KEGG   Gallus gallus (chicken): 425900
Entry
425900            CDS       T01006                                 
Symbol
ANKRD12
Name
(RefSeq) LOW QUALITY PROTEIN: ankyrin repeat domain-containing protein 12
  KO
K21436  ankyrin repeat domain-containing protein 11/12
Organism
gga  Gallus gallus (chicken)
Brite
KEGG Orthology (KO) [BR:gga00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:gga03036]
    425900 (ANKRD12)
Chromosome and associated proteins [BR:gga03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    Other HDAC associated proteins
     425900 (ANKRD12)
SSDB
Motif
Pfam: Ank Ank_2 Ank_5 Ank_4 Ank_3
Other DBs
NCBI-GeneID: 425900
NCBI-ProteinID: XP_015137982
CGNC: 6363
Ensembl: ENSGALG00000008399
Position
2:complement(98582913..98645736)
AA seq 2015 aa
MPKSGSTKTAQIENSDSDSTMVEKPAARKSKDKIASYSKSPKVDRSDVGKEMKEKSSMKR
KLPFTISPSRNEDRNSDTEKEGPEKKKVKKDAGNKKSTPVSILFGYPLSERKQMALLMQM
TARDNSPDSNLNHPLQTTPAQKKTPSSSSRQKDKVNKXNERGETPLHMAAIRGDVKQVKE
LISLGANVNVKDFAGWTPLHEACNVGYYDVAKVLIAAGADVNTQGLDDDTPLHDSASSGH
RNIVKLLLRHGGNPFQANKHGERPVDVAETEELEMLLKREVPISDDEDSCSDSEEAPSVN
PSSVEGNVDSEVEKDSVANGSKQIVHSKAPHPPALDEYEFKDDDEDEMKKMIDDRHILRK
DVRKEDETEVEKNSLFAKQEKVSYSKSLKNKKQKPSRVLYSSSESSDEEIVQDKKIVSPC
SVSETSSSDVRVKKECVVTNEHKQKGKVKKKVKNQSKNKENQELKQEKENARVTNIAASG
LDSLDKTRDEETFKKSFSQKDDSSLQLFHIAAGKSPKHPCGLSEKQATALKQENTKTCLS
PGGSEITLQPELVRCDHSVDSEYLVESSSGKSCKHKEKSKHHQKDFQLEFGEKSSPKIKD
EDNSSTFENSEYTLRKIDKEGKALKKHKLKHKEREKDKDKKEQDGEKEKHKHNIKESQRS
IEFDREFWKENFFKSDDSEDTLLNTEHETLPSDRKSKLEKAVAKEDRLAKERQFHKERNA
REEREKNKKENEKFLKDEKMKDSKEEKETILADKEMEMFCLSVKDEVISMHLIEKEADTE
KHEKNLKENKEKRTSAKEKDVEKAERKNGEKEKKIKHECKTEKAEVNENMEKVKEKTNFQ
QAERCHKENDKIKSTGALKKLDEKEKNKEKMEKKHDKEKVDKDRHLADSKEKHCIERKVK
QSEKESEYTKSEKNRTKDKEKEPERRDKSKDKETSTVVNSKHVQEERRCNIADSNKSMHD
KLTSLKEKQKDDFLKTPDGREKDKKDKDIDRYKERDKHKQHQSSLLKLKLEHEKLKPKTS
PAPKDARPKEKRLVNDDLMQTSFERMLSLKDLEIEQWHRKHKEKIKQKEKERLRNRTCLE
LSKIKEKQRQSLPEVKNKELTRSKSSELPDFCMKEKQQKEATSSRSQSVDTRNINVIKSL
LVLDNANKSPKSEGEKMGLSSKSVSIISVASSEDSCHTTVTXPRPAMECDSDFVLEGADS
QMSFSQSPFLPTAXSPALLERETDGVAELSDRMKPSFANRLPPAYIRSASFEDFKLVLNE
CRPVVEVRRCSMPASVSEHSKPPRISEENNQNAQMSVQTYPSTSPKPELPCSMVERDIQS
SFSGLRSSPTGAVSNKQVTVGTSTIKNTAQISPSEECNIHLEPCSQSGVTQQTKPWDVPF
DRLNSINNECSSSGYDVSEQDTNNFVAMHNSETRTIKEQKVAEYLPQRAEIKGNSSSQES
ASFLPSQSPCSLPIQPLPEGSKHISSPGISNQDSLPVQQNLVQTVSSAFNTDASSTRETE
NVFIPSNIKKADAPHAIYSEGSAKDISEICERVNDLPVVVLERDIPESDGTSQLNVNSYV
FNKLVCKNTQIEVDGNTVDTSNFRNEKDQQENLISVHVVNSKADTDLCDLRSAMSQGIMN
NSSNKKPCTADGEDVLTDEAPQYSLSNSENNSQEIIQEEVHKYSQIVKLEEIAEDQKMEQ
QEVPQRITRNRANVLANQGKQNPVVCMQTLEKESELLASMKGRIRLTEDDDGQVHHPRKR
KVSRVPQPVQVNPSLLQAKEKTQQSLAAVVDSLKLEEIQPYCSERANPYFEYLHIRKKIE
EKRKLLCSVIPQAPQYYDEYVTFNGSYLLDGNPLSKICIPTITPPPSLSDPLKELFKQQE
VVRMKLRLQHSIEREKLIVSNEQEVLRVHYRAARTLANQTLPFSACTVLLDAEVYNVPLD
AQADDSKTSVRDRFNARQFMSWLQDVDDKFDKLKTCLLMRQQHEAAALNAVQRLEWQLKL
QELDPATYKSISIYEIQEFYVPLVDVNDDFELTPI
NT seq 6048 nt   +upstreamnt  +downstreamnt
atgcccaaatctggatctacaaaaacagctcaaatagaaaattctgacagtgatagcacc
atggtggaaaaaccagctgcaagaaagagcaaggacaagattgcatcctacagcaaatct
ccaaaagtggataggagtgatgtggggaaggagatgaaagaaaagtcttccatgaaacgt
aaacttccttttactattagtccatccagaaatgaagatcgcaattcagacacagagaag
gaaggtccggagaaaaagaaagtgaagaaggatgctggaaataagaagtcaacaccagtt
agcattctttttggctatcctctgtcagagcgcaaacagatggcacttcttatgcagatg
acagcaagagacaacagtccagattccaacttgaatcatcctctgcaaacaacaccagca
caaaagaaaactccaagctcctcttccagacaaaaagacaaagttaacaagnagaatgaa
cgaggggaaactcctttacatatggcagcgattagaggagatgttaaacaagttaaggag
cttatcagtttaggtgcaaatgtgaatgtaaaagattttgcaggttggacaccactgcat
gaagcttgtaatgttggttactatgatgttgctaaagtcctgattgcagcaggagctgac
gtgaacacgcagggtttggatgatgatacgccgcttcatgattctgctagtagtgggcat
agaaatattgtgaagttgttgcttcgacatggtggaaatccatttcaggccaataagcat
ggagagaggcctgttgatgtagctgaaactgaagagctggaaatgctgttgaaaagggag
gtacctatctctgatgacgaggacagttgctcagattctgaagaagctccatctgtaaat
ccttccagtgtagagggaaatgttgactcagaagtggaaaaagactctgtagccaacggc
agcaaacaaattgttcacagtaaggcaccacatccacctgcacttgatgaatatgagttt
aaagatgacgatgaagatgaaatgaagaaaatgattgatgacagacatattcttagaaaa
gatgtaaggaaagaggatgaaacagaagttgaaaagaacagcttatttgcaaaacaagaa
aaagtttcctattcaaaatcacttaaaaacaagaaacagaagccatctagagttttgtat
tcaagttccgaaagctcagatgaagaaatagtccaggacaagaagatagtctctccttgt
tctgtttcagagacgtcaagttctgatgtaagagtgaagaaagaatgtgttgttacaaat
gaacacaagcaaaaaggcaaagttaaaaagaaagtaaaaaatcaaagtaaaaataaagag
aatcaagaactaaagcaagaaaaagaaaatgctagagtaacaaatatagctgcttctggg
ttagattccttagataaaactagagatgaagaaacatttaagaagtctttcagccaaaaa
gacgattcttctttacaactatttcatattgctgctggcaaatctcctaagcatccctgt
ggattaagtgaaaagcaagcaacagcgttaaagcaagaaaacaccaaaacttgcttatca
ccaggaggctctgaaataacattacagcctgaattagttcggtgtgatcacagtgtggat
tctgagtatctagtagagagctccagtggcaaatcttgtaaacataaagaaaaaagcaag
catcatcagaaagattttcagttagaatttggtgaaaaatctagccctaaaattaaagat
gaagataatagctcaacgtttgagaattcagagtatactctgagaaagattgacaaggaa
ggtaaagcacttaaaaagcataaattaaaacacaaagaaagagaaaaagataaggacaag
aaggaacaggatggggaaaaggaaaaacataaacataatattaaagagtctcaaagaagt
attgagtttgacagagagttttggaaagaaaattttttcaaaagtgatgacagtgaagat
acactgttaaatacagaacatgaaactcttccttcagacagaaaatcgaagttggaaaaa
gctgtggcaaaagaagacaggttagctaaggagagacagttccacaaggaaagaaatgct
agagaggagagagagaagaacaaaaaggaaaatgagaagttccttaaggatgaaaaaatg
aaagattcgaaagaagaaaaagagactatacttgcagataaagaaatggaaatgttctgc
ttaagtgttaaagatgaggtaatcagcatgcacttaatagaaaaagaagcagatactgaa
aagcatgaaaagaatttaaaggaaaataaggagaaacgaacctcagccaaagaaaaagat
gttgaaaaggcagaaagaaaaaatggagaaaaagagaaaaaaataaaacatgaatgtaag
acagagaaagcagaagtaaatgaaaatatggagaaagtaaaggaaaagaccaatttccag
caagctgaaagatgccataaggagaacgataaaataaaaagcacaggtgctcttaagaaa
cttgatgagaaagaaaaaaataaagaaaagatggaaaagaagcatgacaaagaaaaggtt
gataaagacagacatttggctgacagcaaagaaaaacactgtattgaaagaaaagtcaaa
cagtctgaaaaagaatctgaatatactaagtcagaaaaaaatagaactaaagacaaggaa
aaggaacctgaaagaagagacaaatccaaagacaaagagacttcaacagtagtgaactca
aaacacgtgcaagaagaaagaaggtgcaacattgcggacagtaataaatcaatgcatgac
aaactaacgtctttgaaagaaaagcaaaaagatgatttcttgaaaactccagacggtaga
gagaaagataaaaaagataaagatatagacaggtacaaagagagagacaagcataaacag
catcaaagtagtttacttaaactaaaactcgaacatgagaaacttaagcctaaaacttct
cctgcaccaaaggatgctcgacctaaagagaaaaggttagtcaatgatgatttaatgcaa
actagttttgaaagaatgcttagccttaaagatctggaaattgagcagtggcatagaaaa
cataaagaaaaaataaaacagaaagagaaggaacgtttacgaaatcgcacttgtttagaa
cttagcaagataaaagagaaacagagacagtcgttacctgaagtaaaaaacaaagaactt
actcgttcaaaaagctcagagttgccagatttttgcatgaaggagaaacagcagaaagaa
gctacgagtagtagatcccagtcggtagatacaagaaatataaacgttataaagtcttta
ttggttttggataatgcgaataaatcccccaaatcagaaggtgaaaagatgggactgagc
tccaaatccgtgtccatcatttctgttgcaagttctgaggattcctgccataccacagta
actnatccaaggcctgcaatggaatgtgactccgattttgtgctagaaggcgctgattcc
caaatgtctttttcacaatcaccatttttgccaactgccnaatcgcctgcccttcttgaa
agagagaccgatggtgttgccgaattgtctgatcggatgaagccatcttttgcaaacagg
cttccaccagcatacatcagatcagcatcttttgaagacttcaaactggttttaaatgag
tgtagacctgttgtagaggttcgaagatgcagcatgcctgcttctgtttctgaacacagc
aaaccgcctcgaatatcagaggaaaataaccagaatgctcagatgtcagttcagacttat
cccagcacttcccctaaaccagaactaccatgtagcatggttgaaagagatatccaaagc
agtttttctggtttgcggtcatctccaactggagctgttagcaacaagcaggtaacagtg
ggtacaagtaccattaaaaataccgctcagataagtccctcagaagaatgcaatattcat
ttagaaccatgtagtcaaagtggtgtgactcagcaaaccaaaccttgggatgtgcctttt
gacagactgaattcaataaacaatgagtgtagcagctcaggttatgatgtatcagagcaa
gatactaataattttgtagcaatgcataattctgaaaccaggacaataaaagagcaaaaa
gtagctgaatatttgcctcagcgtgctgagatcaagggaaattccagttctcaagaatct
gcatcatttttgccttcacagtcaccttgttccttacctatccagccacttccagaggga
tctaaacacatttcttcaccaggcattagcaatcaagattcattacctgtacaacaaaat
ctagttcaaactgtaagttctgccttcaatacagatgctagtagcaccagagagacggaa
aatgttttcatcccttccaacattaagaaggctgatgcaccccatgctatatattctgag
ggctctgcgaaggatatttcagagatctgtgaaagggtaaatgatttacctgtggtggtg
ttagaaagagatattcctgaatctgatggcacttcacaattaaatgtaaattcatatgtg
ttcaataaacttgtttgcaagaatactcagattgaagtggatggtaacacagtggatact
tcaaacttcagaaatgaaaaagaccagcaagaaaatttgatttcagtgcatgttgttaac
agtaaagctgacactgatctctgtgatctacgttcagcaatgtcgcagggaattatgaac
aattcatctaataaaaagccctgcactgccgacggagaggatgtgttgacagatgaagca
ccgcagtactctttatctaattcagaaaataattcacaagagattatacaagaagaggtg
cataaatacagtcaaatagttaaactggaagaaattgctgaggatcagaagatggaacag
caagaagtacctcaaagaatcacaagaaatagagcaaatgtgctggcgaaccagggcaaa
cagaatcctgttgtctgcatgcagacgttggaaaaggagtccgaattgttagcatctatg
aaaggaaggattagattaactgaagatgatgatggtcaggttcatcatccacgtaagaga
aaggtgtctcgcgtacctcagcctgtgcaagtgaacccttctttactgcaagctaaagag
aaaacccagcagtcactggcagctgtcgttgattctttgaaacttgaagagatacagcca
tactgttctgagagagcaaatccatattttgaatacttgcacatacgaaaaaaaatagag
gagaagcgtaaattactgtgcagtgttattcctcaggcacctcaatattatgatgaatat
gtgaccttcaatggatcttatctactggatggcaatcccttgagcaagatatgcattcca
actattacacctcctccctcgctgtcagacccacttaaggaactatttaaacaacaggag
gttgtaaggatgaaactacgtttacagcacagtattgaaagggaaaagcttattgtttct
aatgagcaagaagtcctccgtgttcattaccgagcagcaagaactctagctaatcaaaca
ctaccattcagtgcctgcactgttctgctggatgccgaggtttacaacgtgcccctggat
gctcaggccgatgacagcaaaacatcagtgagggatcgattcaatgcacgacagtttatg
tcatggttacaggatgtcgatgataagtttgacaaattaaagacgtgccttttgatgagg
cagcagcatgaagcagcagctttaaatgcggtacaaagactggagtggcagctcaaactg
caagaacttgatcctgctacatacaaatccatcagcatttatgaaattcaggaattctac
gttcctcttgttgatgttaacgacgactttgaattgacaccaatatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (71)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   CGNC (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (12)   
   RefSeq(nuc) (6)   
   GenBank (3)   
   EMBL (3)   
Protein domain (5)   
   Pfam (5)   
All databases (95)   

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