KEGG   Homo sapiens (human): 58499
Entry
58499             CDS       T01001                                 
Symbol
ZNF462, WSKA, ZFPIP, Zfp462
Name
(RefSeq) zinc finger protein 462
  KO
K24853  zinc finger protein 462
Organism
hsa  Homo sapiens (human)
Disease
H02465  Weiss-Kruszka syndrome
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:hsa03000]
    58499 (ZNF462)
Transcription factors [BR:hsa03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    58499 (ZNF462)
SSDB
Motif
Pfam: zf-H2C2_5 zf-H2C2_2 zf_C2H2_ZHX zf-C2H2_4 zf-C2H2 zf-C2HE
Other DBs
NCBI-GeneID: 58499
NCBI-ProteinID: NP_067047
OMIM: 617371
HGNC: 21684
Ensembl: ENSG00000148143
UniProt: Q96JM2 Q63HJ5
Structure
Position
9:106860158..107013634
AA seq 2506 aa
MEVLQCDGCDFRAPSYEDLKAHIQDVHTAFLQPTDVAEDNVNELRCGSVNASNQTEVEFS
SIKDEFAIAEDLSGQNATSLGTGGYYGHSPGYYGQHIAANPKPTNKFFQCKFCVRYFRSK
NLLIEHTRKVHGAQAEGSSSGPPVPGSLNYNIMMHEGFGKVFSCQFCTYKSPRRARIIKH
QKMYHKNNLKETTAPPPAPAPMPDPVVPPVSLQDPCKELPAEVVERSILESMVKPLTKSR
GNFCCEWCSYQTPRRERWCDHMMKKHRSMVKILSSLRQQQEGTNLPDVPNKSAPSPTSNS
TYLTMNAASREIPNTTVSNFRGSMGNSIMRPNSSASKFSPMSYPQMKPKSPHNSGLVNLT
ERSRYGMTDMTNSSADLETNSMLNDSSSDEELNEIDSENGLSAMDHQTSGLSAEQLMGSD
GNKLLETKGIPFRRFMNRFQCPFCPFLTMHRRSISRHIENIHLSGKTAVYKCDECPFTCK
SSLKLGAHKQCHTGTTSDWDAVNSQSESISSSLNEGVVSYESSSINGRKSGVMLDPLQQQ
QPPQPPPPPPPPPPSQPQPLQQPQPPQLQPPHQVPPQPQTQPPPTQQPQPPTQAAPLHPY
KCTMCNYSTTTLKGLRVHQQHKHSFCDNLPKFEGQPSSLPLENETDSHPSSSNTVKKSQT
SILGLSSKNNFVAKASRKLANDFPLDLSPVKKRTRIDEIASNLQSKINQTKQQEDAVINV
EDDEEEEEDNEVEIEVELDREEEPTEPIIEVPTSFSAQQIWVRDTSEPQKEPNFRNITHD
YNATNGAEIELTLSEDEEDYYGSSTNLKDHQVSNTALLNTQTPIYGTEHNSENTDFGDSG
RLYYCKHCDFNNKSARSVSTHYQRMHPYIKFSFRYILDPNDHSAVYRCLECYIDYTNFED
LQQHYGEHHPEAMNVLNFDHSDLIYRCRFCSYTSPNVRSLMPHYQRMHPTVKINNAMIFS
SYVVEQQEGLNTESQTLREILNSAPKNMATSTPVARGGGLPATFNKNTPKTFTPECENQK
DPLVNTVVVYDCDVCSFASPNMHSVLVHYQKKHPEEKASYFRIQKTMRMVSVDRGSALSQ
LSFEVGAPMSPKMSNMGSPPPPQPPPPDLSTELYYCKHCSYSNRSVVGVLVHYQKRHPEI
KVTAKYIRQAPPTAAMMRGVEGPQGSPRPPAPIQQLNRSSSERDGPPVENEMFFCQHCDY
GNRTVKGVLIHYQKKHRDFKANADVIRQHTATIRSLCDRNQKKPASCVLVSPSNLERDKT
KLRALKCRQCSYTSPYFYALRKHIKKDHPALKATVTSIMRWAFLDGLIEAGYHCEWCIYS
HTEPNGLLLHYQRRHPEHYVDYTYMATKLWAGPDPSPPSLTMPAEAKTYRCRDCVFEAVS
IWDITNHYQAFHPWAMNGDESVLLDIIKEKDAVEKPILSSEELAGPVNCENSIPTPFPEQ
EAECPEDARLSPEKSLQLASANPAISSTPYQCTVCQSEYNNLHGLLTHYGKKHPGMKVKA
ADFAQDIDINPGAVYKCRHCPYINTRIHGVLTHYQKRHPSIKVTAEDFVHDVEQSADISQ
NDVEETSRIFKQGYGAYRCKLCPYTHGTLEKLKIHYEKYHNQPEFDVFSQSPPKLPVPLE
PEMTTEVSPSQVSITEEEVGEEPVSTSHFSTSHLVSHTVFRCQLCKYFCSTRKGIARHYR
IKHNNVRAQPEGKNNLFKCALCAYTNPIRKGLAAHYQKRHDIDAYYTHCLAASRTISDKP
NKVIIPSPPKDDSPQLSEELRRAVEKKKCSLCSFQSFSKKGIVSHYMKRHPGVFPKKQHA
SKLGGYFTAVYADEHEKPTLMEEEERGNFEKAEVEGEAQEIEWLPFRCIKCFKLSFSTAE
LLCMHYTDHHSRDLKRDFIILGNGPRLQNSTYQCKHCDSKLQSTAELTSHLNIHNEEFQK
RAKRQERRKQLLSKQKYADGAFADFKQERPFGHLEEVPKIKERKVVGYKCKFCVEVHPTL
RAICNHLRKHVQYGNVPAVSAAVKGLRSHERSHLALAMFTREDKYSCQYCSFVSAFRHNL
DRHMQTHHGHHKPFRCKLCSFKSSYNSRLKTHILKAHAGEHAYKCSWCSFSTMTISQLKE
HSLKVHGKALTLPRPRIVSLLSSHSHHSSQKATPAEEVEDSNDSSYSEPPDVQQQLNHYQ
SAALARNNSRVSPVPLSGAAAGTEQKTEAVLHCEFCEFSSGYIQSIRRHYRDKHGGKKLF
KCKDCSFYTGFKSAFTMHVEAGHSAVPEEGPKDLRCPLCLYHTKYKRNMIDHIVLHREER
VVPIEVCRSKLSKYLQGVVFRCDKCTFTCSSDESLQQHIEKHNELKPYKCQLCYYETKHT
EELDSHLRDEHKVSRNFELVGRVNLDQLEQMKEKMESSSSDDEDKEEEMNSKAEDRELMR
FSDHGAALNTEKRFPCEFCGRAFSQGSEWERHVLRHGMALNDTKQVSREEIHPKEIMENS
VKMPSIEEKEDDEAIGIDFSLKNETVAICVVTADKSLLENAEAKKE
NT seq 7521 nt   +upstreamnt  +downstreamnt
atggaggtgcttcagtgtgatggctgtgatttccgagccccgtcttatgaagatctcaag
gcacacattcaggatgtccacacggcatttctgcagccaactgatgttgctgaggacaat
gtgaatgagctacgatgtgggtccgtgaatgccagtaatcagacagaggtggagttttct
tctataaaggatgaatttgccattgcagaagatttatcaggtcaaaatgcaacttcattg
gggaccggaggttactatggccacagtccaggatattatggtcagcatattgccgctaat
cccaaaccaacaaacaagttttttcaatgcaagttctgtgtacgctacttcaggtcaaaa
aacctcctcatagaacacactagaaaggtccatggagctcaagctgaagggagttcatca
ggaccccctgtcccgggatccttaaattataatatcatgatgcacgagggatttggaaag
gtcttctcttgccagttttgcacatacaagtcaccaagaagggcaagaataattaagcat
cagaagatgtatcacaaaaacaatttgaaggagaccactgctcccccacctgctcctgct
ccaatgccagaccctgtggttccgcccgtatcactgcaggacccctgcaaggaactgcca
gcagaggttgtggagcgcagcatcttagagtctatggtcaagcctttgaccaaatctcga
ggcaacttttgttgtgagtggtgcagctaccagaccccccgccgagaacgctggtgtgac
cacatgatgaagaaacaccgcagtatggtcaagatcctttccagtctcagacagcaacaa
gaaggaactaatctacctgatgtgccgaacaagagtgcccccagccccacttccaactcc
acctatctgaccatgaatgctgcaagccgggagatacccaatactaccgtctccaacttc
aggggctccatgggcaactccatcatgagacccaattcttcagcttccaagttttcgccc
atgtcttaccctcagatgaagccgaagtcacctcacaattctggtctagttaacttgaca
gagagatcccgttatggaatgactgacatgaccaattcttctgctgacctggaaactaac
agcatgctaaatgactctagttctgatgaagagttaaatgaaatagacagtgagaatggt
ttaagtgctatggatcaccagacatcaggcctgtctgcagagcagctgatgggctcagat
ggcaacaaattattggagaccaaggggattccatttagaagattcatgaataggttccag
tgccccttttgtcctttcctcaccatgcatcgacgtagcatctctcgtcacatagaaaac
atccacttatctggaaagacagctgtctacaaatgtgacgaatgtccgtttacttgcaag
agctcgttgaaacttggggctcacaaacagtgtcacacgggtacaacgtcagattgggat
gctgtgaattcccagagtgaaagcatttcttcctcactgaatgaaggtgtggtgtcttat
gagagctcaagcatcaatggtagaaagtcaggagtcatgttggatcccttgcagcagcaa
cagccaccgcagccaccaccaccgccgccgccaccaccaccatcacagccacagccactg
cagcagccacagccaccacagctgcagccaccacatcaggtgccaccccagccacaaaca
cagccaccaccaacgcagcagccacagccacccacacaagccgcacctctgcacccatac
aaatgcaccatgtgtaattactccaccacaactctgaaagggctaagagtccatcagcag
cataaacattcattctgtgacaacttgccaaaattcgaggggcagccctcaagcctacca
ttggaaaatgagacagacagccacccctcttccagcaacactgtgaagaaaagtcagacc
tcaattcttgggttgtcctccaagaacaattttgtagctaaagcctctaggaagctcgcc
aatgactttcctctagatttgtcacccgtgaagaagagaaccaggattgacgagatagca
agcaaccttcagagcaaaattaaccaaaccaaacagcaggaagatgcagtgatcaatgtt
gaggatgatgaagaggaagaggaagacaacgaagtcgagatagaggttgagttggacagg
gaggaagaaccgacagaacccatcatagaggttcccacttccttttctgcccaacagata
tgggtaagagataccagtgagccccagaaagagcccaacttcagaaacatcacccacgat
tacaatgccaccaatggggctgagattgagctcaccctttctgaagatgaagaggattat
tatggctcctcaacaaacttgaaagatcaccaagtttccaatactgctctgctgaatacc
caaactcccatctatgggactgagcacaatagtgaaaacacagactttggtgactctgga
aggctttactattgtaaacactgtgactttaacaacaaatctgcccggagtgttagcacc
cactaccaacgaatgcacccatacattaaattcagctttaggtacatcttggaccccaat
gatcacagtgcagtgtacaggtgcctggaatgctacatcgattacaccaacttcgaagat
ctccagcagcattatggcgagcaccacccagaagccatgaatgtactcaactttgatcac
tcggacctgatctaccggtgtcggttttgttcatacacgagcccgaatgttagaagcctg
atgccacattaccaaagaatgcatcccacggtgaagatcaacaacgcgatgatattttca
agctatgtcgtggagcagcaggaagggctgaatacagaatcccagaccctgagggagatt
ctgaattcggctcccaagaacatggcgacttccacacctgtggctcgtggtggtggtttg
ccagctacgttcaacaaaaacactcctaagacctttactcctgaatgtgaaaatcagaag
gaccctttggtcaacactgttgttgtttatgattgtgatgtttgttcgtttgcaagcccc
aacatgcattctgtcttggttcattatcagaagaaacaccccgaagaaaaggcttcctac
tttaggatccagaaaactatgcgaatggtgtctgtggacaggggctctgccctttctcaa
ttatcatttgaggtgggtgctccaatgtctcccaaaatgtccaacatgggttccccaccc
cccccacaacccccgccaccagacctcagtactgagctttactactgcaaacactgttcc
tacagcaatcggtcagttgtgggagtgcttgtccactaccagaaaagacacccagaaata
aaggttactgccaaatatatcagacaggctcctcccacagctgcaatgatgagaggggtc
gaagggccccaaggctccccccggccacccgcccccatacaacagctgaaccgaagcagc
tctgagagagatggccctcctgtggagaatgagatgttcttttgccagcactgtgattat
gggaaccggacggtcaaaggggtactcattcattatcagaagaagcaccgagacttcaag
gccaatgcagatgtgatccggcagcatacggccaccattcgaagcctctgcgaccgaaat
cagaagaagcctgccagctgcgtgcttgtctccccctctaatctggagcgggacaaaacg
aaactccgagcactcaaatgtaggcagtgctcatatacctccccctacttctatgcactg
aggaagcatatcaagaaagaccaccccgccctgaaagccacagtcacgtccatcatgcga
tgggcatttctagatggcttgatagaagctggctaccactgcgagtggtgcatctactcc
catacggagcccaacggtttgctcctgcattaccaacggaggcatccagaacactatgtt
gattacacctacatggctactaaactgtgggctgggccagacccatcccctccctctctc
acaatgccagccgaagccaaaacctacagatgcagggactgtgttttcgaagctgtttcc
atctgggacatcactaatcactaccaagcattccacccctgggccatgaatggtgatgag
tcagtgctactggacatcatcaaggagaaagatgctgtggagaagcccattctttcatcc
gaagagttggcaggccctgtgaattgtgaaaacagtatacccacccctttcccggagcag
gaagctgaatgtccagaggatgcaagactgtcccctgagaaaagcctgcagctagcttca
gccaaccccgccatatcctccaccccataccagtgcacggtatgccaatctgagtataac
aacttgcacggccttctcactcattatgggaagaagcaccctggcatgaaagtgaaggct
gctgactttgcccaggacattgacatcaacccaggtgccgtctacaaatgcaggcattgc
ccatacatcaacacccgcatccacggcgtactgacccactaccagaagcgacacccgtcc
atcaaggtgaccgctgaggactttgtgcacgacgtagagcagtctgctgacatatcccag
aatgacgtggaggagacgagcaggatcttcaagcaagggtatggcgcctaccggtgcaaa
ctgtgtccgtacacacacggcactttggagaaactaaaaatccactacgagaagtatcac
aatcagcctgaatttgatgtcttttcccagtcgcccccgaagctgccagtccccctcgag
cccgagatgaccactgaagtgagcccttcccaagtctccatcactgaggaggaggtggga
gaggagcccgtgtccacttctcacttctctacctcccacctggtctcccacactgtgttc
cggtgccagctctgcaagtacttctgctccacgaggaaggggatcgccaggcactaccgc
atcaagcacaataatgtccgagcccagccagaaggcaagaacaacctcttcaagtgtgcc
ctgtgtgcctacaccaaccccatccgcaaaggtctggcagcccactaccagaagcgccac
gacattgatgcgtattacactcactgcttggcagcctccaggaccatcagcgacaagccc
aacaaagtgatcatcccatccccgcccaaggacgactcccctcagctgagcgaggaactc
cggcgggcagtggagaagaaaaagtgctccttgtgctctttccagtcgttcagcaagaag
ggcatcgtgtcccattacatgaaacgccacccaggggtgttcccaaagaagcagcacgcc
agcaagttggggggctacttcacggccgtctatgcagatgagcatgagaagcccacactg
atggaagaagaggagagaggcaactttgagaaagccgaggtggagggtgaagctcaggaa
atcgagtggctcccattccgctgcatcaaatgcttcaagctgtcctttagcactgcagag
ctgctgtgcatgcattacactgaccaccacagtcgggacctaaagagggacttcatcatt
ctgggcaacggcccccgcttgcagaactccacctaccagtgtaagcactgtgatagcaaa
ctgcaaagcacagccgagctgacctcacacttgaacattcacaatgaggaattccagaag
cgtgccaaacgtcaggagaggaggaaacagcttttgagcaagcagaaatatgcagatggt
gcttttgcagatttcaaacaagagaggccttttggtcacttagaagaggtgccaaagatc
aaggagaggaaagtggtgggctacaaatgtaaattctgtgtggaagtgcacccaacgctc
cgagccatctgcaatcacctccgaaagcacgtccagtatggcaatgtcccagctgtgtca
gctgctgtgaaggggctgcgttctcatgagaggagccacctggccctggccatgtttacc
cgcgaggacaagtacagctgccagtattgctcgtttgtttctgctttcaggcacaatttg
gatcgccatatgcaaacccaccacggacaccataaaccattccgatgcaaactctgctcc
ttcaagtcctcctataacagccggctgaaaacacatatactcaaagctcatgctggtgag
catgcctacaagtgttcttggtgctcattctccaccatgacaatcagccagctgaaggaa
cactccctcaaggtccacggaaaagccctgaccctccccaggccacggatcgtcagtctc
ctctcctcacactcccaccactcctcccaaaaagctaccccggctgaagaagtggaagac
tccaatgactcatcatattcagagcccccagatgttcagcagcagttgaaccactatcag
tcagctgccctggcaaggaacaacagccgtgttagccctgtgcctctttctggggctgct
gctggcactgagcagaaaactgaagccgtgcttcactgcgaattctgtgaattctcctcc
ggctacatccagagcatcaggcgtcattaccgggacaagcatggtgggaagaagcttttc
aagtgcaaagactgctccttttacacaggctttaaatctgcttttactatgcacgtggaa
gctgggcactcagcagttcccgaggagggccccaaagatcttcgctgtcctctctgcctc
tatcacaccaaatacaagcgcaacatgattgaccacatcgtgctgcaccgagaagagcgt
gttgtccccattgaagtttgccggtccaaactgtccaaatacttgcagggagtagttttc
cgctgtgataagtgtaccttcacctgctccagtgatgagagcctccagcaacatatagaa
aagcacaatgaactgaaaccttacaaatgccagctctgctactatgagaccaagcacacg
gaggaactggacagccaccttcgggatgagcataaggtaagccgtaactttgagctggtt
ggacgggttaacttggatcagctggaacagatgaaggagaaaatggagagctccagcagc
gatgatgaggacaaggaagaagaaatgaacagcaaggctgaagacagagagctgatgaga
ttttctgaccacggggctgctcttaacactgagaagcgttttccatgtgaattttgtgga
cgggcgttttcacagggctctgagtgggaaagacatgtgctgagacacggcatggcattg
aatgacaccaagcaggtgagcagagaagaaatccacccaaaagagatcatggagaacagt
gttaaaatgccctccatagaggaaaaggaagatgacgaggccattgggatagacttttcc
ctaaagaatgaaacagtagccatctgtgtagtaactgccgacaaatctctcctggagaat
gcagaggccaaaaaagaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (53)   
   KEGG ORTHOLOGY (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (71)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (68)   
DNA sequence (86)   
   RefSeq(nuc) (68)   
   GenBank (9)   
   EMBL (9)   
3D Structure (1)   
   PDB (1)   
Protein domain (6)   
   Pfam (6)   
All databases (223)   

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