KEGG T01082: 100231238

Taeniopygia guttata (zebra finch): 100231238

Entry

100231238 CDS T01082

Gene name

UNC13C

Definition

unc-13 homolog C (C. elegans)

Orthology

K15293

protein unc-13

Organism

tgu Taeniopygia guttata (zebra finch)

Class

SSDB

Motif

Pfam:

Membr_traf_MHD DUF1041 C2 C1_1

Other DBs

NCBI-GI:

224062438

NCBI-GeneID:

100231238

Ensembl:

ENSTGUG00000006535

Position

AA seq 2208 aa
MVSALFKSLISSYIYKICKGMFTKKSGNSTKRKESCQSKKEQDLSQIGQTKNPKFSNTLK
STVKRIAKCPSARNLSTEEEESNREFSLSPTFSYRVAIANGLQRHIFVANTNNEDIVQDL
SSNDSSCSESLSEVKTNSKKNEYLSHTMPVRRNRKSLSSLAASDGSSDGERTLHTLKLGA
LRKLRKWKKSQECVSSDSELSSWRKTWGLRSKSLDRTGRHQKSNTLEPGFSSTGCISQTH
DVMEMIFKELQGISQIETELSELRGHVNALKQSIDEISSSVEVVQNEIEQLRTGFVQSRR
ETRDIHDYIKQIGHPGNKASLRFLNVPEERLEKAESIVYKILMEKMGFSEAQSTIKIEFA
QRLGQQRDCPNAKPRPILVYFESSQQRDLILKKSYKLKGTGIGISTDIFSHEIKDKKERG
LPSSQTYESMDMKLLTVETKSKMHDWESPDSDKDLESDINKNSYAKISRSAFQIKTSTTK
GITESPNTKDLDRTADNSTFSHRSYDNQSPEFDTMEKQSKAYYSDVTPLWNLQNDFATPK
LSRSESDFSKLCQSYSEDFSENQYFSRTNGSSLLSSSDRELWQRRQDDSLNWYGSSQEQT
FAQDMQQYPEQNETGNIETVDSGVSNGIIRVSGDLNHYDDSQLSLQDDLSPWKNWNQLEQ
GADLGLNSSTQEVFVYDMSSPSDQQTDFGKGQSSDLQYDTESYDFTLDGTSPSCPGLDSE
TQSQWTGQYDDYQETNSISSYQNQNKLPMMYRSQSELPSDDSEETAPKSWHSRLSIDLSD
KTFSFPKFGSTLQRAKSALEVVWNKSTQSLSGYEDSGSSFMGRFRTLSQSTANESSTTLD
SDVYAEPYCYKAEYEEELIEPSGENETDYVEVMEQVLAKLENRTNSSETSEQIQEYELDQ
SLYETPYAMLPEEQYDTQFDSVISEEILEVESDLAPEVEIKEDENQNVPEMITEVTEIPK
KKRIRPSFKEAALKAYKKQMNDLEEKILAGDSGSVDEKARLVSASSLDASKLYAIPILGG
GGRGLYGIDSMPDLRRKKSFPIVRDVAMTLAARKSGISMAMLMRTSINTDEMKIHVFKKT
LQALIYPISSTTPHNFEIWTATTPTYCYECEGLLWGIARQGMRCTECGVKCHEKCQDLLN
ADCLQRAAEKSSKHGAEDKTQNIISAMKERMKIREKNRPEVFEVIQEMFNISKEDFVQYT
KAAKQSVLDGTSKWSAKVTITVLCAQGLQAKDKTGSSDPYVTVQVGKNKRRTKTIFGNLN
PVWDEKFYFECHNSTDRIKVRVWDEDDDIKSRVKQHFKKESDDFLGQTIIEVRTLSGEMD
VWYNLEKRTDKSAVSGAIRLKINVEIEGEEKVAPYHVQYTCLHENLFHYLTDVKSNGVVK
IPEVKGDEAWKVYFDDAAQEIVDEFAMRYGIEYIYQAMTHFSCLSSKYMCPGVPAVMSTL
LANINAFYAHTTAATNVSASDRFAATNFGREKFIRLLDQLHNSLRIDLSKYRDNFPASNS
ERLQDLKSTVDLLTSITFFRMKVLELQSPPRASTVVKDCVKACLDSTYKYIFDNCYDLYS
QLVDQSKKQEVPKEEQGPTTKNLDFWAQLITLMVTIIDEDKTAYTPILNQFPQELNMGKI
SAEIMWTLFAQDMKYALEEHEKQRLCKSTDYMNLHFKVKWFYNEYVRELSAFKDAVPEYS
LWFEPFVIQWLDENEDVSMEFLHGALERDKKDGFQQTSDHALFSCSVVDVFTQLNQSFEI
IRKLECPNPEALSHLMRRFAKTINKVLVQYAAIISSYFSSYCDKENVACILMNNIQQLRV
QLEKMFESMGGKELDAEASVVLKELQVKLSNVLDELSVTYAASFQFVIEDCVKQMSNELN
QMRGNGNAAANKNSAAIDAEIVLRPLMDSLDKTLSVSAKICEKTVLKRVLKELWKLVLNK
IEKQIVLPPLTDQTGPQMIFSAAKDLGQLSKLKDHVIREEAKSLTLRQCAIMDVALVTIK
QYFHAGGSGLKKNFLEKSPDLQSLKYALSLYTQTTDTLIKKFISTQTSQSQTANNSVGEI
SVQVDVSTHPGTGEHKVTVKVVAINNLNWQTTAMFRPFVEVCILGPKLSDKKRKHGTKTK
SNTWSPKYNETFQFLLSNEENPGAYEVHLSVKDYCFAREDRVIGMAVIQLQAIADRGGCA
AWHPLLRSISVDETGLTILRILSQRNNDEVAKEFVRLKTETRSAEETT

NT seq 6627 nt +upstreamnt +downstreamnt
atggtttctgctctcttcaagagcctgatctcatcttatatatataagatttgcaaagga
atgtttacaaagaaatcgggaaatagtacaaaaaggaaagagagttgtcagagcaaaaag
gaacaagacttaagtcagattggacaaacaaaaaatccaaaattttccaatactttaaaa
agcaccgttaaaaggattgccaagtgcccatctgctcgcaacttatcaactgaagaagag
gaaagcaatagagaattttcactttctccaacattcagttacagagttgctattgccaat
ggactgcaaaggcatatttttgtagcaaacactaataatgaagatatagttcaagacctg
tcttcaaatgatagctcatgttctgaatcgttaagtgaagtaaaaactaatagcaagaaa
aacgaatacttatcccacacaatgcctgtgcgacgcaacaggaaaagcttgagcagcctg
gcagcctctgatggaagttcagatggagagcgcactttacacacactgaagctgggagcc
ttacgaaaactaaggaaatggaagaagagccaagaatgtgtctcgtcagactcggagcta
agttcatggaggaaaacatggggattaagaagtaaatctctggacagaactggccgtcac
cagaaatcaaatactcttgaacctggctttagttcgacaggttgtattagccaaacccac
gatgttatggaaatgatctttaaagagcttcagggaataagtcaaattgaaacagaactc
tctgaattaagagggcatgttaatgctttgaaacaatcaattgatgaaatttctagtagc
gtagaagttgtacaaaatgaaattgaacaattgcgaactggatttgtacagtccagaaga
gaaactcgggacatacatgactacattaagcagataggccacccaggaaacaaagcaagt
cttaggtttctaaatgtgcctgaagagcggcttgaaaaagctgaaagcatagtttacaaa
atattaatggaaaaaatgggattctcagaggcacaaagcactattaaaattgagtttgcc
caaaggcttgggcagcaaagagactgtccaaatgcaaagccaagacccattcttgtttac
tttgagtcatcacaacagagagatttgattttaaaaaagtcttataaacttaagggaact
ggcattggaatttctacagatatattttcccatgaaataaaagataaaaaagaaagaggg
cttccttcctctcagacatatgaaagcatggatatgaaacttctaacagtggagacaaaa
tctaaaatgcatgactgggagtcacctgacagtgataaagacttggaatcagatataaat
aagaacagttatgcaaaaatatctagatcagcatttcagataaaaacaagcactacaaag
gggattaccgagtccccaaacactaaagaccttgacagaactgctgacaatagcaccttt
tcacacagaagttatgacaatcagtcaccagaatttgacactatggaaaaacaatcaaag
gcctattattcagatgtgactcctttatggaatttacagaatgactttgcaacaccaaag
cttagccgttcagaatcagatttctcaaaattgtgtcagtcttactctgaggatttttca
gaaaaccagtattttagcagaacaaatggcagttcattgttgtcttcctctgatcgagaa
ctttggcagcgaaggcaagatgattctctaaactggtatggcagttcccaggaacagact
tttgcccaagacatgcagcagtatccagagcaaaatgaaacagggaacatagaaactgtt
gatagtggagtaagcaatggaataatccgtgtgtctggagacctaaaccattatgatgat
agtcagctttctttacaggatgatctttccccatggaaaaactggaatcagttggaacaa
ggggcagatttgggcctaaactcatccactcaggaagtttttgtgtatgatatgagcagc
ccttcagatcaacaaacagattttggaaagggccaaagttctgacctccagtatgatact
gaaagctatgatttcactctagatggtacttctccatcttgtccgggccttgacagtgaa
acacaaagtcagtggactggtcaatatgatgattatcaggaaacaaattctatctcctct
tatcagaatcaaaacaaattgcctatgatgtaccgaagtcaaagtgaactaccaagtgac
gactcagaggaaactgcgcctaaatcatggcacagccgattaagcatagatctttctgat
aagactttcagctttcctaaatttggatctacacttcagcgtgctaagtcagctttagaa
gtagtctggaataaaagtacacaaagtttaagtgggtatgaagacagtggatcatctttt
atgggaaggtttagaacattatctcagtctactgcaaatgaatcaagtacaacacttgat
tctgatgtttatgctgagccctattgctacaaagctgagtatgaggaagaattaattgaa
ccatctggtgagaatgaaacggactatgtagaagtaatggaacaagtccttgctaaacta
gaaaatagaactaatagtagtgaaactagtgagcagatccaagagtatgaactggaccag
tcattgtatgaaactccatatgccatgcttccagaggaacagtatgacacacagtttgac
agtgtgatcagtgaagagatattggaagttgaaagtgatttggctcctgaagtagaaata
aaggaagatgaaaatcagaatgtcccagagatgattactgaagttactgaaattccaaag
aaaaaaagaatacgaccatcatttaaagaagctgctttgaaagcatacaagaaacaaatg
aatgatttggaggagaagatccttgctggagatagcggttctgtggatgaaaaggctcgg
ttggtaagtgcaagttccttggatgcttccaagctttatgcaattcctattttgggagga
ggtggtcgtggactgtatggaattgacagcatgccagacctgcgaagaaagaaatctttt
cccattgttcgagatgtggctatgacccttgcagctcgaaaatctggtatttctatggcc
atgctcatgcggacctccataaacactgatgaaatgaaaatacatgtcttcaagaagacc
ctgcaggctttgatctatccaatatcatcaactacacctcataactttgaaatctggaca
gctacaactcccacatactgttatgaatgtgaaggccttctttggggcatagccagacaa
ggcatgagatgcactgaatgtggtgtcaaatgccatgagaagtgccaagatctcctaaat
gctgactgtttgcagagagcagctgagaaaagttccaaacatggtgcagaagacaaaaca
cagaatattattagtgctatgaaggaaagaatgaagattagagagaaaaatagaccagag
gtgtttgaagtgatccaggaaatgtttaatatttctaaagaagattttgtacaatataca
aaagcagcaaaacaaagtgttttggatggaacatccaaatggtcagcaaaagtaactatc
acagttctttgtgctcagggcttacaggctaaggacaaaactggttcaagtgacccatac
gttactgtgcaagttggcaaaaacaagcgaagaacaaaaactatttttggaaatttgaat
ccagtatgggatgaaaaattctattttgaatgtcataactctacagacagaataaaagta
agagtatgggatgaagatgatgatatcaaatctagagtaaagcagcatttcaaaaaggaa
tcagatgacttccttgggcaaacaatcattgaagtaagaacactgagtggagaaatggat
gtatggtataatttagaaaagcgaacagataaatcggctgtctctggggccattagactg
aaaatcaatgttgaaattgaaggagaggagaaagttgctccctatcatgtgcagtacacc
tgtctacatgagaatctcttccattacttgacggatgtgaagtcgaacggtgtggtgaaa
atccctgaggtgaaaggcgatgaggcctggaaggtgtactttgatgatgccgcacaggaa
attgtggatgaatttgcaatgcgctatggaattgaatatatttatcaagctatgacgcac
ttttcctgtctctcttctaaatacatgtgccctggtgttccagcagttatgagtacattg
ttggccaatataaatgctttctatgctcatacaacagcagcaactaatgtatctgcctca
gatcgctttgctgctactaactttgggagagaaaagttcataaggctgctggatcaatta
cacaattccctgaggattgatttatctaaatacagggataattttcctgccagcaattct
gaaagactccaggatctgaaatcaactgtggacctgcttaccagcattactttttttcgg
atgaaggtcctggaattgcagagcccccctcgagctagtactgtggtgaaggactgtgta
aaagcatgcttggattcaacttataaatacatttttgacaattgctatgatctgtactcc
caattagtggatcagagtaagaaacaagaagttcctaaagaagaacagggaccaacaaca
aagaatttggatttctgggcacagctgattactctgatggtcaccataatagatgaagat
aaaacagcatataccccaatcttgaaccagttccctcaagagctgaacatgggaaaaatc
agtgctgaaatcatgtggactctgtttgcccaggacatgaaatatgctctggaagaacat
gaaaagcagcgattatgcaaaagcacagattatatgaatttgcacttcaaagtgaaatgg
ttttataatgaatatgtgcgagaactttctgctttcaaggatgcagtgcctgaatactct
ctgtggtttgaaccatttgtcatacagtggctggatgaaaatgaggatgtgtcaatggaa
tttcttcatggagcactagaaagagacaaaaaagatgggtttcagcaaacatcagatcat
gccctcttctcttgttctgtggttgatgtcttcacacagctcaatcaaagctttgagatt
attaggaaattggagtgtcctaatccagaagcactatctcatttaatgagaagatttgca
aagactatcaacaaagtacttgttcagtatgctgcaattatttcaagttacttcagctcc
tattgtgataaagaaaatgtggcctgtatcttgatgaacaacattcagcaattaagagtc
cagcttgagaaaatgtttgagtccatgggagggaaggagctggatgctgaagctagtgtt
gttctaaaagaacttcaggtgaaacttagcaatgtattggatgaactcagtgtaacgtat
gctgcaagtttccagtttgttattgaagattgtgtaaaacaaatgagcaatgagctgaat
caaatgagaggaaatgggaatgcagcagccaataagaacagtgcagccattgatgctgag
attgtgcttcggcctctcatggattccctggacaaaactttgagtgtctctgcaaaaatc
tgtgagaagacagttctgaaacgggttttgaaagagctctggaagttagtcttaaacaag
atagaaaaacaaattgtgcttccaccactgacagatcaaacggggccccagatgatattc
agtgcagccaaagatcttggacaactgtcaaaactcaaggaccacgtgatccgagaggaa
gccaaaagcctgaccctgcggcagtgtgcaataatggacgtggcactcgttactataaag
caatacttccatgctggaggaagtgggctaaaaaagaatttcctggagaagagtccagac
ctgcagtccctcaaatatgctctcagcctttacacacagactaccgacaccttgataaag
aagtttatatccacacaaacgtctcagagtcaaactgctaataattcagtgggtgagata
tctgtacaggtggatgtctctacccatcctggaactggtgagcataaagtcactgtgaaa
gttgtagcaattaataacctaaactggcaaacaacagctatgttccggccatttgtggag
gtttgcatactgggtcctaagttaagtgacaagaaaagaaaacatggaaccaagacaaag
agcaacacctggtcacctaagtacaatgaaactttccaattcctgctgagtaacgaggag
aatccaggagcctacgaggtgcacctgtcggtgaaggattactgctttgcgcgggaggac
cgcgttatcggcatggccgtcatccagctccaggccatcgccgacaggggcggctgcgcc
gcctggcaccccctgctcaggagcatctccgtggacgagactgggctcacaatccttaga
atactttctcagaggaacaatgatgaagttgctaaagaatttgtaagacttaaaacagaa
acaagatctgctgaagaaacgacctaa

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   ENSEMBL-TGU (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (12)   

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