KEGG   Apteryx mantelli mantelli (North Island brown kiwi): 106483613
Entry
106483613         CDS       T04298                                 
Symbol
HIVEP1
Name
(RefSeq) human immunodeficiency virus type I enhancer binding protein 1
  KO
K09239  human immunodeficiency virus type I enhancer-binding protein
Organism
aam  Apteryx mantelli mantelli (North Island brown kiwi)
Brite
KEGG Orthology (KO) [BR:aam00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:aam03000]
    106483613 (HIVEP1)
Transcription factors [BR:aam03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    106483613 (HIVEP1)
SSDB
Motif
Pfam: zf-C2H2 zf-H2C2_2 zf-C2H2_4 NOA36 zf-C2H2_jaz
Other DBs
NCBI-GeneID: 106483613
NCBI-ProteinID: XP_013797030
UniProt: A0A8B7IDQ5
Position
Un
AA seq 2716 aa
MPRTKQIHPRNLRDKIEEAQKQLNGTEDQQREITDAGTRGIPDTIKGVKRKKIVTENHLK
KIPKSPLRSPTEAKVKQNVEPSPLKVLPDASEHTKAQNHLPVQNGNQCTKQNGGALCNEI
SVETTKSETSVQTKLSLVHQSLDLSKETVEDSDSNQLNLPEKKSLSNSLSSKAKTDSNEC
TFDNGSTASPCTRTAFDVLLKAMEPELNTLAQECPPYGMQIEKLRPNKTVSTSSSLTSNT
MSVQNPSVLSQHELAAGSHYYPCTLNNVHVATAKSGQAQIQSISHSQDLITKTSQQNHQV
VMCPGFTRSLVQQQSQENPKLQQIYSIAVTSSVVHTSSSTVTQVFPQNQLVASSSSPLPI
NTSSSTNLSIGPIYSSAQIASVVNHGVEQICNLLKDQKPKKLGKYVCEYCNRACAKPSVL
QKHIRSHTGERPYPCVTCGFSFKTKSNLYKHKKSHAHAIKLGLVLQPDSGGLFLSHDSEK
ALSIHSDVEESGESEDEGTADERQDDQELEPAQIVKVISSAETLRKGSPIPLSNPDCITG
DSSLHNTEPQVRAALPKVVVHPVNVSPLRADSPKVTDSAPELAAAQKKGDFKVTNLQSNV
THTASFKENDIKQQQKIEMSLLEEQLGSAIGSVHAQLQRQQATDCSQDQQGKCLLSPRSL
GSTDSGYFSRSESADQTMSPPASFVRGLLTSEKDPNKNLPCVPRASGMVASVVQTVCTEK
NLILSGQMRPPMATKTLEERISKLISDNEAVVDDKQLDSVKPRRTSLSRRGSIDSPKSYI
FKDSFQFDLKPMGRRTSSSSDIPKSPFTPTEKSKQVFLLSVPSLDCLPITRSNSMPTTSY
SAVPPNVIPPPHPLRGSQSLDDKIGSLYDDVFVSGPATPLNQGGHPRTLVRQAAIEDSST
GESQVLGPVRSVEESYLGCNLSNESLLQRSKSLAQGSNLEKAKKSPQVRGTMFECETCRN
RYRKLENFENHKKFYCSELHGPKTKAAIREPEHKTVPNSTQPQILHYRVTSSTGVWEQTP
QIRKRRKMKSVGDDDDPQQNNMNIPSKNADSQSKPSNSSSLSKHSATVVGSQQQSNIVLQ
SSQIQLVARGTDQTTEPKMAPLIEKQASSVAQEKLELKRQGTGISVIQHTNSLSRNSSFE
KSESFERVSPVSFQEPSKITKHRSMNTIVIQEDRHCHLNTSQHHQPLSSEAPRGEAQGSQ
IVSHERSTPLQPSRLVRQHNIQVPEILVTEEPDRDQENQYSDQEKTERFNWPQRSETLSK
LPTEKLPPKKKRIRLAEMEHSSAESSIDSTLSRSLSRESSLSHASSFSASLDKDEISKAE
NPSKVELINKSTEFLMIPAGSNVLGVPGPHYREMRRAASEQISCTQPSMEVVDYRSKSFD
CGSMSPSKPASLVEVAAPKLSSGNGVTGHVPLLERRRGPFVRQISLNIAPENHQPQIKST
SSFQTAQATDVPTVPFHRLQTSSKSSVEFPSSTQHSQTHPRPHSAIQNCNPVSMSSVQQP
LDHVLNNLGQPSLHQSSQTSTKTSAQGEQANTYTLSCHPAEKKDCFAPKYQLQVKTLHIG
QTYSSKLLKNTLATQTVPSQVGVDQNASSFEMQTKSSDNMSNPYSVPPLKQVIPNNCSSE
IHQIPPFVVPVRIHSSMPSYGFATVTPLPHIFMTQEQVTQSVCKTNAVTVPTLEGKTQLP
KSHKDCQRTLPNSFEFENSLPDNGTRNSPLSSSLNIIQKVPVSGLFPQQEATASSKRMLS
PANSLDIAMEKQQKRVKDESGAACMTDARPLHSLNLRSGDLVSKQKKPVLVRQVCTTEPL
ENHLLDPDGVPQQEKSSKASTLDLLLPDHHSSETGVSETLKESPESEDLKLSASAVLVVR
KPSELSPVNNQSSHPKPVSSSQERRSPNISNESKQINSQGQAKLVTTLSVMNAGELQRLS
FPSLKTSTNFTWCYLMKRKTLHLLQNDQKISAYSTWTISPNNPNPLGLPTKVALSLLNSK
QKVEKLLYTQARTSHPRSDVLVYSSKWKNSLTKRALNRKKMIASEFSIKENSESSTEHDK
ENSFIKTEPRRVKIFDGGYKSNEDYVYVRGRGRGKYICEECGIRCKKPSMLKKHIRTHTD
VRPYHCNYCNFSFKTKGRGNLTKHMKSKAHSKKCMDLGVSVGLIDDQDGEEEFGEKQRFG
YERSGFDAEESDGPDEDENDNEDDDEDSQAESVLSTTPSVTASPQHHPSRHSLQDATSAD
EDIRLPDCFAGVHTDSMDGLPKALLTKMTVLSTVQSVSRNSRSPVEFAHQEAHDDKVQER
EAGPRSASATLPEVAARSPGRQMSVDYPDPEAALGHSLISTTVLTKSTPSVSSPSSPVDQ
SMQTTGSSPYAETQEEKLPGCPQHASELRAPQTHLFSHLPLHSQQQAKTPYGMVPVGGIQ
VVPAGLATYSTFVPVQAGPVQLAIPAVSVIHRTTSALSDTGCVVSGTANPIGVAEVNSVV
PCIPIGQINVPGIQSLSTPSLQPLPPLGMETVNILGLTNTNIAPQIRPSGITLNAVGLQV
LTASAPPQSNPSPQTHIPGLQILNIALPTLMPSVSPVSVDGQGASETPASNNKACDIQQE
LPPVNFPAADISQVARAASPQVAPSVQRYNVKSLSEPAPLNDYERPDGPGKADMEKTDLA
NHIKPKCDVSSVQVKRASTAEPRLKVNSDVLTKSTVHQTVSPDRQVHRPTGLPRRQNMVQ
FSDGSSDDEDRLIIAT
NT seq 8151 nt   +upstreamnt  +downstreamnt
atgcctcggacaaagcagatacatcccagaaacctgagagacaaaattgaagaagcacaa
aaacaacttaatggaacagaagaccaacagagagaaatcacagatgctggcactagagga
atcccagatacgattaagggtgtgaaaagaaaaaagatcgtaaccgaaaaccatctaaaa
aaaataccaaaatcgcctttgagaagccccaccgaagccaaggttaaacaaaatgtagag
ccttcaccattaaaagttcttccagatgcctcagaacacaccaaggcacagaatcattta
cctgtgcaaaatggaaatcagtgtaccaaacaaaatggaggagcactttgtaatgaaata
agtgttgaaacaaccaaatctgagacatcagtgcagacaaagctttcactggtacatcag
tccttggacctgagtaaagagacagtggaggattctgattcaaaccaattaaacttgcca
gagaagaagtctctctctaactccttatcaagtaaagcaaagactgacagtaatgaatgt
acttttgataatggtagtactgcatccccatgtactcgtactgcatttgatgtcttattg
aaagctatggagcctgaactgaacaccttagcacaagagtgccccccttatgggatgcag
atagagaaactgagaccaaataaaactgtaagcacctcttctagtctcacatccaatacg
atgagtgtccaaaatccatctgttttgtcacagcatgagttggcagctggatcacactat
tacccgtgtactttaaataatgttcatgtagcaacagctaagagtgggcaagcacagatc
caatcaatttctcattcacaagaccttattactaaaaccagtcaacaaaatcaccaggtt
gttatgtgtccaggtttcactagatcactggtgcaacagcagagtcaagaaaaccccaaa
ctccagcagatatacagtatagcagtaacctcttctgtcgttcacacctcatcttccaca
gtaactcaggtttttcctcaaaaccagttagtagctagttcatcttcacctttgccaatt
aacacatccagttccacaaacttgtctataggtcccatctacagttcagcccagatagcg
tcagttgtaaatcatggtgtagaacaaatatgtaatctcctgaaagaccagaagcctaaa
aaactagggaaatacgtctgtgagtattgtaatcgggcctgtgccaagcccagtgttctc
caaaagcatatccgatcccataccggagagcgaccctatccttgtgtgacatgtgggttt
tcatttaaaaccaaaagcaatctgtacaagcacaaaaaatctcatgcacatgctatcaaa
cttggacttgtcctacagccagattctggtggtctgttcttgtctcatgactcagagaaa
gcacttagtattcactcagatgtggaagaaagtggtgaaagtgaagatgaaggcactgct
gatgaaagacaagatgatcaagaactggaacctgcacaaatagtgaaagtcatttcgagt
gcagaaactttacggaaaggaagccctattccattgagcaacccagactgtataacaggt
gattcctcattacataatacagaaccacaagtaagggcagctttaccaaaagtagtagtt
catcctgttaatgtttctcctttaagggctgatagtccaaaagtcacagattcagcacct
gagcttgctgcagcacagaagaaaggagattttaaagtgacaaatcttcagtcaaatgta
acacacacagcctcattcaaggagaatgacataaagcaacaacagaagatagaaatgagc
ctgttagaggaacagctagggtctgcaataggatctgtgcatgcccagctccagagacaa
caggcaactgattgttcccaagatcagcaaggaaaatgccttttgagccctagaagttta
ggtagtactgattctggttatttttctcgttctgaaagtgctgatcaaacaatgagccca
ccagcttcttttgtaagaggattgctgacctctgaaaaagacccaaataaaaatctaccc
tgtgtgccacgagcaagtggaatggtagcatctgtggttcagacagtttgtactgaaaaa
aatttgattctctctggccaaatgcgaccacccatggcaacaaaaacccttgaggagcgt
atctcaaagttaatttctgataatgaagctgttgtggatgacaaacagttagatagtgtg
aaaccaagaagaacatctctttcaagaagaggaagcatagattcaccaaaatcttacata
tttaaggattccttccagtttgatttaaagcccatgggaagaagaactagttcaagctct
gatataccaaagtctcctttcacacccacagaaaaatcaaagcaagtttttcttctgtct
gtaccatcccttgactgtttacctataacaagaagtaattccatgcctactaccagttat
tcagctgtacctccaaatgtaatacctccccctcatccacttcgaggaagtcaatcatta
gatgataaaattggctctttatatgatgatgtttttgtatcaggacctgctactccactg
aaccaaggtggacatcctcggacccttgttcgacaggcagcaatagaagattcttctact
ggtgaaagtcaagttcttggaccagtacgatctgtagaagaaagttatcttggatgtaat
ttatcaaatgaatctttattgcaaaggagcaagtcactggcacaaggatcaaatttagaa
aaagcaaagaagtcacctcaagtgcgaggaacaatgtttgagtgtgaaacctgcagaaac
agatatagaaaactggaaaattttgaaaaccacaagaagttttattgttcagaattgcat
ggacctaaaactaaagctgcaatccgagagcctgagcataaaactgttcccaatagtaca
caacctcaaattctgcactacagagtcactagttcaactggtgtgtgggaacagacgcct
cagataaggaaaagaaggaaaatgaaaagtgttggcgatgatgatgacccacagcaaaat
aatatgaacataccatcaaagaatgcagacagccagagtaaaccatcaaattcttccagt
ctgtcaaaacacagtgcaacagtagtaggttcacagcagcaaagcaatattgtgcttcaa
agttcacaaattcagcttgtggctcgaggcacagatcagactactgagccaaagatggct
ccacttattgaaaagcaggcaagctcagttgcccaagaaaagttggagttgaaacggcaa
gggactggcatttcagtaatacagcatactaattcactgagcagaaatagttcatttgag
aaatcagagtcttttgaaagagtatcaccagtttcttttcaagagcccagcaagattaca
aagcaccgctctatgaatacgattgtaatccaagaggatagacactgtcatctgaatact
tcccagcatcatcaaccactgtcatcagaagcacctaggggggaagctcagggaagtcag
atagtttcgcatgagagaagtacaccacttcagccatcaagacttgttcgccaacataat
atccaggttcctgaaatactggtcacagaagaaccagacagggaccaagaaaaccagtac
agtgatcaggaaaagacagaaagatttaactggccacagcgtagtgaaactctgtcaaaa
ttgcccacagaaaaacttccaccaaagaagaaaagaattcgcttggctgaaatggaacat
tcatctgctgaatcaagcattgactccacactttccagaagtctaagtcgggagagtagt
ttgtctcatgcctctagtttctcagcttcgcttgataaagatgaaatttccaaggctgaa
aatccttccaaagtagagcttattaataagtcaacagaattccttatgattcctgctggc
tctaatgtactgggcgtgccaggccctcattacagggaaatgagacgtgctgcatctgag
caaatcagctgcacacagccatcaatggaggttgtagactacaggagtaagtcttttgac
tgtggaagtatgtctccatcaaaacctgcctcacttgtagaggtagccgctccaaaattg
tcttctggaaatggtgttactggacatgtgcctctgctagaaaggaggaggggaccattt
gtaagacaaatatctttaaatattgcaccagaaaatcatcagcctcaaattaaatcaact
tcttcatttcagaccgctcaggctacagatgtgcccacagtgccatttcacaggctgcag
acctccagcaagtcttcagtggagtttccttcaagtactcagcattcacaaactcacccc
aggcctcactctgcaattcagaattgtaatcctgttagcatgtcttcagttcagcagcct
ctagatcatgttttgaataatctgggacagccatccttgcatcagtcttcccagacatct
actaaaacctcagcccaaggagaacaagcaaacacatacacgctttcatgtcaccctgct
gaaaaaaaggattgttttgcacccaagtatcaacttcaagttaaaacattgcatataggt
cagacatactcttctaaattattaaaaaatactttagcaacccagactgttccaagtcaa
gttggggtggaccagaatgcatcctcctttgaaatgcagactaaatcgtctgataatatg
tctaatccatattctgtgcctcctctaaaacaggttatccctaataactgcagcagtgaa
atacatcagattcctccttttgtagttcctgtccgtattcatagtagtatgccgtcctat
ggctttgccactgttacaccccttcctcacattttcatgacccaggagcaggtgactcaa
tctgtttgtaaaacaaatgctgtgacagtgccaacacttgaaggcaaaactcagctgcca
aaatctcacaaagactgtcagagaactttgccaaattcatttgaatttgaaaattcacta
cctgataatggaaccagaaattcacctttgtctagctctttgaatattattcagaaagtg
ccagttagtggactcttccctcaacaggaagctacagcttcaagtaaacgaatgctttcc
ccagccaacagtttagatattgccatggaaaaacagcaaaaacgcgttaaagatgagagt
ggagctgcctgcatgacagatgctagaccattgcattcactgaaccttcggtctggtgac
cttgttagtaagcaaaagaaaccagttttggtgagacaggtgtgcaccacagagcctctt
gaaaatcatctgttagatcctgatggtgttccacagcaagaaaaaagcagcaaagctagt
actttagacctgctgttgcctgaccatcattcatctgaaactggggtttcagaaacccta
aaggagtcaccagaatcggaagaccttaagttgtcagcatcagcagtgcttgtagttaga
aaaccatctgaattgtctccagtgaataatcagagttctcatccaaagcctgtaagtagc
agtcaagaaagaaggtccccaaatataagtaatgagagcaaacaaatcaatagccagggt
caagcaaaacttgtaactacattgtctgtgatgaatgcaggagaattgcagaggttgtca
tttccaagcctcaagacctcaacaaattttacctggtgttatctcatgaagagaaaaaca
ttacatctgctgcagaatgaccagaaaatttcagcctattctacatggaccattagcccc
aacaatcccaatccacttggtttgccaacaaaggtagctctttccctcctcaattcaaaa
cagaaagttgaaaaactgctgtacactcaagcgagaactagtcatcccagatctgatgta
ttggtctattcaagcaagtggaagaacagcttaaccaagcgagcattaaataggaaaaaa
atgattgcaagtgaattcagcattaaggagaactctgaatcaagcactgagcatgataaa
gaaaattcctttatcaaaactgaaccaagaagagttaaaatatttgatggaggatataaa
tcaaatgaagactatgtgtatgttcgggggagaggaagagggaagtatatctgtgaagaa
tgtggtatacgttgtaagaaacccagtatgctgaagaagcatattcgcacacatacagat
gtccgtccttaccattgcaactactgcaacttctccttcaaaactaaaggtagaggaaat
ttgacaaaacacatgaagtcaaaggcacacagcaagaaatgtatggatttgggagtctca
gtaggcttaatagatgaccaggatggagaagaagaatttggtgaaaagcaaagatttggc
tatgaacggtcaggattcgatgcagaggagtccgatggtccagatgaggatgaaaatgac
aatgaagatgatgatgaagacagccaagctgagtcagtcctatctacaacgccctcggtt
acagccagcccccagcatcacccatctagacacagcctgcaggatgccacaagcgctgat
gaagatatcagacttccggactgttttgctggggttcacacagactctatggatggtctg
ccaaaagcactgctaacaaagatgactgtcctcagcacagtacagtccgttagcaggaac
tccaggtccccagtagaatttgcccatcaggaagcacacgacgataaagtgcaggagaga
gaagcaggtcccaggagtgctagtgctacccttccagaagttgctgctagatctccaggt
cgtcagatgtcggtggactatccagatccagaagcagccttggggcattcgttgatatca
actacggttcttacaaagagcacaccctctgtcagctctccctcatcaccggtggaccag
agcatgcagacaacagggtcgtcaccctatgctgaaactcaagaagagaagctgcccggg
tgcccacagcatgcctcagaattgagagctcctcagactcatctcttcagccaccttccc
ctgcattcacagcagcaggccaagacaccttatggcatggtaccggtagggggaattcag
gtggttcctgctggcctggccacatactccacattcgtaccagttcaagcggggccagtg
caactcgctatccctgctgttagtgtgattcacagaactacaagtgctctcagcgacaca
ggttgtgtggtctctggcactgcaaatccaataggagttgctgaagtaaacagcgttgtg
ccatgtattcccataggtcagattaatgtgccaggcatccagagtctcagcacaccaagc
ttacagcctcttccaccattaggcatggagacagtgaatatcttaggcctgacaaacaca
aacatagccccacagatacgcccttcaggaattactctaaatgccgtgggcctacaagtt
ttgactgccagtgctcctccacagagcaatcctagccctcagacgcacattccaggtttg
caaatactgaacatagcattgcctactttaatgccttccgtcagcccagtaagtgttgat
ggacaaggagcttctgaaacaccagcttcaaataacaaagcctgtgacattcaacaagag
ctgcctcccgtgaacttccctgcagccgacatcagtcaggtcgccagggctgcttctcct
caggtggcacccagtgtccagcggtacaatgtaaaaagcctttcagaacctgcccctctg
aatgactatgaaagacctgatggcccagggaaagcagacatggaaaagactgaccttgca
aatcacataaagccaaagtgtgatgtctcttctgttcaggtcaaaagggcttccacagca
gagccccgcttaaaggtgaattctgacgttctaaccaagtccacagtccatcaaactgtc
tcaccagatagacaggtacacaggccaacaggattgccccgaaggcaaaatatggtgcag
tttagtgatggcagcagtgacgatgaggatagacttataatagcaacctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (56)   

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