KEGG   Notothenia coriiceps (black rockcod): 104948095
Entry
104948095         CDS       T04920                                 
Symbol
hivep3
Name
(RefSeq) transcription factor HIVEP3
  KO
K09239  human immunodeficiency virus type I enhancer-binding protein
Organism
ncc  Notothenia coriiceps (black rockcod)
Brite
KEGG Orthology (KO) [BR:ncc00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:ncc03000]
    104948095 (hivep3)
Transcription factors [BR:ncc03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    104948095 (hivep3)
SSDB
Motif
Pfam: zf-C2H2 zf-H2C2_2 zf-C2H2_jaz zf-C2H2_4 NOA36 zf-H2C2_5 zf-met
Other DBs
NCBI-GeneID: 104948095
NCBI-ProteinID: XP_010772556
UniProt: A0A6I9N7Q8
Position
Unknown
AA seq 1989 aa
MEAEPSRPADGERSGSQEQHEPAESSLGSVPPQQPQQPPTPRPSHRALGRLQNRQPKRSD
LLLRLQQQQAVTWQNSDSAGPSGGSFCSPASSSSSSLLSTSSNPGEHVHGVPSQSSQDNP
EGVSSPRKGEKKPQKPGKYVCTYCGRPCAKPSVLQKHIRSHTGERPYPCAPCGFSFKTKS
NLYKHRKSHAHRIKAGLSSSRDEPSLSGPEGSGVGEDPEEHTEGESTESEEETGQHRKSS
SKVMLGQQRKGGKEPLGGSEESQRLEDSQAVKQRLALRLSERKRGPKTSSDDRLSSLSTS
SSSLGPGSKGSTESGYFSGSGSTDLSQVSPPSASAKTYAEIILGKYGRLGGQQRSSHQQQ
PHTSLSSSSGREEKSLTFAVPKTQVIEHITKLITINEAVVDTREIDSVKPRRSSLSRKSS
MESPKCTTPKDPYAFDPKGEAPGPSGLKHLQHPEADPTGTQELSGAPLLRSHSMPSSTSQ
GEPPRCSTMSPGGYRLCQSFDEQQAVVAEIRVGHVQRMLRRQPAIEVPLGAELMLEDSDP
TSSSSARQQQQQLKGQSLLDCEACGAHFQHSESYEAHRDMCPRQQTLEQESRETSRTSRE
DRPQMMMHFKFRALAMAVRKRRKEESLEEDPPSPGSVATSGNSAGLNPVPSRPEHSQALS
GFQIEPKQQPQQDRKGVSVIQHTSSFEKQESMSTESQKPDLRESQQTQQPEPKPSPSTSR
LIRQRNIQVPEIFVTVEPDTDMPSVSPPATASTSKEMERVEEFQWPQRSQSLAQLPPEKL
PPKKKRLRLAEAAQSSGESSFESVPRSPSQESNISHTSSPSFEDTSRSEPAAWASCSQSS
QMLMVPSTSYQHHQSHKEMRRSASEQTPTSPQQTEQISEGRSKSFDYGSLSHQQPASSSW
KERRKCLLVKHATLGEPEQEEGASTNQLSRTESPKPGPSRSIHPSLYSTKAISRFSLDAT
GKSLQLLQPHIFPPSHDVLSLQQAFPQRSLSQLLPVNTAVSEVLSTQIIHRAFLHSHTAP
PSIQMHPAHIHMAEQLGIPFHQLPAIVPLQFSSRTRENQALYLPFPPRLTARVASPLSTE
SGPSTSSISSAFTHQSLVRISYHHPRPIIATCLAQLTPVVSLVVPVRLQTHIPTYASAMY
TTLSQILASSYSQEPISCTAMVIMGQVERDKLQRSYLKVPSPDIKSLLPLSLPIELASGS
LEGYGPLGAGGSKRMLSPAASLELSTEAQRHQKRVKEGEEGDQHKAGEEEDERREEEDVE
QKVLHQEEESKTPGRKLEEEEKKQPERLEGESVKVEGESEQLPGTHHWEEKKEEDKDSEK
TTKKKEGVPDLDKGVVTPPAPSYPSLNTSASVNWCYLNYVKPNPSTLTDPRSSVYSTWSV
SAHNPNLPGLSTKVAMSLLCSKQKHSSETYTMATAPTPAKGRLAPASSRTPRVSEVHATP
PSTLTKVKDEEPNDKEEPKEMREEEEPSTSKQSEPPRVRIFEGGYKSNDEYVYVRGRGRG
KYICGECGIRCKKPSMLKKHIRTHTDVRPFICKHCNFAFKTKGNLTKHMKSKAHGKKCQA
MGVSESSLDEPESEETAGSDERVCGAEEQEEHQFSDVEDSEDDDDNDDDDEEEEEESHDD
QPSSCSSDNHPSTGGRSSCSRRSQQATPDPEPRGLSPPPGQEPCPRGVWPNRRATSPGSR
RALFSRRGWKASPRAFSPRSESCSPSSSSLSPRLELSSRSRHISPSPERGPSPICPVSPL
PPISPGCYRSSHARTPPPPIRLQHRTPGYLPWESPGNKGSHVKTGRRGAAEGPSEASLFP
PAFRHSSCEGYPGLQTTDNIFSHLPMHSQQAKLPYLMIPIGGIQMVQARPRSHPTTPSSP
TSPPIEGPSLARFESYWGGPPRTQGLRTPGDVHWSEHQAGTSQSGRSVLSTALNTELETT
DSKQYGSSHSSAQTLRPASEATKHCVRDRSGAPVSRAALIGRQLEGEEPRSGDDQVEVGA
KGDSAKTDT
NT seq 5970 nt   +upstreamnt  +downstreamnt
atggaggctgagcccagccgtccggctgatggggagcgctcgggaagtcaggagcagcat
gagcctgctgaatcctctctaggatctgtcccacctcagcagccccagcagcctcctacc
cctcgcccttcacacagagctttgggccgcctgcaaaatcgccaacccaaacgctccgac
cttctgcttcggttacagcagcagcaagcggtaacatggcagaattcggacagcgcaggt
ccctcaggaggcagcttctgctctccagcttcctcatcaagctcatccctcctgtctact
tcctccaacccgggtgaacatgttcatggggtcccatctcagtccagccaagacaaccca
gaaggagtcagctcacccagaaaaggggaaaagaaaccccaaaaaccagggaaatatgtg
tgtacttattgcggccgtccatgtgccaagccaagcgttcttcagaaacacattcgctcc
catacgggggaaagaccctacccttgtgccccctgtggcttttcattcaagaccaagagc
aacctctacaagcaccgcaagtcccatgcccatcgcattaaagcggggctatcgtccagt
cgtgatgagcccagtttgagcggaccagagggcagtggcgttggagaagaccctgaggaa
cacacagaaggagaaagcactgagtctgaagaagagacgggccaacataggaagtcctcc
tcaaaggtaatgttgggccagcagagaaaaggtggtaaggagccgctgggaggctcagag
gagagccagaggcttgaagactctcaggctgtcaagcaaaggctggcactgaggcttagt
gaaaggaaacgtggcccgaagacttcttcagatgaccgcctttcatccctctccacctca
tcttcctctctgggcccaggcagcaagggcagcacagagtctggctacttctccgggtca
ggcagcactgacctgtcccaagttagccctcccagtgccagtgccaaaacctacgcagaa
attattctaggtaaatatggaaggctgggagggcagcagcgcagttcccatcagcagcag
cctcatacttcactttcttcatcctccggaagggaggagaagagccttactttcgctgta
cccaaaacccaagtaatagaacacattactaaactcatcactatcaatgaagcggtagtg
gacacccgtgagattgacagtgtgaagcccagacgttcctctctgtccaggaagagcagc
atggaatcgcccaaatgtaccacccctaaagatccctacgcatttgatcccaaaggtgaa
gcccctggccccagtggtttgaagcaccttcaacatcctgaggcagatccaacgggaacc
caggagctgtcaggggcgcctctgctaagaagccactcaatgccatcctctaccagccaa
ggagagcccccccgctgcagcaccatgtctcccggaggttaccgtctctgccagtccttc
gatgagcagcaagcagtggtagcagagataagggttggccatgtccagcgtatgctgagg
cgccagcctgccatagaagttcccctgggagctgagctcatgctggaagactctgacccc
acttcttcctcctccgccaggcagcaacaacaacagctaaagggtcagagcctgttggac
tgtgaagcatgcggggcccacttccaacacagtgaaagctacgaggcccacagagacatg
tgcccaagacagcaaaccctggaacaagagagcagggagacaagtagaacaagcagggag
gatcgtccccagatgatgatgcactttaagttccgagccctggccatggcggtgaggaag
aggaggaaagaggaaagtctagaggaggaccctcccagccctggatctgtagccacttca
ggaaactctgcaggcctgaaccctgtgccaagcagaccagagcacagccaggccctctca
ggttttcagattgagccaaaacaacagccgcagcaggacaggaagggtgtgtctgtcatc
caacacacaagctcttttgagaagcaggagagcatgtccacggagagtcagaaaccagac
ctcagagaaagtcagcaaacacaacaaccagagccaaaaccatcaccctcgacatctcgc
ctgatccgccagcgcaacatccaggtgccagagatctttgttaccgtggagcccgatact
gatatgccatctgtgtcgccaccagcgacggcatccacatccaaggagatggagagagtg
gaggagttccagtggcctcagcgtagccagtccctggcccagctccctccagagaagctg
ccaccaaagaagaagagactccgcctggcagaagcagcacagtcctccggggagtctagc
tttgagtctgtgcctcgcagccccagtcaagagagcaacatctcccacacttcaagccct
tcttttgaggacacatcacgatccgagcccgccgcctgggcctcctgcagccaaagctcc
cagatgttgatggtgccatccacttcctaccaacaccaccaaagccacaaggaaatgaga
cgctcggcctcagagcagaccccaaccagtccccaacaaacagagcagatctccgagggc
agaagtaaatcctttgattatgggtcgctgtcccatcagcagcctgcctcctcctcctgg
aaagaaaggagaaagtgtctccttgtaaagcatgccaccttaggggaacctgagcaggag
gagggggccagcaccaatcagctgtccagaacggagagtccaaagcctgggccttcccgc
tccatccatccttctctttactcaacaaaggcaatctcccggttcagcttggacgccacg
gggaaatccctgcagctgctacagccacacatctttccaccctctcatgatgtgctctct
ctgcaacaggcatttccccaacggtcgctatcccagctactccccgtcaacacagccgtc
tcggaagtactctccacccaaatcatccatagagccttcttacattcccacacagcccct
ccatctatacagatgcacccagcgcacatccacatggcagaacagttgggtatacctttc
catcagcttcctgctattgttcctcttcagttctcttccaggactagagagaaccaggct
ttgtacttgccttttcctccaagacttactgctcgtgttgcttcccctctcagtacagag
agcgggccctccacctcttccatatcttctgcctttacacatcaatcccttgtaagaatc
tcctaccatcacccacggccgatcatcgccacatgcctggctcagcttacaccagtagtg
tcacttgtggtgccagtgcgcctccagacacatatacctacatacgccagtgccatgtat
accactttgtcccagattcttgcctcgtcatactcacaggaacccatttcttgcacagct
atggtaatcatgggccaggtggagcgggacaagctgcaaaggtcctacttgaaggtccct
tcaccagacatcaagagtcttcttcctctgtctctgcccatcgagctggcctcaggatct
ctggaggggtatgggccactgggggcaggagggagtaaacgcatgctctctcctgcagcc
agtctggagctcagcacagaggcccagcgtcaccagaaaagggtaaaagagggggaggaa
ggggatcaacataaggcaggagaggaagaggatgagaggcgggaggaggaagacgtagaa
cagaaggttctacatcaggaagaagaaagtaagacacctgggagaaaactggaagaggag
gagaagaaacagccggagagattagagggagaatctgtgaaagtcgagggggagtcagag
caactaccagggacacatcattgggaggaaaagaaggaggaggataaggactctgaaaag
acaaccaaaaaaaaggagggggtgccagatttggataaaggggttgttacaccgcctgcc
ccttcatatcccagcctcaacacctccgcctcagtcaactggtgctacctgaactatgtc
aaacccaacccgtccaccctgacggacccccgtagctccgtctattctacttggagtgtc
agtgcgcacaacccaaacctgccgggcctcagcactaaggtggccatgtctctgctatgc
tccaaacagaagcacagctccgagacgtacaccatggccacggcccccaccccggccaaa
ggcaggttggcccctgccagtagcaggaccccacgtgtgtccgaggtacatgccacccca
cccagcaccctcaccaaagtaaaggatgaggagccgaacgacaaggaagagcctaaagag
atgagggaggaggaagaaccctccacctccaaacagagcgagccgcctcgtgttcgcatc
tttgaaggcggatataagtccaatgatgagtatgtttatgtgagaggtcgcggccggggg
aagtacatatgtggagagtgtggcatccgctgtaagaagcctagcatgctgaaaaagcac
atccgaacacacacagatgtccgtccgttcatttgcaaacactgcaactttgccttcaaa
accaaagggaaccttactaaacacatgaagtcaaaggctcacgggaagaaatgccaggct
atgggagtatctgagtcatcactggacgagccagagagcgaggaaacagcaggaagtgat
gagcgtgtgtgtggcgcagaggaacaggaggaacatcagttttctgacgtggaggactct
gaggacgatgacgacaacgatgatgacgatgaggaggaggaagaggagtcccatgacgat
caaccgtcttcctgctcgtcagacaaccacccatcgacaggggggcggtccagctgcagt
aggcgctctcagcaggccacccccgaccccgagccccggggactcagccctcccccgggt
caggagccctgtccgaggggagtttggcccaacagaagggccacatctccaggcagcagg
agggctctgttctcccggcggggctggaaggcgtcaccgagggccttctccccccgcagt
gagagctgctcccccagcagcagcagcctctccccccgcctggagctgtcctcgcgcagc
agacacatctcaccttcccctgagagaggaccatctcccatctgtcccgtttctcctctt
cctcccatttcgcccggctgctaccggtcgtcacatgcccggaccccgcctccaccaatc
aggttacagcacaggacccctggatacctgccgtgggagagccctggaaataagggtagt
cacgtcaaaacggggagaagaggcgcagcagaggggccgtcagaagccagcttgtttcca
cctgccttccgtcactccagctgtgaaggttatcctggcctccaaacaactgacaacatc
ttcagccaccttcccatgcactcccaacaagccaagctcccatatctcatgatacccatc
ggagggatccaaatggtacaggccagacctcgatcccaccctaccaccccctcgtccccg
acatctccccccatagaggggccttcattggctagatttgaatcctactggggcgggccc
cccagaactcaggggctcaggactcccggagacgtgcattggtctgagcatcaggcagga
acaagccagtcggggcggagcgtcctaagcacagcactaaacacggagttagagaccacg
gactcaaagcaatatggcagctcgcacagctccgcccagacgctcaggcctgcttctgag
gccacaaaacactgcgtcagagacagatcaggagcacccgttagtagggcagccctcatt
ggacggcagctggagggggaggagcctaggtccggtgatgatcaggtggaggtgggagct
aaaggggactcagccaaaacagacacttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (105)   
   KEGG ORTHOLOGY (1)   
   RefGene (101)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (7)   
   Pfam (7)   
All databases (124)   

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