KEGG T01004: 564519

Danio rerio (zebrafish): 564519

Entry

564519 CDS T01004

Gene name

ncoa3, sb:eu248, sb:eu484, src3

Definition

nuclear receptor coactivator 3

Orthology

K11256

nuclear receptor coactivator 3 [EC:2.3.1.48]

Organism

dre Danio rerio (zebrafish)

Class

SSDB

Motif

Pfam:

PAS_11 Nuc_rec_co-act SRC-1 PAS PAS_9 PAS_3 HLH PAS_4

Other DBs

NCBI-GI:

NCBI-GeneID:

ZFIN:

Ensembl:

UniProt:

Position

AA seq 1497 aa
MSGVGENSLEPLCSDRKRKLSTCDTPGQGCDKRRREQESKYIEELAELISANLSDIDSFN
VKPDKCAILKETVRQIRQIKEQGKSSCGDDDVQKADVSSTGQGVIDKDHLGPLLLQALDG
FLFVVSREGSIVFVSDNVTQYLQYKQEELINTSIYNILHEEDREELHKNLPKSNGPNSVS
WGGDSSRQKSHTFNCRMLVKFGHGGPGGEEGAGGPRYETMQCFALTQPKAMMEEGEDLQS
CMICVARRVTAVERTERFSTRHELSGKLIEIEQQSLLHTTMRPGWEDLVRRCMQMFLHRS
EGQPWSYKRHYHEAYVHGRAETPPYRFSLSDGTPVTAQTRSELCRNPVTSDPHTFLSTHL
LQREQNGYRPNQGGVMRSVMGNANPNAQMGMGNTRGYGMNEQGHMGPRGGAMYGPGNRMN
QMNPMHQMNQMNQMNSMNQMNMNQMNCMNQMGSMNQMNQMNQMNSMNQMGHPGMNQHQQG
QFHGGGGYGMVMTSPSQGSPGMNPGQQNLMGSPRIRGSPKMGASPFSPGGMHSPMGPVGM
GGSSGSSGPSVGNTFSSSSLNALQAISEGVGSSLPSALNSPAHKSDSSPNINSTQSSQQG
PIGNNKPITSDSKSPSSAHSTGLDQQQASSTENTDKPDSQSNKDGSAGGEVNRRVPDGKG
HKKLLQLLTSPTEEIGIGTATSGPVPGRASTPMGSDPKETGSGMMSPSSTGVSSSSGSSS
GNNVNQQSSGGVSSTACPSGHHSTHTLQEKHKILHKLLQNGNTPDDVARITAEATGKSSL
SSEHPGAEGRNLELKQEQHSPKEGKKPQALLHYLLNKDDSKEPGATEVKPKLEELEARGA
SGGQGAGVTTSSSSNQESKVKLEQPDELESLESILGGLRNPGPGMFVDSGSGGSEVGNKQ
GNGPNSTAHDREGVGMGSGQRVPFQRAVSVDGKPMSGPGMTGRKSAPSSLVKQEHTDSQI
GMGGPNRLMGMPNRPPMAGAGDWMSSSGSPAGSVGHPGMGRPGMDHNPKSMMGGPMVSRS
NSVPATRSMLQQQLMEMGPYDVGMGMNSFRGQAPPPQSPSWPDSGMGMEGPPSANRLPIN
SPLDELLAPPSTSEGQSDERALLDQLDSLLNNTDVIALEEIDRALGIPDLINQGHSSDQP
PPSDPFSGPCLGPDSSMGMEPPKAMYGQGYPGPPSMGMQGGYGPGPNPGAGPGPGPMQGQ
SGPGFNPMMSQMNQQGGFPGMGGMGPMHPRANMMRNRVPQAKPLRLQLQQRLQGQQFLNQ
SRQAMGMRPDASPAGNPGMRPSMQPGMGGQPGFLNAQMMAQRSREMLNLQTEMRRQRMMM
MMQQQQQQQQQVAAGGFSPPPNVTAPTGMDNPMAGPPMSQPGQQAFNYGGNYGIGQQGDP
SFVGTGSSPPNNMMSGRMGGPQNPMMQQHPQSNPMYQSAEMKGWGQGPMPMNNSYPQQQQ
YPQQGAPGQYGGMMMNGSMQGGVNGNGAGQMPPMQGQMGMNTMGMGRMPMGPDQKYC

NT seq 4494 nt +upstreamnt +downstreamnt
atgagtggagtgggtgagaactcacttgagccgttgtgctcggacaggaagcgcaaactc
tccacatgtgacacaccaggacaaggatgtgataagcgcaggagggaacaggagagcaag
tatatcgaggaactggctgagctgatttcagccaaccttagtgacatcgacagcttcaat
gtcaaaccagacaaatgtgccatccttaaagagacagtgcgccagatacgccagatcaaa
gagcaaggtaaaagctcatgtggtgatgatgatgtccagaaggcggatgtgtcctccact
ggtcaaggggtcatcgacaaggaccatctgggccctctgttgctgcaggcgttggatggg
tttttgtttgtggtgagccgtgaaggcagcattgtgtttgtgtcggataatgtgactcag
tacctgcagtataaacaggaggagctgatcaacaccagcatctacaacatcctgcatgaa
gaagaccgggaagaactgcataaaaacctgcccaaaagcaatggccccaacagtgtgtca
tggggaggtgattcgtcccgtcagaagagccacacgtttaactgccgtatgctggtaaag
tttggacatggtggtcctggaggtgaagaaggggctggtgggccacgctatgagaccatg
cagtgttttgctctcacacagcctaaagcaatgatggaggaaggagaagacctgcagtca
tgtatgatttgtgtagcacggagagtgaccgcagtggagaggacagaacgattcagcacc
agacatgaattatcaggtaaactgattgagatcgagcagcagagtcttctgcataccacc
atgcgtcctggctgggaggatttagtgcgccgctgtatgcagatgttcctgcatcgcagt
gagggtcagccctggtcatacaagagacattatcatgaagcatatgttcatggtagagca
gaaactccgccctatcgcttctccttatcggatggcactccggtgactgcacaaacgcgc
agtgagctctgtcgaaatccagtcaccagtgacccacacaccttcctctctactcatctt
ctgcagagggagcaaaacggatacagacccaaccagggtggtgtaatgcgatcagttatg
ggtaatgccaatccgaatgctcagatgggcatgggcaacactaggggctacggcatgaat
gagcaaggccacatgggacccagaggcggagcaatgtatggcccgggaaacaggatgaat
cagatgaacccgatgcaccagatgaatcaaatgaaccagatgaattcgatgaatcaaatg
aatatgaatcagatgaattgcatgaatcaaatgggctcaatgaatcagatgaatcaaatg
aatcaaatgaactctatgaatcagatgggccatcctgggatgaatcagcaccagcagggc
cagtttcatggtggtggcggctatggaatggtaatgacaagtccctctcaaggaagtccg
ggaatgaatcctggtcagcagaatctcatggggtctccgcggatacgagggagtcctaaa
atgggagcaagtccattttcacctggaggtatgcactctcccatgggtcccgtaggcatg
ggtggcagtagtggatcttcaggtccatcggttgggaataccttctctagcagctcattg
aatgccctccaggccatcagtgaaggtgtgggttcttctctaccttcagctctcaactca
cctgcccacaaatccgacagttctcccaatatcaactccactcaatccagtcagcaaggc
ccgatcggcaacaacaaacccattaccagtgactccaagagtccatcaagtgctcacagc
acagggttagaccagcaacaggcctcttctacggagaacacagacaaaccagacagccag
tccaacaaggatggatccgctgggggagaagtcaaccggagagtccctgatggaaaaggc
cacaagaagctacttcagttgctcacatctccaactgaagagattggcatcgggactgcg
actagtggacctgttccaggtcgtgcgtccactccgatgggatctgacccgaaggagact
ggaagtggcatgatgagtccttcctccacaggggtgtcctcttcatccggttcatcatcc
gggaataacgttaatcagcaaagctcgggtggagtgtcgtccactgcttgtcctagtgga
catcacagcactcacaccttacaggagaaacacaagatactccacaagcttcttcagaat
ggaaacacacccgatgacgtggctcgcattacagctgaagccaccggcaagtcctcgctt
agttcagaacacccgggtgctgaggggaggaatctggagctcaaacaggagcagcacagt
ccgaaagaaggaaaaaagccacaagccctccttcactacctcctcaataaggatgactcc
aaagagcccggtgctacagaggtcaagccaaagctggaggagcttgaagcaagaggggca
tctggagggcagggggcaggggtcacgacctccagttctagtaaccaggagagcaaggtc
aagctcgaacaaccggatgagctggaaagtttagagagtatcctcggtgggctgaggaat
cccggtcctggaatgtttgttgattctggatctggagggtcagaagtgggcaataagcag
ggcaatggacctaacagcaccgcccacgaccgagagggtgttggtatgggttctggtcaa
cgtgtgcccttccagagggcagtgtctgtcgatggaaaacctatgagtgggccaggcatg
actggtagaaagagcgcaccatcctctcttgtcaaacaggagcatactgatagccagatt
ggcatgggaggtccaaacaggctcatgggaatgcccaatcgacctccaatggcaggtgca
ggagattggatgtccagttctggcagtcctgctggttccgtcggacaccctggcatgggt
cgcccaggcatggaccacaatcccaagagcatgatgggaggtcccatggttagccgatct
aacagcgttcctgcaaccagatccatgttacaacagcagttgatggaaatggggccgtat
gatgtaggaatgggtatgaattcgttcagagggcaggctcctccaccacagtccccttcg
tggccagatagtgggatgggaatggagggaccaccgagtgcaaacaggctgccgataaat
agccctcttgatgaacttctggctcctccatccacctctgagggtcagagtgatgagcga
gctctgctggaccagctggactctttgctcaacaacactgacgtcatcgctctggaggag
atcgaccgtgcccttggcataccagatctcatcaaccagggtcatagttcagatcagcct
cctccatcggaccctttctctggtccttgtctgggtccagactcctctatgggtatggaa
cctcccaaggcgatgtatggacagggctacccgggacccccttccatggggatgcagggc
ggatatggtcccggtcccaaccctggtgctggtcctggacccggtcccatgcaagggcag
tcaggaccagggtttaatcccatgatgagccagatgaaccagcagggtggcttccctggg
atgggtggtatgggcccaatgcatcctcgtgcaaacatgatgaggaaccgagtgcctcag
gccaaacctctcagattgcagctccagcagagactgcagggacagcagtttttgaaccag
agccgacaggccatgggcatgagacctgatgccagccctgcaggaaaccctggcatgaga
cccagcatgcagccaggcatgggcggacagcctggtttcctgaatgctcagatgatggca
cagcgcagcagagaaatgttgaatcttcagacagagatgagaagacagaggatgatgatg
atgatgcagcagcagcagcagcaacagcagcaggtggctgcaggaggtttcagtccccct
cctaatgtcacagcgcccacaggaatggacaaccccatggcaggaccaccaatgagccag
cccggacagcaggcctttaactatggaggcaactatggtattggccagcagggggaccct
tcatttgtgggaacaggtagcagcccccctaacaatatgatgtctgggcgaatgggtggc
cctcagaatcccatgatgcaacagcaccctcagagcaaccccatgtaccaatcggcagaa
atgaagggctggggacaggggcccatgcctatgaataattcatacccccagcaacagcaa
tatccccagcagggggcgccaggacagtatggtggaatgatgatgaacggctccatgcag
gggggtgtgaatggcaacggtgcaggacagatgcccccaatgcagggccagatgggcatg
aacaccatgggcatgggacgcatgccaatgggacctgatcagaagtactgctga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (9)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   UniGene (2)   
   ENSEMBL-DRE (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (8)   
   Pfam (8)   
All databases (26)   

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