KEGG   Lipotes vexillifer (Yangtze River dolphin): 103075028
Entry
103075028         CDS       T03090                                 
Symbol
HIVEP1
Name
(RefSeq) LOW QUALITY PROTEIN: zinc finger protein 40
  KO
K09239  human immunodeficiency virus type I enhancer-binding protein
Organism
lve  Lipotes vexillifer (Yangtze River dolphin)
Brite
KEGG Orthology (KO) [BR:lve00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:lve03000]
    103075028 (HIVEP1)
Transcription factors [BR:lve03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    103075028 (HIVEP1)
SSDB
Motif
Pfam: zf-C2H2 zf-H2C2_2 zf-C2H2_4 zf-C2H2_jaz NOA36
Other DBs
NCBI-GeneID: 103075028
NCBI-ProteinID: XP_007446478
UniProt: A0A340WAG9
Position
Unknown
AA seq 2765 aa
MRASQAGVRGAWGGGSQKEPASLKPHWGRQAAGGRPGGRPPKAALLLLLEEAFQGEGFLR
CVWTDKIEEAQKELNGAEVSKKEILEAGIKGTSESLKGVKRKKIVAENHLKKIPKSPLRN
PLQAKHKQNTEESSFAILQGVAESHKKQNHSPVKNGKQFTKHNGETPGIIAEASKLQESV
SPKKPSFLQHPSEPRRWRSEGSDPTKPGVPEGKCDSSSLSSKSRTDHRECISSHCSPPPS
SYANTAFDVLLKAMEPELSTLSQKGSSCAVKSGKLRPNKTVRPPSHLNNSPMDAPNPTPQ
EPAAQSQPPPRTSYAGHVSAAQKNDQAALQAVSPSYNPREHSVSKPGQQNQQLPACSGFA
RSLTSLQNQENAQLEHVCNAAAMSSGGVTSPSSRTQVSPPNQQVDAASPLSVSPALSTRS
PPTPIYNSTPVASVVNHSVEQMCNLLLKDQKPKKQGKYICEYCHRACAKPSVLLKHIRSH
TGERPYPCVTCGFSFKTKSNLYKHKKSHAHTIKLGLVLQPDAGGLFMSHESPKALSIHSD
VEDSGESEEEGAADDRQNDPGSMDLQPVQIMKMVSSSEALPKLGSIPSNPDPVVGDFSLQ
DRSSEPQAVTELPKVVVHPISVSPLRADSPKVTDSKPEPPSAQKQKDLQVTGILSHSAWA
CSLEMDDKSHQKGDVSQPEGKQECHVGTVHAQLQRQQATDYSREQQGKLLLSPRSLGSTD
SGYFSRSESADQTVSPPTPFARRYPPQSRTLTRIMGPLHLVSTHQQLRLFQQEKASLLPG
QMRPPLATKTLEERISKLISDNEALVDDKQLDSVKPRRTSLSRRGSIDSPKSYIFKDSFQ
FDLKPVGRRASSSSDIPKSPFTPTEKSKQVFLLSVPSLDCLPITRSNSMPTTGYSAVPAS
ILPPPHPLRGSQSFDDKIGAFYDDVFVPGPNTSVPPNGHPRTLVRQAAVEDSSANENHVL
GAGQSLDESHQGGSPAGETAAARSKPPAPGSHLEKKKSHQGRGTMFECETCRNRYRKLEN
FENHKKFYCSELHGPKTKVALRDPEHSLVPGGAQPPILHYRVAGATGVWEQTPQIRKRRK
MKSVGDDDELQQNESGASPQSSEGLRFQSAMGSVPSLSQQNAAITGDQPPGNIQLQTSPI
QLVARGPEQPPDLKASSVVEAQVSSAAQDRTEPKRHGAGISVIQHTNSLGRPGALDKLES
CEGASPISFQELRTGKPGSLHIRGISQEEGRLPRNTSQPAEPALSDALRGELQEGSRKSS
GERHVLGQPSRLVRQHNIQVPEILVTEEPDRDLEGQGHDQEKSEKFSWPQRSETLSKLPT
EKLPPKKKRLRLAEIEHSSTESSLDSTLSRSLSRESSLSHTSSFSASLDVEDVCKTEASP
KIDFPNKAEFLMIPPGSNTLNVPGSHREMRRAASEQIHCLQMSMEVSDFRSKSFDCGSIT
PPQPAPLAELPPPTSPSGMGVTGHVPLLERRRGPLIRQISLNITPEGHLSPGNPSSFQTI
ARPGVNTVPFQGPQLTHAPSPEFPANTLDSQTQIKDLRAETSSSNSPNIFPVQQLLGIHL
LNQIHTPLSLPDTQTSLQVSTQSVKADASPGGHVSSKSEDRFAPKYQLQCQVVPSTQPCA
SNAVHPLPKQVLSDPAGANHRATSLTLPAKLVEATSNSCPLPPLKVGPLGSQVPKVPASF
ALPLHLQSRVPAYCFTTATALPQILVTQDLSSQPICQANRSMVPISEEQNSVPKSQYDHR
NALPNPEGELVCENIISEMGQNSSPSESLPVTQKMSVGRLSPQQESSASSKRMLSPANSL
DIAMEKHQKRAKDENGAVCATDTRQLEALSSRAHEVSKQKKPVLVRQVCTTEPLEAVILE
QDIFSRPEVSGEALHLTDVSPADNLSSGHSKPVVIEPVKELQEFESIPSATSLTPTVRHL
AVPAEETHISPLGHVDSNQERKSPGVKDPGDKANIEEQSQSAATTPSACKAGDRQQPSFP
SLKTATSFTWCYLLRQKALHLPQNDQKTSAYTDWTVNASDPNPLSLPTKVALSLLNSKQK
TGKSLYCQAVTTHFKSDLLVYSSKWKSSLSKRALGNQKSTVVEFSNKDASEINSEQDKEN
SLIKSEPRRIKIFDGGYKSNEEYVYVRGRGRGKYICEECGIRCKKPSMLKKHIRTHTDVR
PYHCTYCNFSFKTKGNLTKHMKSKTHSKKCVDLGVSVGLIDEQDTEESDEKQRFSYERSG
YDLEESDGPDEDENENEDEDEDSQAESVLSAAPSATASPQRLPARSSLQDCRGADEDVRI
PDCFSGGHTDPTDVLPRALPTKMTVLSTVQSDYGGKPGSPVRTRQRAAGDEGEAAAPGDS
ARSPEAAPRSPCHQMSVDYPESEEILGSSVAGKAVALTQGPSSVSLPPRGIERSPQPGGA
PPCTTSPRPGAQEPKQQVAVHPPPDLPSPQTHLFSHLPLHSQLQSRTPYNMLPVGGIQAV
PAGLTYSTFVPIQAGPVQLTIPAVNVIHRTVGTPGDLTAEVSSATSPSGVAELSSVVPCI
PIGQIRVPGLQNPSPPALQPLPALSMETVNILGLASANLGPQVRPPGLALNAALGLQVVT
ANPSSQSGPAPPAPIPGLQILNIALPTLISSVGQVAVDAQGAPERPAPPNRAREAPPKQP
SAAGAHPGSGSASPQGSPRVPRENALKGLDPPAPARDHARRDGSSRQDAGTAASGNHPKP
RHELAAAPGKPASGPQPSGRQPRPLDREGPAARPPATATPPARRQAAQFSDVSSDEDEDR
LVIAT
NT seq 8298 nt   +upstreamnt  +downstreamnt
atgagggcctcccaggcaggtgtgaggggagcatggggaggcgggtcccagaaggaaccc
gcgagtttgaagccgcactggggccggcaagctgcaggtgggcgtccaggtgggcgcccc
ccaaaggcagcgctgcttctgctcttagaagaagcttttcagggggaaggattcttgcga
tgcgtctggacagacaaaattgaagaagcacaaaaagaactcaatggggcagaagtgtca
aaaaaagaaatcttagaggctggtattaaaggaacttcagaatcacttaaaggtgtgaaa
cgaaaaaagattgtagcggagaatcacctgaaaaaaataccaaaatccccactgagaaat
cctcttcaggcaaaacacaaacaaaatacagaagagtcgtcttttgccattcttcagggt
gtggcggagtcccacaagaagcagaatcacagtcctgtaaaaaatgggaagcagtttacc
aaacacaatggagaaacccctgggataattgccgaggcctctaaattgcaagagtctgtc
tccccgaagaagccctcgtttctgcagcacccatccgagccgcgccggtggaggtcggaa
ggctctgaccccaccaagcccggtgtccccgagggaaaatgtgactccagttctctgtcc
agtaaaagcaggactgaccaccgtgaatgtatctcctctcactgcagccccccgccctcc
tcgtatgcaaacaccgcgttcgatgtcttactgaaggccatggagccagaactgagcacc
ttgtcgcaaaagggctcctcttgtgcggttaagagcggaaaactgagaccaaataaaact
gtacgacccccttctcacctgaacaacagcccgatggatgcccccaatccaaccccgcaa
gaaccggctgcccaatcacagccgcctcctcggacctcatacgccggacacgtgtctgcc
gctcagaagaacgaccaagcggcacttcaggccgtttctccttcgtataatccacgcgaa
cactctgtttctaaacctggccaacaaaatcagcagcttccagcgtgttcgggtttcgcc
agatccctcacgagtctgcagaaccaggagaatgcccagcttgaacacgtctgtaacgca
gccgcgatgtcatccggaggtgtgacttcaccctccagtagaactcaggtttctcctcca
aaccagcaagtggatgctgcctcgccgctgtcagtgagccccgccctttccacgcggtca
ccccccacgccaatttacaactcaactcctgtcgcctctgtcgttaatcacagcgtggaa
caaatgtgcaatcttcttctgaaagaccagaagccgaaaaaacaaggaaaatacatctgt
gagtattgccatcgagcctgtgcaaagcccagtgtgcttttaaagcacatccgctcccac
actggagagcgaccctatccctgcgtgacctgcgggttttcatttaagactaaaagtaac
ctctacaagcacaaaaaatcccatgcacatactatcaaactgggtctcgtcttgcagcca
gatgctggtggcttgttcatgtctcacgagtcccccaaagcacttagtatccactcggat
gtggaagatagtggggagagcgaagaggagggcgctgctgacgacaggcagaacgaccca
ggctccatggacctgcagcccgtgcagataatgaaaatggtatccagctcggaagcttta
cctaaattgggttccattccaagcaatccagatcctgtggtaggtgacttttcactacag
gacagatcttcagaaccacaggctgtgacagagttaccaaaggttgtggtccaccccatc
agtgtgtcccctttaagagctgacagcccgaaggttacggattccaagcctgaacctcct
agtgcacagaaacagaaagaccttcaggtaaccggtatactgtcccactcagcctgggcg
tgctccctggagatggatgacaagtcccatcagaagggcgatgtgagtcagccagaggga
aaacaggaatgtcacgtgggaacggtacatgcccagctacagaggcagcaggccaccgat
tactcccgagagcagcaaggaaaacttctcctgagtcctcgcagtttaggaagtacggat
tcgggttacttttcacgttctgaaagtgccgaccaaacagtgagtccacccacccccttt
gccagacgttacccgccccagagcaggactctaacaagaataatgggtcctctgcacctc
gtgtcaacacaccagcagcttcggctcttccagcaggaaaaagcgtcactcctccccggt
cagatgcgcccacctttggcgacaaaaacgcttgaggaacgaatatcaaagcttatctca
gacaacgaagccttggtagatgacaagcaactggatagtgtaaagccacggagaacctct
ctctcacggcggggaagcatcgattcccccaaatcgtacatatttaaggattctttccag
tttgatttaaaaccagtgggacggagagcaagttcaagctctgacatacccaagtcccct
ttcactcccacagagaaatccaagcaagtgtttcttctgtctgtaccttccctcgactgt
ctgcccatcaccagaagtaattctatgcctaccacagggtactcagcagtacctgcgagc
atcctccctcccccacacccactgagaggaagtcagtcctttgacgacaaaattggtgct
ttctacgacgatgtctttgtaccagggcccaacacctctgtgcccccaaatggacatccc
cgcactcttgtcagacaagcagcagtagaagactcttcagcaaatgaaaatcatgttctc
ggtgccgggcagtccttggacgagagccatcagggaggcagccccgctggtgagaccgca
gcagcaagaagcaagcccccggccccgggttcacacttggaaaagaagaagtctcatcag
gggcgagggaccatgttcgagtgcgagacctgtagaaacaggtataggaaactggaaaat
ttcgaaaaccataagaaattttactgttcagagttgcacggaccaaaaaccaaggtagct
ctgagggaccctgagcacagcctggtgcccggcggtgcacagcctcccattctgcactac
agggtcgccggtgccaccggggtctgggagcagacaccccagatacgaaaaaggaggaaa
atgaaaagcgtcggagatgacgacgaacttcagcaaaacgaaagtggagcttctccccag
agctccgagggcctccggtttcagagcgcgatgggctccgttcccagtttgtctcagcag
aacgctgccataactggtgaccagccgcctggaaatatccagctccaaacctccccgatt
cagctcgtggccagaggccccgaacagccgccggacctgaaggcgtcctccgtcgtggaa
gcgcaggtgagctcggctgcccaggacaggacagagcccaagagacatggggccggcatc
tccgtcatccagcacacgaactcgctgggcagacccggtgcgcttgacaagctggagtct
tgtgaaggcgcttcccccatttctttccaggagctgaggacagggaagcctgggtctctg
cacataagagggatttcccaagaggaaggccgcctgccccggaacacgtctcagcccgcc
gagcctgcactgtccgatgctctgagaggggaacttcaggaaggttccagaaagagctca
ggtgagcgacacgtgttaggacagccctcaagactcgttcggcagcacaacatccaagtc
ccagagatcctggtcacagaagagccagatcgggacctggaaggccaaggccacgatcag
gagaagtctgagaagttcagttggcctcagcggagcgaaaccttgtccaaactgccaaca
gagaaactgccgcccaaaaagaagaggctccgtcttgccgagatcgagcactcctcaacc
gagtcaagcttggactccactctctccaggagtctaagcagggagagtagtttatctcac
acttcgagtttctctgcttccttagacgtagaggacgtttgtaagactgaggcctccccc
aaaatcgattttccgaataaagcggagtttctcatgattccacctggctctaataccctg
aacgttcctgggagtcaccgggaaatgaggcgcgctgcatcggaacagattcactgcctg
caaatgtcgatggaggtctctgatttcagaagtaaatcattcgactgtggaagcattact
ccacctcagccagcaccgcttgctgaattgccgcctccgacatccccttctggcatgggg
gtcacggggcacgtgcctctcttggaaagacggagaggcccactgatacggcagatctct
ttaaacatcactccggagggtcatctatctcctgggaacccatcctctttccaaactatc
gctcgccctggtgtgaacacagtgccatttcaggggcctcagctcactcatgcaccttca
cctgagtttcctgcaaatactttggactcccagactcagattaaggatctgcgggcagaa
acttcaagttccaactctccaaacatctttcctgttcaacagcttcttggtatccatttg
ttaaatcaaatccacacgccccttagcctcccagacacacagacgtctctgcaggtgtct
acacagagtgtcaaagcagatgcaagccccggtggacatgtatcttctaaaagtgaggat
cgctttgctcccaagtaccaacttcagtgtcaggtggtcccttcgacccagccttgcgct
tctaacgctgtgcatcctctgccaaagcaagttctttcagacccagctggggccaaccat
cgtgcgacctcgttgacattaccagccaagttagtggaagccacgtctaattcgtgtcct
ctgccaccactgaaggtcgggcctctcggcagtcaggtgccgaaggtgccagcgtccttt
gcgctgcccttgcatctgcagagtcgggtcccagcgtactgtttcaccacagccacagct
ctgccgcagatcctagtgacccaagatctatccagtcagccgatttgccaggctaatcgt
agtatggtgccaatcagcgaagaacaaaattccgtgccaaagtcgcaatacgatcaccgg
aatgctttgccaaacccagagggagaacttgtctgtgagaatattatttcagagatgggc
caaaattcgtctccatcagaatccttgcctgtaacccagaaaatgtctgttggtagactt
tccccccagcaagaatcttcagcttcaagtaaaaggatgctgtccccagcaaatagttta
gacattgccatggaaaagcaccagaagcgagccaaggatgaaaatggagctgtttgtgca
acagatactagacagttggaagcattgagttcaagagctcatgaagttagtaaacagaag
aagcctgttctggtgaggcaggtctgtactacggagccccttgaagctgtgatattggaa
caggacattttttctcgccctgaagttagtggtgaggctctgcatttgactgatgtttca
ccagctgataatttgtcgtcaggacactccaagcctgtggttatagaacctgtaaaagaa
ttgcaggaatttgaaagcatcccgtcggccacatcgctgactccgacagttagacattta
gctgtccctgcagaggaaactcacatttctcctttgggacatgtagacagtaaccaagaa
aggaagtcaccaggggttaaagatccaggcgacaaagcgaacatcgaagaacagagtcag
tccgcagccaccactccttccgcgtgtaaggccggtgacagacagcagccatccttcccc
agcctgaagactgcaaccagcttcacgtggtgttacctgttgaggcagaaggccctgcac
ctgccccagaacgaccaaaaaacttcggcctacaccgattggaccgtgaacgccagtgat
ccaaatccactcagcttgcctaccaaagtggctctttctctcctgaactcaaaacagaag
accggaaaatctctatattgtcaagcagtaacgacccatttcaagtcagatttattggtc
tattcaagcaaatggaaaagcagcttaagcaagagagcattaggtaatcaaaagtccaca
gtagttgaattcagcaataaagatgcctctgaaattaacagtgagcaagataaagaaaat
tccttaatcaaaagtgaaccaagaagaatcaaaatatttgatggaggatacaaatcaaat
gaagagtatgtatatgtccgaggcaggggaagaggaaagtacatttgtgaagaatgcgga
atccgttgtaagaaacctagtatgttaaagaaacacatacgaacccatacagatgtccgc
ccctaccactgcacttactgtaacttctcctttaagactaaaggaaatctgacaaaacac
atgaagtccaagacacatagcaagaaatgtgtggatttaggcgtctcagtaggtttaata
gatgaacaagatacagaagaatcagatgaaaaacaaagattcagttacgagcggtctgga
tatgatcttgaagaatccgatggcccagatgaggacgagaacgagaacgaagacgaggat
gaagacagccaggccgagtcggtcctgtcggcagctccctcggccacggccagcccgcag
cgccttccggctagaagcagcctccaggactgtcggggtgctgacgaggacgtcaggatt
cctgattgcttttctgggggacacacggacccgacggatgttctcccgagagcactgccc
accaagatgaccgtgcttagcacagtgcagtcagactacggcgggaagccggggtctccg
gttaggaccaggcagcgggctgcgggggacgagggtgaggcagccgctcctggagactct
gccaggtcccccgaggctgcgcccaggtccccgtgtcaccagatgtctgtggactacccc
gaatccgaagagatcctgggaagttctgtggcaggaaaggctgttgctttaacacagggc
ccatcatccgtgagccttcctcctcggggcattgagcgcagccctcagcctggaggggca
cctccttgcacgacctcgcctcgacccggtgctcaggagccgaagcagcaagtcgctgtc
catccgcctccagacctgccttctccccagacgcatctgttcagccaccttcctctgcat
tcccagctgcagtcaaggacaccgtataatatgcttccggtcggggggatccaggcggtc
cctgccggccttacatactccacgttcgtacccatccaagctgggccagtgcaactcacg
atccccgctgtcaacgtcattcacagaactgtgggcacccccggggacttgaccgccgaa
gtgtccagcgctaccagcccctccggagtggctgaattgagcagcgtggtgccctgtatt
cccatcggccaaatccgcgtgccgggcctgcagaacccgagtccgccggcgctgcagccc
ctgccggcactgagcatggagaccgtcaacattttaggcctggccagcgcgaacctcggc
ccgcaggtgcgcccgcccgggctcgctctgaacgctgccctggggctgcaggtggtgacg
gccaacccttcctcccagagcggccccgcccccccggcgcccatcccgggcctccagatc
ctgaacatcgccttgcccacgctgatttcctccgtcggccaggtcgccgtggacgcccag
ggagcccccgagaggcccgctcccccaaacagagcccgggaggcgccgcccaagcagccc
tcggccgccggtgcgcacccgggcagtgggagcgcgtcgccgcagggctcgccccgagtc
cctcgggaaaacgcactgaagggtctagatccacctgccccggccagagaccacgccagg
cgggacggctccagtcgccaggacgcggggacggccgcctccgggaatcacccgaagccc
cggcacgaactcgctgccgcgccgggcaaaccagcatccgggccccagccgtccggccgg
cagcctcgccccctggaccgggagggacccgcggcccggcccccggccacggccacgccc
ccggcccggaggcaggccgctcagttcagcgatgtgagcagcgacgaggacgaggacagg
ctggtgatcgcaacctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (80)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   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 (91)   

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