPPAVSIASFVTVKRPGVTGENSNEVAKLVNTLNTVPSLGQSPGPVVVSNNSSAQRTSGPESSVKVTSSIPVFDLQDGGRKI CPRCNAQFRVTEALRGHMCYCCPEMVEYQKKGKSLDAEPSVPSAAKPSSPEKTAPVTSTPSSTPIPALSPPTKVPEPNENAGDAVQTKLIMLVDDFYYGRDGGKAAQLTSFPKVATSFRCPHCTKRLK NNIRFMNHMKHHVELDQQNGEVDGHTICQHCYRQFSTPFQLQCHLENVHSPYESTTKCKICEWAFESEPLFLQHMKDTHKPGEMPYVCQVCQYRSSLYSEVDVHFRMIHEDTRHLLCPYCLKVFKNGN AFQQHYMRHQKRNVYHCNKCRLQFLFAKDKIEHKLQHHKTFRKPKQLEGLKPGTKVTIRASRGQPRTVPVSSNDAPSGTLQEAAALTSTDPLPVFLYPPVQRNIQKRAVRKMSVMGRQTCLECSFEIP DFPNHFPTYVHCSLCRYSTCCSRAYANHMINNHVPRKSPKYLALFKNSVSGIKLACTSCTFATSVGDAMAKHLVFNPSHRSSNILPRGLSWMSHLRPGQASERVFDWSMKNTYLPPPLVPNKAATVKP VGVTPAEPQELAGPVLQALPSPASTATPPATPTHPQPSALPPSATEGTECLNVSEQEEGSPVTQDPEPASGGGGGSGVGKKEQLSVKKLRVVLFALCCNTEQAAEHFRNPQRRIRRWLRRFQASQGEN LEGKYLSFEAEEKLAEWVLIQREQQLPVNEETLFQKATKIGRSLEGGFKISYEWAVRFMLRHHLTPHARRAVAHTLPKHVAENAGLFIEFVQRQIHNQDLPLSMIVAIDEISLFLDTEVLSSDDRKEN ALQTVGTGEPWCDVVLAILADGTVLPTLVFFRGQANRFANVPDSILLEAKDSGYSDDEIMELWSTRVWKKHTACQHSKSMLVMDCHRTHLSEEVLALLSASSTLPAVVPAGCSSKIQPLDVCIKRTVK NFLHKKWKEQAREMADAACDSDVLLQLVLVWLGEVLGVIGDSPELVQRSFLVASVLPGPDGNVNSPTRNADMQEELIASLEEQLKLNGEQSEEHSASAPRPRSSPEETVEPESLHQLFEGESETESFY GFEEADLDLMEI
hide sequence
RefSeq Acc Id:
XP_006501426 ⟸ XM_006501363
- Peptide Label:
isoform X3
- UniProtKB:
Q3TSQ2 (UniProtKB/TrEMBL)
- Sequence:
MADTDLFMECEEEELEPWQKISDVIEDSVVEDYNSVDKTTSAGNTLVQQGGQPLILTQNPAPGL GTMVTQPVLRPVQVMQNANHVTSSPVASQPIFITTQGFPVRNVRPVQNAMNQVGIVLNVQQGQTVRPITLVPAPGTQFVKPTVGVPQVFSQMTPVRPGSTMPVRPTTNTFTTVIPATLTIRSTVPQSQ SQQTKSTPSTSTTPTATQPTSLGQLAGQPPGQSNQTSNPKLVSIASFVTVKRPGVTGENSNEVAKLVNTLNTVPSLGQSPGPVVVSNNSSAQRTSGPESSVKVTSSIPVFDLQDGGRKICPRCNAQFR VTEALRGHMCYCCPEMVEYQKKGKSLDAEPSVPSAAKPSSPEKTAPVTSTPSSTPIPALSPPTKVPEPNENAGDAVQTKLIMLVDDFYYGRDGGKAAQLTSFPKVATSFRCPHCTKRLKNNIRFMNHM KHHVELDQQNGEVDGHTICQHCYRQFSTPFQLQCHLENVHSPYESTTKCKICEWAFESEPLFLQHMKDTHKPGEMPYVCQVCQYRSSLYSEVDVHFRMIHEDTRHLLCPYCLKVFKNGNAFQQHYMRH QKRNVYHCNKCRLQFLFAKDKIEHKLQHHKTFRKPKQLEGLKPGTKVTIRASRGQPRTVPVSSNDAPSGTLQEAAALTSTDPLPVFLYPPVQRNIQKRAVRKMSVMGRQTCLECSFEIPDFPNHFPTY VHCSLCRYSTCCSRAYANHMINNHVPRKSPKYLALFKNSVSGIKLACTSCTFATSVGDAMAKHLVFNPSHRSSNILPRGLSWMSHLRPGQASERVFDWSMKNTYLPPPLVPNKAATVKPVGVTPAEPQ ELAGPVLQALPSPASTATPPATPTHPQPSALPPSATEGTECLNVSEQEEGSPVTQDPEPASGGGGGSGVGKKEQLSVKKLRVVLFALCCNTEQAAEHFRNPQRRIRRWLRRFQASQGENLEGKYLSFE AEEKLAEWVLIQREQQLPVNEETLFQKATKIGRSLEGGFKISYEWAVRFMLRHHLTPHARRAVAHTLPKHVAENAGLFIEFVQRQIHNQDLPLSMIVAIDEISLFLDTEVLSSDDRKENALQTVGTGE PWCDVVLAILADGTVLPTLVFFRGQANRFANVPDSILLEAKDSGYSDDEIMELWSTRVWKKHTACQHSKSMLVMDCHRTHLSEEVLALLSASSTLPAVVPAGCSSKIQPLDVCIKRTVKNFLHKKWKE QAREMADAACDSDVLLQLVLVWLGEVLGVIGDSPELVQRSFLVASVLPGPDGNVNSPTRNADMQEELIASLEEQLKLNGEQSEEHSASAPRPRSSPEETVEPESLHQLFEGESETESFYGFEEADLDL MEI
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RefSeq Acc Id:
XP_011238392 ⟸ XM_011240090
- Peptide Label:
isoform X1
- UniProtKB:
Q8C0K1 (UniProtKB/Swiss-Prot), Q80TZ8 (UniProtKB/Swiss-Prot), Q4VA94 (UniProtKB/Swiss-Prot), Q8K294 (UniProtKB/Swiss-Prot), Q8BZH4 (UniProtKB/Swiss-Prot), B9EIG6 (UniProtKB/TrEMBL), Q3TSQ2 (UniProtKB/TrEMBL)
- Sequence:
MADTDLFMECEEEELEPWQKISDVIEDSVVEDYNSVDKTTSVSVSQQPVSAPVPIAAHASVAGH LSTSTTVSNSGAQNSDSTKKTLVTLIANNNAGNTLVQQGGQPLILTQNPAPGLGTMVTQPVLRPVQVMQNANHVTSSPVASQPIFITTQGFPVRNVRPVQNAMNQVGIVLNVQQGQTVRPITLVPAPG TQFVKPTVGVPQVFSQMTPVRPGSTMPVRPTTNTFTTVIPATLTIRSTVPQSQSQQTKSTPSTSTTPTATQPTSLGQLAGQPPGQSNQTSNPKLAPSFPSPPAVSIASFVTVKRPGVTGENSNEVAKL VNTLNTVPSLGQSPGPVVVSNNSSAQRTSGPESSVKVTSSIPVFDLQDGGRKICPRCNAQFRVTEALRGHMCYCCPEMVEYQKKGKSLDAEPSVPSAAKPSSPEKTAPVTSTPSSTPIPALSPPTKVP EPNENAGDAVQTKLIMLVDDFYYGRDGGKAAQLTSFPKVATSFRCPHCTKRLKNNIRFMNHMKHHVELDQQNGEVDGHTICQHCYRQFSTPFQLQCHLENVHSPYESTTKCKICEWAFESEPLFLQHM KDTHKPGEMPYVCQVCQYRSSLYSEVDVHFRMIHEDTRHLLCPYCLKVFKNGNAFQQHYMRHQKRNVYHCNKCRLQFLFAKDKIEHKLQHHKTFRKPKQLEGLKPGTKVTIRASRGQPRTVPVSSNDA PSGTLQEAAALTSTDPLPVFLYPPVQRNIQKRAVRKMSVMGRQTCLECSFEIPDFPNHFPTYVHCSLCRYSTCCSRAYANHMINNHVPRKSPKYLALFKNSVSGIKLACTSCTFATSVGDAMAKHLVF NPSHRSSNILPRGLSWMSHLRPGQASERVFDWSMKNTYLPPPLVPNKAATVKPVGVTPAEPQELAGPVLQALPSPASTATPPATPTHPQPSALPPSATEGTECLNVSEQEEGSPVTQDPEPASGGGGG SGVGKKEQLSVKKLRVVLFALCCNTEQAAEHFRNPQRRIRRWLRRFQASQGENLEGKYLSFEAEEKLAEWVLIQREQQLPVNEETLFQKATKIGRSLEGGFKISYEWAVRFMLRHHLTPHARRAVAHT LPKHVAENAGLFIEFVQRQIHNQDLPLSMIVAIDEISLFLDTEVLSSDDRKENALQTVGTGEPWCDVVLAILADGTVLPTLVFFRGQANRFANVPDSILLEAKDSGYSDDEIMELWSTRVWKKHTACQ HSKSMLVMDCHRTHLSEEVLALLSASSTLPAVVPAGCSSKIQPLDVCIKRTVKNFLHKKWKEQAREMADAACDSDVLLQLVLVWLGEVLGVIGDSPELVQRSFLVASVLPGPDGNVNSPTRNADMQEE LIASLEEQLKLNGEQSEEHSASAPRPRSSPEETVEPESLHQLFEGESETESFYGFEEADLDLMEI
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RefSeq Acc Id:
NP_001355740 ⟸ NM_001368811
- Peptide Label:
isoform 3
- UniProtKB:
D3YUW8 (UniProtKB/TrEMBL)
RefSeq Acc Id:
NP_001355741 ⟸ NM_001368812
- Peptide Label:
isoform 4
- UniProtKB:
D3YUW8 (UniProtKB/TrEMBL)
Ensembl Acc Id:
ENSMUSP00000102891 ⟸ ENSMUST00000107270
Ensembl Acc Id:
ENSMUSP00000102887 ⟸ ENSMUST00000107266
Ensembl Acc Id:
ENSMUSP00000102890 ⟸ ENSMUST00000107269
Ensembl Acc Id:
ENSMUSP00000037523 ⟸ ENSMUST00000042402
Ensembl Acc Id:
ENSMUSP00000122492 ⟸ ENSMUST00000140397
RefSeq Acc Id:
XP_036018949 ⟸ XM_036163056
- Peptide Label:
isoform X4
Ensembl Acc Id:
ENSMUSP00000159753 ⟸ ENSMUST00000249403
RGD ID: 6834259
Promoter ID: MM_KWN:35226
Type: CpG-Island
SO ACC ID: SO:0000170
Source: MPROMDB
Tissues & Cell Lines: 3T3L1_Day0, 3T3L1_Day1, 3T3L1_Day2, 3T3L1_Day3, 3T3L1_Day4, BoneMarrow_0Hour, BoneMarrow_2Hour, BoneMarrow_4Hour, ES_Cell, Kidney, Liver, MEF_B4, MEF_B6
Transcripts: ENSMUST00000107265, ENSMUST00000107266, ENSMUST00000107269, NM_001165948, NM_172683, OTTMUST00000047050
Position: Mouse Assembly Chr Position (strand) Source MGSCv36 3 94,641,121 - 94,641,667 (+) MPROMDB
RGD ID: 6834261
Promoter ID: MM_KWN:35227
Type: Non-CpG
SO ACC ID: SO:0000170
Source: MPROMDB
Tissues & Cell Lines: Brain, Kidney, Lung
Transcripts: OTTMUST00000047052, OTTMUST00000082770
Position: Mouse Assembly Chr Position (strand) Source MGSCv36 3 94,667,476 - 94,668,387 (+) MPROMDB
RGD ID: 6834260
Promoter ID: MM_KWN:35228
Type: Non-CpG
SO ACC ID: SO:0000170
Source: MPROMDB
Tissues & Cell Lines: Brain, Kidney, Lung
Transcripts: OTTMUST00000047053
Position: Mouse Assembly Chr Position (strand) Source MGSCv36 3 94,674,864 - 94,675,364 (+) MPROMDB
RGD ID: 6834262
Promoter ID: MM_KWN:35229
Type: Non-CpG
SO ACC ID: SO:0000170
Source: MPROMDB
Tissues & Cell Lines: Kidney
Transcripts: OTTMUST00000047054
Position: Mouse Assembly Chr Position (strand) Source MGSCv36 3 94,680,391 - 94,680,891 (+) MPROMDB
RGD ID: 6881512
Promoter ID: EPDNEW_M4207
Type: multiple initiation site
Name: Pogz_2
Description: Mus musculus pogo transposable element with ZNF domain , transcriptvariant 1, mRNA.
SO ACC ID: SO:0000170
Source: EPDNEW (Eukaryotic Promoter Database, http://epd.vital-it.ch/ )
Alternative Promoters: null; see alsoEPDNEW_M4208
Experiment Methods: Single-end sequencing.
Position: Mouse Assembly Chr Position (strand) Source GRCm38 3 94,837,548 - 94,837,608 EPDNEW
RGD ID: 6881514
Promoter ID: EPDNEW_M4208
Type: multiple initiation site
Name: Pogz_1
Description: Mus musculus pogo transposable element with ZNF domain , transcriptvariant 1, mRNA.
SO ACC ID: SO:0000170
Source: EPDNEW (Eukaryotic Promoter Database, http://epd.vital-it.ch/ )
Alternative Promoters: null; see alsoEPDNEW_M4207
Experiment Methods: Single-end sequencing.
Position: Mouse Assembly Chr Position (strand) Source GRCm38 3 94,837,713 - 94,837,773 EPDNEW