KEGG   Homo sapiens (human): 55628
Entry
55628             CDS       T01001                                 
Symbol
ZNF407, SIMHA
Name
(RefSeq) zinc finger protein 407
  KO
K26729  Zinc finger protein 407
Organism
hsa  Homo sapiens (human)
Disease
H02481  Syndromic disorder with short stature
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:hsa03000]
    55628 (ZNF407)
Transcription factors [BR:hsa03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    55628 (ZNF407)
SSDB
Motif
Pfam: zf-H2C2_2 zf-C2H2 zf-C2H2_4 zf-H2C2_5 zf-C2H2_2 zf-C2H2_jaz
Other DBs
NCBI-GeneID: 55628
NCBI-ProteinID: NP_060227
OMIM: 615894
HGNC: 19904
Ensembl: ENSG00000215421
UniProt: Q9C0G0
Position
18:74597870..75065671
AA seq 2248 aa
MMDSENKPENDEDEKINKEAQDLTKLSSHNEDGGPVSDVIASFPENSMGKRGFSESSNSD
SVVIGEDRNKHASKRRKLDEAEPLKSGKQGICRLETSESSVTEGGIALDETGKETFLSDC
TVGGTCLPNALSPSCNFSTIDVVSLKTDTEKTSAQEMVSLDLERESPFPPKEISVSCTIG
NVDTVLKCSICGHLFSSCSDLEKHAESHMQQPKEHTCCHCSHKAESSSALHMHIKQAHGP
QKVFSCDLCGFQCSEENLLNAHYLGKTHLRRQNLAARGGFVQILTKQPFPKKSRTMATKN
VHSKPRTSKSIAKNSDSKGLRNVGSTFKDFRGSISKQSGSSSELLVEMMPSRNTLSQEVE
IVEEHVTSLGLAQNPENQSRKLDTLVTSEGLLEKLESTKNTLQAAHGNSVTSRPRPERNI
LVLGNSFRRRSSTFTLKGQAKKRFNLLGIKRGTSETQRMYMKHLRTQMKTHDAESVLKHL
EACSSVQRVCVTTSETQEAEQGQGSARPPDSGLHSLTVKPASGSQTLCACTDCGQVATNR
TDLEIHVKRCHAREMKFYCRTCDFSSMSRRDLDEHLHSNQHQQTASVLSCQCCSFISLDE
INLRDHMKEKHNMHFLCTPCNLFFLSEKDVEEHKATEKHINSLVQPKTLQSSNSDLVLQT
LPLSTLESENAKESMDDSGKASQEEPLKSRVSHGNEVRHSSKPQFQCKKCFYKTRSSTVL
TRHIKLRHGQDYHFLCKACNLYSLSKEGMEKHIKRSKHLENAKKNNIGLSFEECIERVCI
GANDKKEEFDVSGNGRIEGHIGVQLQEHSYLEKGMLASEELSQSGGSTKDDELASTTTPK
RGRPKGNISRTCSHCGLLASSITNLTVHIRRKHSHQYSYLCKVCKYYTVTKGDMERHCAT
KKHKGRVEIEASGKHSSDIIVGPEGGSLEAGKKNAGSAVTMSDEHANKPAESPTSVLEKP
DRGNSIEAEVENVFHSLDGEVNSHLLDKKEQISSEPEDFAQPGDVYSQRDVTGTGENKCL
HCEFSAHSSASLELHVKRKHTKEFEFYCMACDYYAVTRREMTRHAATEKHKMKRQSYLNS
ANVEAGSADMSKNIIMPEEEHQQNSEEFQIISGQPSDTLKSRNAADCSILNENTNLDMSK
VLCAADSVEVETEEESNFNEDHSFCETFQQAPVKDKVRKPEEMMSLTMSSNYGSPSRFQN
ENSGSSALNCETAKKNHEISNDAGELRVHCEGEGGNAGDGGGVVPHRHLCPVTLDGERSA
ESPVLVVTRITREQGNLESGGQNRVARGHGLEDLKGVQEDPVLGNKEILMNSQHETEFIL
EEDGPASDSTVESSDVYETIISIDDKGQAMYSFGRFDSSIIRIKNPEDGELIDQSEEGLI
ATGVRISELPLKDCAQGVKKKKSEGSSIGESTRIRCDDCGFLADGLSGLNVHIAMKHPTK
EKHFHCLLCGKSFYTESNLHQHLASAGHMRNEQASVEELPEGGATFKCVKCTEPFDSEQN
LFLHIKGQHEELLREVNKYIVEDTEQINREREENQGNVCKYCGKMCRSSNSMAFLAHIRT
HTGSKPFKCKICHFATAQLGDARNHVKRHLGMREYKCHVCGVAFVMKKHLNTHLLGKHGV
GTPKERKFTCHLCDRSFTEKWALNNHMKLHTGEKPFKCTWPTCHYSFLTASAMKDHYRTH
TGEKSFLCDLCGFAGGTRHALTKHRRQHTGEKPFKCDECNFASTTQSHLTRHKRVHTGEK
PYRCPWCDYRSNCAENIRKHILHTGKHEGVKMYNCPKCDYGTNVPVEFRNHLKEQHPDIE
NPDLAYLHAGIVSKSYECRLKGQGATFVETDSPFTAAALAEEPLVKEKPLRSSRRPAPPP
EQVQQVIIFQGYDGEFALDPSVEETAAATLQTLAMAGQVARVVHITEDGQVIATSQSGAH
VGSVVPGPILPEQLADGATQVVVVGGSMEGHGMDESLSPGGAVIQQVTKQEILNLSEAGV
APPEASSALDALLCAVTELGEVEGRAGLEEQGRPGAKDVLIQLPGQEVSHVAADPEAPEI
QMFPQAQESPAAVEVLTQVVHPSAAMASQERAQVAFKKMVQGVLQFAVCDTAAAGQLVKD
GVTQVVVSEEGAVHMVAGEGAQIIMQEAQGEHMDLVESDGEISQIIVTEELVQAMVQESS
GGFSEGTTHYILTELPPGVQDEPGLYSHTVLETADSQELLQAGATLGTEAGAPSRAEQLA
SVVIYTQEGSSAAAAIQSQRESSELQEA
NT seq 6747 nt   +upstreamnt  +downstreamnt
atgatggatagtgagaataaacccgaaaatgatgaggatgaaaagataaacaaagaagca
caagacttgacaaagctttcatcccataatgaagacggtgggcctgtatctgatgtgata
gcaagtttccctgagaattctatgggcaaaagaggtttttcagaatcatcgaactctgat
agtgttgttataggagaagacagaaataaacatgcttccaaacgcaggaaattagatgag
gcagagccccttaaatctggaaagcaaggtatttgtagattagaaacttctgagagctca
gtcacagaagggggtattgcattagatgaaacagggaaggagacctttctgagtgactgc
acagttggaggcacatgtctcccaaatgccctctccccttcttgcaattttagcactatt
gatgttgtttctctgaaaacagacactgaaaaaacatctgctcaggaaatggtttccctt
gatctggaaagagaatctcctttccccccgaaagaaattagtgttagttgtaccattggg
aatgtagatacagttctcaaatgcagcatctgtgggcatttgttttcttcttgctctgac
ttggaaaaacatgctgagtctcacatgcagcagcctaaggaacatacctgttgtcactgc
agccacaaagcagagagcagctcagcactacatatgcatatcaaacaagcacatgggcca
cagaaggtcttttcctgtgatctttgtggttttcagtgttcagaagaaaacttgttgaat
gcacattatcttggcaaaacacatctccgtcgtcagaatctggctgctcgtggaggattt
gtacagatcttaacaaaacaaccttttcctaaaaaatcacgtacaatggcaacaaaaaat
gttcactcaaaaccaagaacttctaaatcaatagcaaagaatagtgattcaaaaggatta
cgaaatgtgggaagcacgtttaaagatttcagaggaagtatttctaaacaaagtggtagt
agcagtgagcttcttgttgaaatgatgccttccagaaatactttgtcacaggaagtagag
attgttgaagaacatgttacttcccttggtctagctcagaatcctgaaaaccagagtaga
aagctagacaccttagtaacctcagagggtctcttagagaaattggaatctacaaaaaat
acccttcaggcagcacacggtaacagtgtaacctcgaggccaagacctgagcgaaatatt
ctcgtgttgggtaatagctttcgtcgacgaagcagcactttcaccttgaagggccaggca
aagaaaaggtttaatcttttaggaattaaaagaggtacaagtgaaactcagaggatgtat
atgaaacacttgagaacacagatgaaaacacacgatgcagaatcagtgctgaaacacctg
gaagcgtgcagcagtgtgcagagagtgtgtgtgactacctcagaaacccaggaggcagag
cagggccaggggagtgcccgtcctccggactccgggctgcattccctgacagtgaagcca
gcttctggctctcagacgttgtgtgcttgtacagactgtgggcaagtagctacaaatagg
acagatttggaaatccatgtgaaaaggtgccatgccagagagatgaaattttactgccgt
acttgtgacttctctagtatgtcaagaagggacttagatgaacatttgcacagtaaccag
catcagcaaactgcttctgtcctgagttgtcagtgttgttcatttatatccttggatgaa
ataaatcttagagaccacatgaaggaaaagcacaatatgcattttctttgcaccccttgt
aatctgttctttttgtctgaaaaagatgtggaagaacacaaagccaccgagaagcatatt
aattcattggttcaaccaaagactttgcaatcatctaacagtgatttggttttacagact
ttacctttgagtactttagaatcagaaaacgcaaaagagtctatggatgactcaggaaaa
gcatctcaggaagaacctctgaagtccagggtaagccatggtaatgaagtgaggcattcc
agtaagcctcagtttcagtgtaagaagtgtttttataaaacaagatcttctactgttctc
acgagacatataaagcttcggcatggtcaagactatcattttctttgtaaagcttgtaat
ctttattcattgagcaaagaaggaatggagaaacacattaaaagaagcaagcatcttgaa
aatgctaagaaaaataatattggcttaagctttgaagaatgtattgaaagggtatgtata
ggtgcaaatgataaaaaagaagagtttgatgtttccggaaatggaaggattgaaggccat
ataggtgtgcaattacaagagcattcctatcttgagaagggcatgctggcgtctgaggaa
ctgtcacagtctggtggtagcaccaaagatgatgaattagcttcaaccactactccaaag
agagggagacctaaaggtaacatctcacggacgtgttcacactgtggccttttggcctct
agtattacaaacttgactgttcacattagacgaaaacacagtcaccagtatagttattta
tgcaaagtgtgtaagtattacactgtaactaagggagatatggaacgtcattgtgccacc
aagaaacataaaggacgggtagaaatagaagcaagtggaaaacacagttcagatatcatt
gttggccctgaagggggtagccttgaagctggtaaaaagaatgctggctcagcagtgacc
atgtcagatgaacatgctaacaaaccagctgagtcacccacctccgttttagagaagcca
gatcgtggaaactcaattgaagctgaagttgaaaatgtatttcattctctagatggagaa
gttaacagccatcttcttgataaaaaggagcaaatatcttcagagccagaggacttcgcc
cagccgggggatgtgtactcccagagagatgttacaggcacaggtgagaataagtgtttg
cactgtgagtttagtgctcactcctctgcttctctagagctgcatgtaaaacggaaacat
acaaaagagtttgagttttattgcatggcatgcgattactacgcggtgactcgtcgcgag
atgaccaggcatgcagcaacagagaagcacaaaatgaaaaggcagtcttatctcaactct
gctaatgtagaagctggttctgcagacatgtccaaaaacatcattatgcctgaagaagag
catcaacaaaattctgaggaatttcaaataatttcaggtcaaccatctgatactcttaaa
tctagaaatgctgcagattgctctattttaaatgagaatactaatttagatatgtctaaa
gtgctctgcgctgctgactctgtagaagttgagactgaagaagaatctaatttcaatgaa
gaccattccttttgtgagactttccaacaggctcctgtcaaggataaagttaggaaacct
gaggagatgatgtcacttactatgtcctcaaactatggctccccaagcagatttcaaaat
gaaaattcaggaagctctgccttaaattgtgagacagcaaagaaaaaccatgagatatcg
aatgatgcaggtgagctgcgtgtccattgtgagggtgaaggaggaaacgcaggagacggt
ggaggtgttgtcccccacagacacctgtgccctgtgacgctcgatggggagcgctcggct
gaaagccctgtgctcgttgtgacaagaataaccagagaacagggaaatctggagagcggg
ggtcagaacagagttgcacgtgggcatggtttggaagacttgaaaggtgtccaagaagat
cccgttctggggaataaggaaattctgatgaattcacaacatgaaacagaatttattttg
gaggaggatggcccagcttctgatagcacagttgaaagtagtgatgtctatgaaactata
attagtattgatgataaagggcaggccatgtacagttttggtcgatttgactcctccata
ataagaataaagaaccctgaagatggtgagttgatagaccagtctgaagagggcttgata
gcaacgggagtgagaattagtgagctgcccttgaaagactgtgctcaaggtgtgaaaaag
aagaaatctgagggcagttccattggtgagtctacacgaattcgctgtgatgattgtggc
ttcttagcagatggactgagtggactgaatgttcacatagccatgaagcatcctacaaaa
gagaagcacttccattgtttactctgtggaaagtcgttctataccgaaagcaaccttcac
cagcatctggctagtgccggccacatgagaaatgagcaggccagtgtggaggagcttccg
gagggaggggccacctttaaatgtgtcaagtgcacagagccctttgattctgaacagaat
ttatttttacatattaaaggacagcatgaggaattgctgcgggaggtgaataagtatata
gtggaagacactgagcaaatcaaccgcgagagggaggaaaaccagggaaacgtctgcaag
tattgtgggaagatgtgtcgaagcagcaactcgatggccttcctggcacacattcgcact
cacacaggatcaaaaccattcaagtgcaagatatgccattttgcaacagctcagcttgga
gatgccagaaaccatgtgaaaaggcaccttgggatgagggaatacaagtgtcatgtctgt
ggggttgcttttgtaatgaagaagcacttaaatactcatctactaggcaagcatggagtt
ggcaccccaaaagaaaggaaatttacatgccacttatgtgatagaagtttcacagagaag
tgggccctgaacaaccacatgaaactccacacgggagaaaagccgtttaaatgtacctgg
cccacgtgccattactcattcctcacagcctccgcaatgaaagaccactacaggacgcac
acaggcgagaagtcgtttctgtgtgacctctgcggctttgccggcgggacccgccacgcc
ctcaccaagcatcgcagacagcacacaggagaaaaacctttcaagtgcgatgagtgtaac
tttgcctccacaactcagtcccatttgactcggcataaacgtgtccacactggagaaaag
ccctacagatgcccctggtgtgactacaggtcaaactgtgctgaaaatatccgcaaacac
attctgcatactggcaaacatgaaggagtcaagatgtacaactgtcccaagtgtgactac
gggaccaacgtcccggtggagttccggaaccatttgaaggaacagcatcctgacatcgaa
aacccggacctcgcttacctgcatgctggcattgtttccaagtcgtacgagtgccgtcta
aagggacaaggagccaccttcgtggagacagacagccccttcaccgcggcggccttggca
gaagagcccctcgtcaaggagaagcccctcagaagcagcaggaggccagcgccgccccct
gagcaggtgcagcaggtcatcatcttccagggctacgacggggagtttgccctggacccc
tcggtggaggagacggccgccgccacgctgcagacgctggccatggccggccaggtggcc
cgggtggtgcatatcacggaggatggccaggtcatcgccacgagtcagagcggggcacat
gtaggcagcgtggtgcccggacccatcctccccgagcagctggctgatggagccacccag
gtggtcgtcgtggggggctccatggaaggccacggcatggatgagtccctcagtccaggt
ggcgctgtgatacaacaggtgaccaagcaggagattttaaacctctcggaggctggagtc
gctccccccgaggcatcctcagccctggatgcattgctctgtgcggtcactgaattaggg
gaggtggagggcagggctgggctcgaggagcaaggcaggcccggcgccaaagacgtgctg
atccagctgcccgggcaggaggtctcccatgtggctgccgaccccgaggcccccgagatc
cagatgttcccacaggcccaggagagcccggccgccgtggaggtgctcacccaggtggtc
catccctcagcagccatggcctctcaggagcgggcacaggtggccttcaagaagatggtc
cagggcgtcctccagtttgctgtgtgtgacacggccgcggccggccagttggtcaaggac
ggtgtcacccaggtggtggtgagcgaagagggtgccgtccacatggtcgccggggagggt
gcccagatcatcatgcaggaggcgcagggcgagcacatggatctggtggagtccgacggg
gagatctcgcagatcatcgtgacggaggagctggtccaggccatggtgcaggagtccagt
ggcggcttctccgagggcaccacgcactacatcctgacagagctgcccccaggggtgcag
gacgagccgggcctgtactcccacaccgtgctggagactgcggactcgcaggaactcctg
caggccggggccacgctaggcacagaggccggggccccaagcagggcagagcagctggcc
agcgtggtcatctacacccaggagggctcctcggccgcggcggcaattcagagccaaaga
gaaagcagcgaactccaggaagcatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (14)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (12)   
DNA sequence (26)   
   RefSeq(nuc) (12)   
   GenBank (7)   
   EMBL (7)   
Protein domain (6)   
   Pfam (6)   
All databases (100)   

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