KEGG   Astyanax mexicanus (Mexican tetra): 103041574
Entry
103041574         CDS       T05042                                 
Symbol
hivep3
Name
(RefSeq) transcription factor HIVEP3
  KO
K09239  human immunodeficiency virus type I enhancer-binding protein
Organism
amex  Astyanax mexicanus (Mexican tetra)
Brite
KEGG Orthology (KO) [BR:amex00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:amex03000]
    103041574 (hivep3)
Transcription factors [BR:amex03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    103041574 (hivep3)
SSDB
Motif
Pfam: zf-C2H2 zf-H2C2_2 zf-C2H2_4 zf-C2H2_jaz NOA36 zf-met zf-H2C2_5 zf-C2H2_3rep Mucin
Other DBs
NCBI-GeneID: 103041574
NCBI-ProteinID: XP_007251820
Ensembl: ENSAMXG00000020146
UniProt: A0A8B9JI51
Position
10:17272114..17350944
AA seq 2007 aa
MEAEHSRPADGERSDGQQQPLSEPLRRAGLPQPQEQATSQPIHGSHGRQQYRQPKRSDML
QRQQQQQSQVRESSWQLPDVPGPSRGSYSSSSLDPTTQVSRVHRTPSQTSQEVQEGGTAS
RRERKPQKPGKYVCPYCGRPCAKPSVLQKHIRSHTGERPYPCVPCGFSFKTKSNLYKHRK
SHAHRIKAGLASSREEHSFSGVESGTVGDEQEEATEAESTDSEDETGQRRPSTSQDRPAL
RKSSKVELSFSEEGPRTEDSQAVKQRLAMRLSERKRGPMASPDETPSSSLGPGSKGSTES
GYFSSYGSAELSQVSPPNANAKSYAEIILGKYGRLGQQQRISNQQIQLSSTSSSLGQEEK
SIPFNVPKTQVIEHITKLITINEAVVDTSEIDSVKPRRSSLSRRSSIESPKFSSPKDPCV
FDPKGDVPGPSGSTGQIVLSNLAAERQHPQLVEDTHVSECSSAVFLRSHSVPSCGGQDAP
PSTSSHSFRLSHSFDEQQAAAAEMRVGHPHRMLRRQPAIEMPMGADLVAEAGPSTSSLTE
TGWKCDICGTFLKKQDSYAAHRVFCMIKPSHEQQSEKEGSPVRENRPQMMHYKFKAMAMA
VRKRRKEESLEEDPPSPGPAAVSFNIQPAASMMATKSDFEGFSGPISKTEPEKMGPYKEI
SVIQHTSSFEKQESMSMESQESELEHEQSQEPKQTSTSRLVRQPNIQVPEILVTEEPDTE
MVSPPASTCIPKELEKEEFQWPQRSQTLAQLPAEKLPPKKKRLRLAEATQSSGESSFEST
SLPRSPSQESNVSHTSSRSASFDEPGKPESEMQTGMWSSQGSHMLTVPGSYQHHQSQREM
RRSASEQAPASPPYPEQIVETRSKSFDYGSLSPKPTSTSWKERRKCLLVKHATLGKPEQE
ETSSGLQNIPVVCQSYPGYPALSVGDHRTSNISSLNPETLGKTLQLFQPPLPFSTTVYPL
TGSDTFTPRHLTRFLPVTTTISEVISSHMFQQALIHAGPSQLHPRQIHLAERFVLPLQPY
PTLLPLQYPTSSGLAIQVPSGPPVRESRSSPSTVHGPSYHQLVAHQKPRPIIATCLEQLT
PVVSLVVPVRLQTHIPTYASAMYTTISQILETTRPQQPICCTAMVIMGKLESSKLQRSYL
RLPSPDLKTSIPMSLPLEFGSESASDESSGPLVAGGSKRMLSPAGSLELTLEAQRHQKRV
KEEDEEVDEQEEKRKDDDDDDGDGKRGGKSLDRGQGTEKETTTAGLKWKKEQEKEGQKTE
ELQESMVNTLELVQMAAGPFKKEEKKEEGHKSPSAVEITERSRDPLYPSLHTTTSVSWCY
LNYTKPNPSAHRNPQTSVYSSWSVSMYNPNLPGLSTKTVLSLLCSKQTYSSEMYTMATAP
PLTTEKLVPASDEKPMVSEVCAKPPNTTDKAKEEPVTKRAEKEEKGTEEAPTTSKQSEPP
RICIFEGGFKSNEEYVYVRGRGRGKYVCGECGIRCKKPSMLKKHIRTHTDIRPYVCKHCN
FAFKTKGNLTKHMKSKAHGKKCQEMGVSESSIDELEAEEAGTSEEQVCESEDQDEHQFSE
AEDSEDDDEEDDNEEEDDDEVSSREDPSSCSTDTRHSDSGQGSQADPPTPAAPDREEHPS
PCRPWSSGSVSSPGSKRALFSRKGWELSPRAFSPASEGSPLRSLSPRLELSSPSRHLSPS
PERGPSPIQASPVRPLSPLRPLSPARYRSSRAPFSPTPLRPQHRPHSSPAQFHWDSSTQA
RESQQERPATPATPGASQAPQRLSSPHPSLLPPALRLSHTDPAPHLPVTPRTMDRMFSHL
PLHSQDQARMPYHMIPIGGIQMVQLRPRTCPKLERSSSSTPSPTSPKEDFLFSLSRQVPS
WSSHPEASQQSTLAVSETQSLGREARPAGLEVPASSSTLAKSSPQHGHGESREKDRKLHG
SSRPSKPRAIVHQTSQEVGQDKGKSTKKSPGFAGKEVQASSHRTKPLSEPDAPKEGPSKR
HDSKTEETAGEKSAYPAQSPDSKPDST
NT seq 6024 nt   +upstreamnt  +downstreamnt
atggaggcagagcatagccggccggccgatggggagcggtctgatggacaacagcagcct
ctgtctgaacctttacgtagggctgggttgcctcagccacaagaacaggctacctcacag
ccgatccatggatcccatggccgccaacaatacagacagccaaaacgtagtgatatgctc
caaagacagcagcaacagcagtctcaggtacgggaatcctcctggcaacttccagatgtc
ccaggtccctctagaggcagctactcatcatcctctcttgaccccactacccaggtgtct
cgtgttcacaggactccatctcagaccagtcaggaagtacaggaaggtggtaccgcatct
agacgggaacgtaagccccaaaaaccagggaagtatgtgtgcccatactgtggccggcca
tgtgcaaagccaagtgtcctccaaaaacacatccgctcacatacaggagagagaccatat
ccatgtgtcccctgtggcttctcattcaaaactaaaagtaacctgtacaaacatcgtaaa
tcacacgcccatcgaataaaagcaggcctggcatctagccgcgaagagcacagttttagt
ggagttgagagtggaacagttggagatgagcaagaggaagcaacagaagccgaaagcaca
gattctgaggatgagactggtcagcgtcggccatctacctctcaagacaggccagctctg
aggaaaagctccaaggttgaactgtcattctctgaagaaggaccaagaacagaagactca
caagcagttaaacagaggttagccatgcggctcagtgagagaaaaagaggccccatggcc
tcaccagatgagacaccatcatcctcactgggtcctggcagtaaaggcagcactgaatct
ggctacttctcaagctatgggagtgctgagctctctcaagtgagtcctcctaatgccaat
gctaaatcttatgctgaaattattttgggaaagtatggaagattgggtcaacaacagaga
atttcaaaccaacaaatacagttatcatcaacctcttcatctttgggtcaagaggaaaaa
tccattcctttcaatgtgcctaagacacaagtaattgaacacattacaaaattgatcact
ataaatgaagcagtagttgacacaagtgaaattgacagtgtcaaaccaaggcgttcttct
ctttccagaagaagtagcattgagtcccccaagttttcttcacccaaagatccttgcgtt
tttgatccaaagggagacgtgccaggccctagtggcagtactggacaaattgttctcagt
aatcttgcagctgaaaggcagcatcctcagttagtggaagacacacatgtcagtgagtgt
tccagcgctgtttttttgagaagtcattcagtgccgtcctgtggtggccaagatgcccca
cctagcacatcttcacacagctttcgcctcagccactcttttgacgagcagcaggctgca
gcagctgaaatgagagtcggccatcctcatcgaatgttacgacgccaaccagccattgag
atgccaatgggagctgaccttgtagcagaagctggtccttctacttcatctctgactgaa
acaggatggaagtgtgatatttgtggaactttcttaaagaaacaggatagttatgcagct
cacagagttttctgtatgattaagccttcacacgagcagcaaagtgagaaggaaggtagt
cctgtacgagaaaatcggccacaaatgatgcactataagttcaaggcaatggcaatggca
gtgcgaaaacgaagaaaagaagaaagtcttgaagaggatcctcccagtccagggccagct
gctgtgtcctttaacatccagccggcagcatcaatgatggcaactaaaagtgattttgaa
ggcttctcagggcctatttcaaaaactgagccagagaaaatggggccatataaagaaatc
tctgtaatccagcataccagctcatttgaaaagcaggaaagcatgtccatggagagtcag
gaatcagaacttgaacatgaacaatcgcaggagccaaaacaaacttctacatccaggtta
gttcgacagcccaacattcaagtgccagagatcctggtgacagaggaaccagatactgaa
atggtctcacctccagcaagtacatgcatccccaaagaattagagaaggaagagttccag
tggcctcagcgtagtcaaactctggcacagcttcctgccgagaaactgccaccaaagaaa
aaacgactgcgtttggcagaggctacccagtcatcgggcgaatctagctttgaatcgacc
tctctaccacgcagcccaagccaagagagtaatgtttcccacacctctagccgatctgct
tcttttgatgaaccagggaagcctgaatctgagatgcagactggtatgtggagttctcaa
gggtcccacatgctgactgtaccgggttcttatcaacatcatcaatctcaaagggaaatg
cgtcgctctgcttcagaacaggctcctgcaagtcctccatatcctgagcaaatagtggag
actcgaagtaagtcatttgactatggatccttgtcaccaaaacctacttctacatcttgg
aaggagaggcgaaaatgtctcttggtgaagcatgcaactcttgggaagcctgagcaggag
gaaacttcttctggtttgcaaaatattccagtcgtgtgccagtcctatcctggctatcct
gccctctcagttggtgaccacagaacgagcaacatttctagtcttaacccagagactctg
ggcaaaactttgcagcttttccaaccccctcttcctttttcaacgacagtttaccccctg
acaggctcggatacttttactcctcggcatctgacaagattcctgccagtcacaacaacc
atatctgaagttatttccagtcatatgtttcaacaggctcttatacatgctggaccatct
caacttcatccaagacagatccatttagcagagcgctttgtccttccgcttcagccctac
cctacgttgcttcccttgcagtacccaactagcagtggcctagccatccaggtcccttca
ggtccacctgtcagggagtctaggtcatctccttccactgtacatggtccctcatatcac
cagcttgtcgcacaccaaaaacctcgccccatcattgcgacatgccttgagcagctcaca
ccagtggtgtcacttgtggtgcctgtgcgtttacagactcatattcctacatatgctagt
gccatgtacacaaccatctcccagattttagaaacaacacggcctcagcagccaatctgc
tgcacagcaatggtcattatgggaaagctggagagcagcaaacttcaacgatcctacctt
aggctccccagtcctgatctgaagacttctatacccatgtccctgcctctggaatttgga
tcagaaagcgcatccgatgaaagctctggaccacttgttgctgggggaagtaaacggatg
ctttctccagcaggtagtcttgaactcaccttagaggcacagcgtcaccagaaacgagtc
aaagaagaagacgaagaggtagatgaacaagaagaaaagaggaaagatgatgatgatgat
gatggtgatggaaaaagaggtgggaaatctctggacaggggtcaaggaacagaaaaggaa
acgacaacagcagggctaaaatggaaaaaagaacaagagaaagaaggacagaaaacagaa
gagttgcaagaatctatggtcaacacacttgagcttgtccaaatggcagctggacctttt
aaaaaagaggaaaagaaagaagaaggccacaaaagtccatcagcagttgagattacagag
agatctagagaccccttgtaccccagccttcacaccaccacgtcggtgagctggtgctac
ctgaattacaccaagcccaatccatctgctcacagaaatccacaaacatcagtttattcg
tcctggagtgtcagcatgtataaccccaatctgcctggcctgtccaccaaaacggtactt
tcactgctgtgctctaagcaaacgtatagctccgagatgtataccatggccacagctcca
cctctgacaacggagaagctggtccctgctagcgacgagaagcccatggtatcagaggta
tgtgccaaaccacccaacacaactgacaaagcgaaagaagagcctgtgactaagagagcg
gaaaaagaggagaaaggtacagaggaggctcccaccacctccaagcagagtgagccaccc
cgaatttgcatctttgagggagggttcaagtcgaatgaggagtacgtctatgtgaggggg
agggggcgggggaagtatgtgtgtggtgagtgcgggatccgctgcaaaaagcccagcatg
ctgaagaagcacatccgcactcacacagatatccgcccctacgtctgtaagcactgcaac
tttgccttcaaaaccaaaggaaacctcaccaaacatatgaagtcgaaggcacatgggaag
aaatgccaggaaatgggagtgtccgaatcatccatagatgagctggaggctgaggaagca
gggaccagtgaggagcaagtatgtgagtcagaagatcaggacgagcaccagttctctgag
gctgaagactctgaagatgatgatgaagaggatgacaatgaggaggaagatgatgatgaa
gtctcttcccgagaagatccatcgtcctgctctacagacacccgtcactcagacagtggt
cagggctcacaagctgatccgcccacacctgccgctccagatagagaagaacatccttct
ccgtgccgtccatggagcagcggaagtgtctcatcgccaggcagcaagagggcactgttt
tcccgcaaaggctgggagctttctcccagagctttctctcctgcgagtgaaggctcacct
ctcaggagtctgtctcccaggctggaactgtcctcaccgagtcgacatctctctccctcc
ccggaaagaggtccttctcctatccaagcctctccagtcagacctctatctcctctccgg
ccactttctcctgcccgctacaggagctcgagagcccccttctcacccacgccgctcaga
ccccagcacagaccccacagctcccctgcacagttccactgggactccagcactcaggcc
agagagagccaacaggagagacccgctactccagctactccaggtgcctcacaggctcca
cagaggctgagctcaccgcatcccagcctgttacccccagccctccgtctctctcacact
gatcctgctccccacctcccagtcaccccaagaactatggaccgcatgttcagccacctt
cccttacactcccaggaccaagcccgcatgccttaccatatgatccctatcggaggaatc
caaatggttcagcttaggcccaggacttgtcccaaactggagcgaagttcatcctccacc
ccatcacccacatctcccaaagaggatttccttttctccctgagcaggcaggtcccatca
tggagctcccaccctgaagcaagccagcaaagcactctggcagttagtgagacgcagagc
ctggggagggaagccaggccagcagggctggaagttcctgcaagcagctccacattagcc
aaatcatctccacaacacggccacggggagtcgagggaaaaagacagaaagctacacggc
agctcacgtccctctaagccccgtgccattgtccatcagacatctcaagaagtcggccaa
gataagggtaaaagcaccaagaagagccccggctttgctgggaaggaagttcaggccagt
tcacacagaactaaaccgctttcagagccggacgctcctaaagaaggcccatccaaaagg
catgactcaaaaacggaggagactgcaggagaaaaatctgcttatccggctcagagcccg
gatagcaaaccagacagcacttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (80)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (9)   
   Pfam (9)   
All databases (103)   

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