KEGG   Homo sapiens (human): 29123
Entry
29123             CDS       T01001                                 
Symbol
ANKRD11, ANCO-1, ANCO1, LZ16, T13
Name
(RefSeq) ankyrin repeat domain containing 11
  KO
K21436  ankyrin repeat domain-containing protein 11/12
Organism
hsa  Homo sapiens (human)
Disease
H02327  KBG syndrome
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    29123 (ANKRD11)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    Other HDAC associated proteins
     29123 (ANKRD11)
SSDB
Motif
Pfam: Ank Ank_2 Ank_5 Ank_4 Ank_3
Other DBs
NCBI-GeneID: 29123
NCBI-ProteinID: NP_001243111
OMIM: 611192
HGNC: 21316
Ensembl: ENSG00000167522
UniProt: Q6UB99
Position
16:complement(89267630..89490561)
AA seq 2663 aa
MPKGGCPKAPQQEELPLSSDMVEKQTGKKDKDKVSLTKTPKLERGDGGKEVRERASKRKL
PFTAGANGEQKDSDTEKQGPERKRIKKEPVTRKAGLLFGMGLSGIRAGYPLSERQQVALL
MQMTAEESANSPVDTTPKHPSQSTVCQKGTPNSASKTKDKVNKRNERGETRLHRAAIRGD
ARRIKELISEGADVNVKDFAGWTALHEACNRGYYDVAKQLLAAGAEVNTKGLDDDTPLHD
AANNGHYKVVKLLLRYGGNPQQSNRKGETPLKVANSPTMVNLLLGKGTYTSSEESSTESS
EEEDAPSFAPSSSVDGNNTDSEFEKGLKHKAKNPEPQKATAPVKDEYEFDEDDEQDRVPP
VDDKHLLKKDYRKETKSNSFISIPKMEVKSYTKNNTIAPKKASHRILSDTSDEEDASVTV
GTGEKLRLSAHTILPGSKTREPSNAKQQKEKNKVKKKRKKETKGREVRFGKRSDKFCSSE
SESESSESGEDDRDSLGSSGCLKGSPLVLKDPSLFSSLSASSTSSHGSSAAQKQNPSHTD
QHTKHWRTDNWKTISSPAWSEVSSLSDSTRTRLTSESDYSSEGSSVESLKPVRKRQEHRK
RASLSEKKSPFLSSAEGAVPKLDKEGKVVKKHKTKHKHKNKEKGQCSISQELKLKSFTYE
YEDSKQKSDKAILLENDLSTENKLKVLKHDRDHFKKEEKLSKMKLEEKEWLFKDEKSLKR
IKDTNKDISRSFREEKDRSNKAEKERSLKEKSPKEEKLRLYKEERKKKSKDRPSKLEKKN
DLKEDKISKEKEKIFKEDKEKLKKEKVYREDSAFDEYCNKNQFLENEDTKFSLSDDQRDR
WFSDLSDSSFDFKGEDSWDSPVTDYRDMKSDSVAKLILETVKEDSKERRRDSRAREKRDY
REPFFRKKDRDYLDKNSEKRKEQTEKHKSVPGYLSEKDKKRRESAEAGRDRKDALESCKE
RRDGRAKPEEAHREELKECGCESGFKDKSDGDFGKGLEPWERHHPAREKEKKDGPDKERK
EKTKPERYKEKSSDKDKSEKSILEKCQKDKEFDKCFKEKKDTKEKHKDTHGKDKERKASL
DQGKEKKEKAFPGIISEDFSEKKDDKKGKEKSWYIADIFTDESEDDRDSCMGSGFKMGEA
SDLPRTDGLQEKEEGREAYASDRHRKSSDKQHPERQKDKEPRDRRKDRGAADAGRDKKEK
VFEKHKEKKDKESTEKYKDRKDRASVDSTQDKKNKQKLPEKAEKKHAAEDKAKSKHKEKS
DKEHSKERKSSRSADAEKSLLEKLEEEALHEYREDSNDKISEVSSDSFTDRGQEPGLTAF
LEVSFTEPPGDDKPRESACLPEKLKEKERHRHSSSSSKKSHDRERAKKEKAEKKEKGEDY
KEGGSRKDSGQYEKDFLEADAYGVSYNMKADIEDELDKTIELFSTEKKDKNDSEREPSKK
IEKELKPYGSSAINILKEKKKREKHREKWRDEKERHRDRHADGLLRHHRDELLRHHRDEQ
KPATRDKDSPPRVLKDKSRDEGPRLGDAKLKEKFKDGAEKEKGDPVKMSNGNDKVAPSKD
PGKKDARPREKLLGDGDLMMTSFERMLSQKDLEIEERHKRHKERMKQMEKLRHRSGDPKL
KEKAKPADDGRKKGLDIPAKKPPGLDPPFKDKKLKESTPIPPAAENKLHPASGADSKDWL
AGPHMKEVLPASPRPDQSRPTGVPTPTSVLSCPSYEEVMHTPRTPSCSADDYADLVFDCA
DSQHSTPVPTAPTSACSPSFFDRFSVASSGLSENASQAPARPLSTNLYRSVSVDIRRTPE
EEFSVGDKLFRQQSVPAASSYDSPMPPSMEDRAPLPPVPAEKFACLSPGYYSPDYGLPSP
KVDALHCPPAAVVTVTPSPEGVFSSLQAKPSPSPRAELLVPSLEGALPPDLDTSEDQQAT
AAIIPPEPSYLEPLDEGPFSAVITEEPVEWAHPSEQALASSLIGGTSENPVSWPVGSDLL
LKSPQRFPESPKRFCPADPLHSAAPGPFSASEAPYPAPPASPAPYALPVAEPGLEDVKDG
VDAVPAAISTSEAAPYAPPSGLESFFSNCKSLPEAPLDVAPEPACVAAVAQVEALGPLEN
SFLDGSRGLSHLGQVEPVPWADAFAGPEDDLDLGPFSLPELPLQTKDAADGEAEPVEESL
APPEEMPPGAPGVINGGDVSTVVAEEPPALPPDQASTRLPAELEPEPSGEPKLDVALEAA
VEAETVPEERARGDPDSSVEPAPVPPEQRPLGSGDQGAEAEGPPAASLCAPDGPAPNTVA
QAQAADGAGPEDDTEASRAAAPAEGPPGGIQPEAAEPKPTAEAPKAPRVEEIPQRMTRNR
AQMLANQSKQGPPPSEKECAPTPAPVTRAKARGSEDDDAQAQHPRKRRFQRSTQQLQQQL
NTSTQQTREVIQQTLAAIVDAIKLDAIEPYHSDRANPYFEYLQIRKKIEEKRKILCCITP
QAPQCYAEYVTYTGSYLLDGKPLSKLHIPVIAPPPSLAEPLKELFRQQEAVRGKLRLQHS
IEREKLIVSCEQEILRVHCRAARTIANQAVPFSACTMLLDSEVYNMPLESQGDENKSVRD
RFNARQFISWLQDVDDKYDRMKTCLLMRQQHEAAALNAVQRMEWQLKVQELDPAGHKSLC
VNEVPSFYVPMVDVNDDFVLLPA
NT seq 7992 nt   +upstreamnt  +downstreamnt
atgcccaagggtgggtgccctaaagcaccacagcaggaagagcttcccctcagcagcgac
atggtggagaagcagactgggaaaaaggataaagataaagtttctctaaccaagacccca
aaactggagcgtggcgatggcgggaaggaggtgagggagcgagccagcaagcggaagctg
cccttcaccgcgggcgccaatggggagcagaaggactcggacacagagaagcagggccct
gagcggaagaggattaagaaggagcctgtcacccggaaggccgggctgctgtttggcatg
gggctgtctggaatccgagccggctaccccctctccgagcgccagcaggtggcccttctc
atgcagatgacggccgaggagtctgccaacagcccagtggacacaacaccaaagcacccc
tcccagtctacagtgtgtcagaagggaacgcccaactctgcctcaaaaaccaaagataaa
gtgaacaagagaaacgagcgtggagagacccgcctgcaccgagccgccatccgcggggac
gcccggcgcatcaaagagctcatcagcgagggggcagacgtcaacgtcaaggacttcgca
ggctggacggcgctgcacgaggcctgtaaccggggctactacgacgtcgcgaagcagctg
ctggctgcaggtgcggaggtgaacaccaagggcctagatgacgacacgcctttgcacgac
gctgccaacaacgggcactacaaggtggtgaagctgctgctgcggtacggagggaacccg
cagcagagcaacaggaaaggcgagacgccgctgaaagtggccaactcccccacgatggtg
aacctcctgttaggcaaaggcacttacacttccagcgaggagagctcgacggagagctca
gaagaggaagacgcaccatccttcgcaccttccagttcagtcgacggcaacaacacggac
tccgagttcgaaaaaggcctcaagcacaaggccaagaacccagagccacagaaggccacg
gcccccgtcaaggacgagtatgagtttgatgaggacgacgagcaggacagggttcctccg
gtggacgacaagcacctattgaaaaaggactacagaaaagaaacgaaatccaatagtttt
atctctatacccaaaatggaggttaaaagttacactaaaaataacacgattgcaccaaag
aaagcgtcccatcgtatcctgtcagacacgtcggacgaggaggacgcgagtgtcaccgtg
gggacaggagagaagctgagactctcggcacatacgatattgcctggtagtaagacacga
gagccttctaatgccaagcagcagaaggaaaaaaataaagtgaaaaagaagcgaaagaaa
gaaacaaaaggcagagaggttcgcttcggaaagcggagcgacaagttctgctcctcggag
tcggagagcgagtcctcagagagtggggaggatgacagggactctctggggagctctggc
tgcctcaaggggtccccgctggtgctgaaggacccctccctgttcagctccctctctgcc
tcctccacctcgtctcacgggagctctgccgcccagaagcagaaccccagccacacagac
cagcacaccaagcactggcggacagacaattggaaaaccatttcttccccggcttggtca
gaggtcagttctttatcagactccacaaggacgagactgacaagcgagtctgactactcc
tctgagggctccagtgtggaatcgctgaagccagtgaggaagaggcaggagcacaggaag
cgagcctccctgtcggagaagaagagccccttcctgtccagcgcggagggcgctgtcccc
aaactggacaaggaggggaaagttgtcaaaaaacataaaacaaaacacaaacacaaaaac
aaggagaagggacagtgttccatcagccaagagctgaagttgaaaagttttacttacgaa
tatgaggactccaagcagaagtcagataaggctatactgttagagaatgatctttccact
gaaaacaagctaaaagtgttaaagcacgatcgcgaccactttaaaaaagaagagaaactt
agcaaaatgaaattagaagaaaaagaatggctctttaaagatgaaaaatcactgaagaga
atcaaagacacaaacaaagacatcagcaggtctttccgagaagagaaagaccgttcgaat
aaagcagaaaaggagagatcgctgaaggaaaagtctccgaaagaagaaaaactgagactg
tacaaagaggagagaaagaagaaatcaaaagaccggccctcaaaattagagaagaagaat
gatttaaaagaggacaaaatttcaaaagagaaggagaagatttttaaagaagataaagaa
aaactcaaaaaagaaaaggtttatagggaagattctgcttttgacgaatattgtaacaaa
aatcagtttctggagaatgaagacaccaaatttagcctttctgacgatcagcgagatcgg
tggttttctgacttgtccgattcatcctttgatttcaaaggggaggacagctgggactcg
ccagtgacagactacagggacatgaagagcgactctgtggccaagctcatcttggagacg
gtgaaggaggacagcaaggagaggaggcgggacagccgggcccgggagaagcgagactac
agagagcccttcttccgaaagaaggacagggactatttggataaaaactctgagaagagg
aaagagcagaccgaaaagcataaaagtgtccctggctacctttcggaaaaggacaagaag
aggagagagtccgcagaggccgggcgggacagaaaggacgccctggagagctgcaaggag
cgcagggacggcagggccaagcccgaggaggcgcaccgggaggagctgaaggagtgtggc
tgcgagagtggcttcaaggacaagtccgacggcgactttgggaagggcctggagccgtgg
gaacggcaccacccagcacgagagaaggagaagaaggatggccccgataaggaaaggaag
gagaagacaaaaccagaaagatacaaagagaaatccagtgacaaggacaaaagtgagaaa
tcaatcctggaaaaatgtcagaaggacaaagaatttgataaatgttttaaagagaaaaaa
gataccaaggaaaaacataaagacacacatggcaaagacaaagaaaggaaagcgtctctc
gaccaagggaaagagaagaaggagaaggctttccctgggatcatctcagaagacttctct
gaaaaaaaagatgacaagaaaggcaaagagaaaagctggtacatcgcagacatcttcaca
gatgagagtgaggacgacagagacagctgcatggggagcgggttcaagatgggagaggcc
agcgacttgccgaggacggacggcctccaggagaaggaggaaggacgggaggcctatgcc
tccgacagacacaggaagtcttctgacaagcagcaccctgagaggcagaaggacaaggag
cccagagacaggagaaaggaccgaggggctgccgacgcggggagagacaaaaaagagaaa
gtctttgaaaagcacaaggagaagaaggataaagagtccacagaaaagtacaaggacagg
aaggacagagcctcagtggactccacgcaagataagaaaaataaacagaagctccccgag
aaggctgaaaagaagcacgctgccgaagacaaggctaaaagcaaacacaaagagaagtcg
gacaaagaacattccaaggagaggaagtcctcgagaagtgccgacgcggaaaaaagcctg
cttgaaaagttggaagaagaggctctccatgagtacagagaagactccaacgataaaatc
agcgaggtctcctctgacagcttcacggaccgagggcaggagccggggctgactgccttc
ctggaggtctctttcacggagccacctggagacgacaagccgagggagagcgcctgcctc
cctgagaagctgaaagagaaggagaggcacagacactcctcatcttcatccaagaagagc
cacgaccgagagcgagccaagaaagagaaggccgagaagaaagagaagggcgaagattac
aaggagggcggtagcaggaaggactccggccagtacgaaaaggacttcctggaggcggat
gcttacggagtttcttacaacatgaaagctgacatagaagatgagctagataaaaccatt
gaattgttttctaccgaaaagaaagataaaaatgattccgagagagaaccttccaagaaa
atagaaaaggaactaaagccttatggatctagtgccatcaacatcctaaaagagaagaag
aagagagagaaacacagggagaaatggagagacgagaaggagaggcaccgggacaggcat
gcggatgggctgctgcggcatcacagggacgagctcctgcggcatcacagggacgagcag
aagcccgccaccagggacaaggacagcccgccccgcgtgctcaaagacaagtccagggac
gagggcccgaggctcggcgatgccaaactgaaggagaaattcaaggacggtgcagagaaa
gaaaagggcgacccagtgaagatgagcaacgggaatgataaggtagcgccatccaaagac
ccaggcaagaaagacgccaggcccagggagaagctcctgggggacggcgacctgatgatg
accagcttcgagaggatgctgtcccagaaggacctggagatcgaggagcgccacaagcgg
cacaaggagaggatgaagcaaatggagaagctgaggcaccggtccggagaccccaagctc
aaggagaaggcgaagccggcagacgacgggcggaagaagggtctggacattcctgctaag
aaaccgccggggctggaccctccatttaaagacaaaaagctcaaagagtcgactcctatt
ccacctgccgcggaaaataagctacacccagcatcaggtgcagactccaaagactggctg
gcaggccctcacatgaaagaggtcctgcctgcgtcccccaggcctgaccagagccggccc
actggcgtgcccacccctacgtcggtgctatcctgccccagctacgaggaggtgatgcac
acgcccaggaccccgtcctgcagcgccgatgactacgcggacctcgtgttcgactgcgcc
gactcgcagcactccacgcccgtgcccaccgctcccaccagcgcctgctccccctccttt
ttcgacaggttctccgtggcttcaagtgggctttcggaaaacgccagccaggctcctgcc
aggcctctctccacaaacctttaccgctcggtctctgtcgacattaggaggacccccgag
gaagaattcagcgtcggagacaagctcttcaggcagcagagcgttcctgctgcctccagc
tacgactctcccatgccaccctcgatggaagacagggcgcccctgcccccggttcccgcg
gagaagtttgcctgcttgtcgccagggtactactccccagactatggcctcccgtcgccc
aaagtcgacgctttgcactgcccaccggctgccgttgtcactgtcaccccgtctccagag
ggcgtcttctcaagtttacaagcaaaaccttccccttcccccagagccgagctgctggtt
ccttccctcgaaggggcccttcccccggacctggacacctccgaggaccagcaggcgacg
gccgccatcatccccccggagcccagctacctggagccgctggacgagggtcccttcagc
gccgtcatcaccgaggagcccgttgagtgggcccacccctccgagcaggcgcttgcctct
agcctgatcgggggcacctctgaaaaccctgtgagctggcctgtgggctcggacctcctg
ctgaagtctccacagagattccccgagtccccaaagcgtttctgccccgcggaccccctc
cactctgccgccccagggcccttcagcgcctcggaggcgccgtaccccgcccctcccgcc
tctcctgccccgtacgctctgcccgtcgctgagccggggctggaggacgtcaaggacgga
gtggacgccgtccccgccgccatctccacctcagaggcggctccctacgcccctccctcc
gggctggagtccttcttcagcaactgcaagtcacttccggaagccccgctggacgtggcc
cccgagcccgcctgtgtagccgctgtggctcaggtggaggctctggggcccctggaaaat
agcttcctggacggcagccgcggcctgtctcacctcggccaggtggagccggtgccctgg
gcggacgccttcgccggccccgaggacgacctggacctggggcccttctccctgccggag
cttcccctgcagactaaagatgccgcagatggtgaagcggaacccgtggaagaaagtctt
gctcctccagaagagatgcctccaggggcccccggggtcataaacggtggggatgtttcc
accgtagtggctgaggagccgccggcactgcctcctgaccaggcctccacccggctccct
gcagagctcgagcctgagccctcaggggagccaaagctggacgtggctctagaagctgcg
gtggaggcggagacggtgccggaagagagggcccgtggggatccggactccagcgtggag
cccgcgcccgttcccccagaacagcgcccactggggagcggagaccagggggctgaggct
gaaggcccccccgccgcgtccctctgtgcccctgacggccccgccccgaacactgtggca
caagctcaggccgcagacggtgccggccccgaggacgacactgaggcctcccgtgccgcc
gccccagccgaaggccctcctggcggcatccagccggaagccgcagaaccaaaacccacg
gccgaagccccgaaggccccccgagtggaggagatccctcagcgcatgaccaggaaccgg
gcgcagatgctcgcgaaccagagcaagcagggcccgcccccctccgagaaggagtgcgcc
cccacccctgccccggtcaccagggccaaggcccgcggctccgaggacgacgacgcccag
gcccagcatccgcgcaaacgccgctttcagcgctccacccagcagctgcagcagcagctg
aacacgtccacgcagcagacgcgggaggtgatccagcagacgctggccgccatcgtggac
gccatcaagctggatgccatcgagccctaccacagcgacagggccaacccctacttcgaa
tacctgcagatcaggaagaagatcgaggagaagcgcaagatcctgtgctgtatcacgccg
caggcgccccagtgctacgccgagtacgtcacctacacgggctcctacctcctggacggc
aagccgctcagcaagctccacatccccgtgatcgcaccccctccctccctggcggagccc
ctgaaggagctgttcaggcagcaggaggccgtccggggaaagctgcgtctacagcacagc
atcgagcgggagaagctgatcgtatcctgtgagcaggagattctgcgggttcactgccgg
gcggccaggaccatcgccaaccaggcagtgccattcagcgcctgcacgatgctgctggac
tccgaggtctacaacatgcccctggagagccagggtgacgagaacaagtcagtgcgcgac
cgtttcaacgcccgccagttcatctcctggctccaggacgtggatgacaagtatgaccgc
atgaagacttgcctcctcatgcggcagcagcacgaggccgcggccctgaacgccgtgcag
aggatggagtggcagctgaaggtgcaggaactggaccccgccgggcacaagtccctgtgc
gtgaacgaggtgccctccttctacgtgcccatggtcgacgtcaacgacgactttgtattg
ttgccggcatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (86)   
   KEGG ORTHOLOGY (1)   
   RefGene (69)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (10)   
   OC (1)   
   PHAROS (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (56)   
   RefSeq(nuc) (4)   
   GenBank (26)   
   EMBL (26)   
Protein domain (5)   
   Pfam (5)   
All databases (158)   

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