KEGG   Rattus norvegicus (rat): 365023
Entry
365023            CDS       T01003                                 
Symbol
Ankrd11
Name
(RefSeq) ankyrin repeat domain-containing protein 11
  KO
K21436  ankyrin repeat domain-containing protein 11/12
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:rno03036]
    365023 (Ankrd11)
Chromosome and associated proteins [BR:rno03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    Other HDAC associated proteins
     365023 (Ankrd11)
SSDB
Motif
Pfam: Ank_2 Ank Ank_5 Ank_4 Ank_3 DUF3348
Other DBs
NCBI-GeneID: 365023
NCBI-ProteinID: NP_001360938
RGD: 1306679
Ensembl: ENSRNOG00000027906
Position
19:complement(67848836..68007491)
AA seq 2639 aa
MPKGGCSKTPQQEDCSLSNDMVEKQTGKKDKDKVSLTKTPKLDRTDGGKEVRERVTKRKL
PFTVGANGEQKDSDTEKQGPERKRIKKEPVPRKSGLLFGMGLSGIRAGYPLSERQQVALL
MQMTAEESANSPVDTTPKHPSQSTVCQKGTPNSASKTKDKVNKRNERGETRLHRAAIRGD
ARRIKELISEGADVNVKDFAGWTALHEACNRGYYDIAKQLLAAGAEVNTKGLDDDTPLHD
AANNGHYKVVKLLLRYGGNPQQSNRKGETPLKVANSPTMVNLLLGKGTYTSSEESSTESS
EEEDAPSFAPSSSVDGNNTDSEFEKGLKLKAKNPEPQKTVTPVKDEYEFDEDDEQDRVPP
VDDKHLLKKDYRREAKSNSFISIPKMEVRSYSKNNTLAPKKAAHRILSDTSDEEDVSASI
GAGEKLRLSAHTMLPSSKARESSSSRQQKEKNKLKKKRKKETKGKEVRFGKRSDKFCSSG
SESESSESEEDDGDSVGSSGCLKGSPLVLKDPSLFSSLSASSTSSHGSAVAQKHSSGHTD
QHTKHWRTDNWKAISSPAWSEVSSLSDSSRTGLTSESDCSSEGSSVESLKPTRRKQEHRK
RGSLQSMPERRGTFHPCADGAVPKLDKEGKVVKKHKTKHKHKHKEKGPCSVSQELKLKSF
TYEYEDSKQKPDKAILLENDVSTENKLKVLKHDRDKLSKTKSEDKEWLFKDEKALKRMKD
VSKDTSRAFREERDRPSKTERERSTKEKSPKEEKLRLYKEERKKKSKDRPFKLEKKNDMK
EVSKEKEKAFREDKEKLKKEKLCRDDAAFDDYCNKSQFLDHEDTKFSLSDDQQERWFSDL
SDSSFDFKGEDSWDSVTDYRDIKSDSVAKLILETVKEDSKEKKRDNKTREKRDFRDSFFR
KRDRDCVDRNSEKRRDHTEKQRSFPSYLSEKDKKRRESAEGGRDRRDTLEGSRERRDGRI
RSEEVHREDLKECGCDSTFKDKSDCDFTKTLEPWERPHAAREKEKKDALEKDRKEKGRAE
KYKDKSGERERNEKSILEKCQKDKEFEKCFKEKKDGKEKHKDTHSKDRKTPFDQLREKKE
KAFSSLISEDFSERKDDRKGKEKSWYIADIFTDESEDEKEECVASSFKTGETGDSQRAES
LQEKEDGREHPSDRHRKASSDRQHTEKPRDKEPKEKRKDRGAAEGGKDKKEKIFEKHKEK
KDKECAEKYKERKDRASVDSAPEKKNKQKLPEKVEKKHFVEDKAKSKHKEKPEKDHSRER
KSSRGPDVEKSLLEKLEEEALHDYREDSNDKISEVSSDSFADHGQEPSLSTLLEVSFSEP
PAEDKARESTCLSEKLKERERERHRHSSSSSKKSHERERAKKEKADKKEKGEDYKDGGGG
RKDASQYEKDFADAEAFGGSYTTKADTEEDLDKAIELFSSEKKDRNDSEREPAKKLEKEL
KPYGSSTISILKEKKKREKHREKWREEKEKHRDKHIDGFLRHHKDEPKPAAKDKDNPPNC
FKEKSREESLKLSEAKLKEKFKENAEREKGDSVKMSNGNDKPLPSRDANKKDSRPREKLL
GDGDLMMTSFERMLSQKDLEIEERHKRHKERMKQMEKMRHRSGDPKLKEKKPTDDGRKKS
LDFPSKKALGLDKKVKEPAPVLPTGEGKPHSGPGTESKDWLAGQPLKEVLPASPRTEQGR
PTGVPTPTSVVSCPSYEEVMHTPRTPSCSADDYPDLVFDCTDSQHSMPVSTTSTSACSPP
FFDRFSVASSVVAENAGQTPTRPISTNLYRSISVDIRRTPEEEFSVGDKLFRQQSVPAAS
SFDSPVQHLLEEKAPLPPVPAEKFACLSPEYYSPDYGIPSPKVDTLHCPPTAVVSATPPP
DSVFSNLPPKSSPSPRGELLTPAIEGALPPDLGLPLDATEDQQATAAILPPEPSYLEPLD
EGPFNTVITEEPVEWTHSAAEQSLPSSLIASASETPVSWPVGSELMLKSPQRFAESPKHF
CPGEPLHSTTPGPFSAAEPTYPVSPGSYPLPAPEPALEEVKDGGTGAIPVAIAAAEGAAP
YTAPTRLESFFSNCKPHPDAPLDTAPEPASVTTVAQVEALGPLESSFLDSSHSISALSQV
EPVSWHEAFTSPEDDLDLGPFSLPELPLQAKDASDVEAETAEASPAPPVESPPGPTGVLS
GGDVPASTTEEPPAPPPQEASPQLSTEPEPSEETKLDVVLEAAAETEVLADDSAPEASIS
NLVPAPSPPEQQRPAGGGDEETEAEDPSAAPCCAPDGPTTDGLAQAPNSAEAACVVAAVE
GPPGNIQPEATDPEPKPTSEAPKAPKVEEVPQRMTRNRAQMLASQSKQGIPATEKDSMPA
PASRAKGRAPEEEDAQAQHPRKRRFQRSGQQLQQQLNTSTQQTREVIQQTLAAIVDAIKL
DAIEPYHSDRSNPYFEYLQIRKKIEEKRKILCCITPQAPQCYAEYVTYTGSYLLDGKPLS
KLHIPVIAPPPSLAEPLKELFKQQEAVRGKLRLQHSIEREKLIVSCEQEILRVHCRAART
IANQAVPFSACTMLLDSEVYNMPLESQGDENKSVRDRFNARQFISWLQDVDDKYDRMKTC
LLMRQQHEAAALNAVQRMEWQLKAQELDPAGHKSLCVNEVPSFYVPMVDVNDDFVLLPA
NT seq 7920 nt   +upstreamnt  +downstreamnt
atgcccaagggtgggtgttctaaaacaccccagcaagaagactgttctctcagcaacgac
atggtggagaaacaaactgggaaaaaggataaagataaagtttctctaaccaagactcca
aagctggaccgcactgatggagggaaggaggtgagagaacgggtcaccaagcggaagctg
cccttcaccgtgggggccaatggagagcagaaagactcggacacagagaagcagggtcct
gaacggaagaggatcaagaaggaacctgttccccgaaagtccgggctattgttcggcatg
gggctgtctgggatccgagctggatacccgctctctgagcgtcagcaggtggctctgctc
atgcagatgaccgccgaggagtctgcaaatagtccagtagacaccacaccaaagcaccct
tcccagtctacagtgtgtcagaaggggacccccaactccgcctcaaaaaccaaagataag
gtgaataagagaaatgagcgaggagagacgcgcctgcaccgagcagctattcgaggtgat
gcccggcgcatcaaggagctcatcagtgagggcgcagacgttaatgtcaaggactttgca
ggctggactgcactgcacgaggcatgtaaccggggctactatgacatcgccaagcagctg
ttagccgctggtgcggaggtgaacactaagggcctggacgatgacacgcctttgcacgac
gccgccaacaacgggcactacaaggtggtgaagttgttgttacgatatggcggaaatcct
cagcaaagcaacagaaaaggcgagacaccgttgaaagtagccaattccccaacgatggtg
aatctcctgttaggcaaaggcacatacacttccagtgaggaaagctctactgagagctct
gaagaagaggatgccccatcctttgcaccttccagctccgtcgatggcaataacacagac
tctgagtttgagaaaggcctcaagcttaaggctaagaacccagagccccagaaaactgtg
acccctgtcaaggacgagtacgagtttgacgaggatgacgagcaagacagggtccccccg
gtggatgacaagcacttgctgaagaaagactataggagggaagccaagtccaacagcttc
atctccatacccaaaatggaagtgaggagttactccaaaaacaacacgctcgcaccaaag
aaggcggcccatcgcatcttgtcagacacatcagacgaggaggatgtgagtgcctccata
ggggctggagagaaactgaggctgtcagcacacacaatgctacctagtagtaaggcacga
gagtcttctagttctaggcagcaaaaagaaaaaaataaattgaaaaagaagcgaaagaaa
gaaacaaaagggaaggaagttcggtttggaaagaggagtgacaagttctgttcctctggg
tcagaaagcgagtcctcagagagtgaggaggatgacggggactctgttgggagctcaggc
tgcctcaaggggtccccactggtgctgaaggacccttccctgttcagctcactgtctgcc
tcctccacctcgtctcatggtagtgctgtggcccagaaacacagctctggccacactgac
cagcacactaagcactggcgcactgacaattggaaagccatttcttctccagcctggtct
gaggtgagttctttgtcagactcctcaaggacgggactgaccagtgagtctgactgctcc
tccgagggctccagtgtggaatctctgaagcctacaaggaggaagcaggagcaccgtaaa
aggggcagcctgcagagcatgccggagaggagaggcaccttccacccctgtgcagacggg
gctgtccccaagctggacaaggaagggaaggtggtcaaaaaacacaagacgaaacacaaa
cacaaacacaaggagaaaggaccatgttctgtcagccaagaacttaaactgaaaagcttt
acatatgaatatgaggactccaagcaaaagcccgataaggccatcctcctcgagaacgac
gtctccactgaaaataagttgaaagtgctgaaacacgacagagacaaactcagtaagacg
aagtcggaggataaagagtggctctttaaggatgagaaagccctcaagagaatgaaggac
gtcagcaaagacaccagcagagctttccgagaggaaagagaccgtcccagtaaaacagag
agggagagatccacaaaggagaagtctcctaaggaagagaaattaagactgtacaaagaa
gaaaggaagaaaaagtccaaagatcgaccgttcaagctagaaaagaagaacgacatgaag
gaggtctccaaggagaaggagaaggccttcagagaggacaaagagaagctcaagaaggaa
aagctgtgcagggacgacgctgcttttgacgactactgtaacaaaagccagtttctggac
cacgaggacaccaagttcagcctctctgatgaccagcaagagaggtggttttctgacctg
tcagactcctcttttgatttcaaaggagaggatagctgggactcagtgacagactacaga
gacatcaagagtgactcagtggccaaacttatcctggaaaccgtcaaagaagacagtaag
gaaaagaagcgtgacaacaagacccgggagaagcgagatttcagagactctttcttccgg
aagagagacagggactgtgtagacaggaattctgagaagaggagagaccacacagaaaag
cagagaagcttccccagctacctctctgagaaggacaagaaaaggcgggagtctgcagaa
gggggccgggacaggagggacaccctagagggctcccgggagcggagggatgggcggatt
cggtctgaagaggtgcatagggaggacctaaaggagtgtggctgtgatagcaccttcaag
gacaagtcagactgtgacttcaccaagaccctggagccctgggaacggccccatgcagca
cgggaaaaagagaaaaaggatgccctagaaaaggacaggaaggaaaagggcagggcagag
aaatacaaagataagtccggtgagagggagagaaacgagaagtctatcctcgagaagtgt
cagaaagacaaagaatttgaaaaatgctttaaagagaagaaagacggcaaggaaaagcat
aaagacacacacagcaaagacaggaaaaccccctttgaccaactgagagaaaagaaagag
aaggcgttctccagcctcatctcagaagacttctcagagagaaaggacgacaggaaggga
aaggagaagagctggtacatcgcagacatattcaccgatgagagcgaggatgagaaagag
gagtgcgtggccagcagcttcaagactggagagaccggtgacagccagcgagcggagagc
ctgcaggagaaggaagatggaagagaacacccctcagataggcacaggaaggcctcctcc
gacaggcagcacacagaaaaaccaagggacaaagagcccaaggaaaagaggaaggacaga
ggagctgcggaagggggaaaggacaagaaggaaaagatcttcgagaagcacaaagaaaag
aaagataaagagtgtgcagagaaatacaaggaaaggaaagacagagcctctgttgactct
gccccagaaaagaagaataaacagaaactccctgagaaggtagaaaagaagcactttgtt
gaagacaaggcaaagagtaaacacaaggagaagccagagaaggaccattcccgggagaga
aagtcttcccgaggccctgatgtggagaagagcctgctggagaagctggaggaagaggcc
ttgcatgactaccgggaggactccaatgacaagatcagtgaggtctcctctgacagtttt
gctgaccatggccaggaacccagcctgagcacgctcctggaagtgtccttctctgagccc
ccagcagaggacaaggccagggagagcacttgcctctcagagaaactgaaggagagggag
agggagaggcacaggcattcctcgtcttcctctaagaaaagccacgagcgtgagagagct
aagaaggagaaggctgacaagaaagagaagggcgaagactacaaggacggcggcggcggc
aggaaggacgccagccagtacgagaaggacttcgcggatgcagaggcttttgggggttcc
tacacaacaaaagcagacacggaagaggacctagataaggctatagaactgttctcctca
gagaagaaagacagaaacgattctgagagagaacctgccaagaaactagagaaggagtta
aagccgtatgggtcaagtaccatcagcatcctgaaagaaaagaagaagagagagaaacat
agggagaaatggagggaagaaaaggagaaacacagggacaagcatatagacgggttcctg
agacatcacaaggatgagccaaagcctgcagccaaagacaaggacaaccctcccaactgc
tttaaggagaagtccagagaggaaagcctgaagctcagtgaggccaagctgaaggagaag
ttcaaggagaacgcagaacgagaaaagggcgactccgtgaagatgagcaacggcaacgac
aagcctctgccatcccgagacgcaaacaagaaggacagcaggccccgcgagaagctcctg
ggagatggcgacctcatgatgaccagctttgagaggatgctgtcccagaaagaccttgag
atcgaggagcggcacaagcggcacaaggagcgcatgaagcagatggagaagatgcggcac
aggtctggagaccccaagctcaaagagaagaagcccacggatgatgggcgcaagaagagc
ctagacttcccttccaagaaagctctggggctggacaagaaggtcaaggagccggctccc
gtgctgcccactggtgaaggcaagccacattctggaccaggcacagagtccaaagactgg
ttggctggacaacccttgaaggaggttctgcctgcttcaccccgcactgagcagggccga
cccactggggtgcccacgcccacctcagtagtgtcatgccccagctatgaagaggtgatg
cacacacccagaaccccatcatgcagtgctgatgattaccctgacctggtcttcgactgc
actgactcccagcactcgatgcccgtctccaccacttccaccagcgcctgctctccaccc
ttttttgacaggttctctgtggcttccagtgtggttgcagaaaatgcaggccagactccc
acaaggcctatctccacaaacctttatcgctcgatatctgtggatatcagaaggacaccc
gaagaggaattcagtgttggggacaagctgttcaggcagcagagtgtccctgcagcctca
agttttgattccccagtacagcacttgctggaagaaaaggctcctctgccccccgttcct
gcagaaaagtttgcctgcctgtcccccgagtactactccccagactacggcatcccctcg
cccaaggtagacaccctgcactgtccaccgaccgctgtggtcagtgccacaccgccccca
gacagcgtcttctccaacctaccaccaaagtcttccccttcccctagaggtgaactgttg
accccagccattgaaggggccctgcccccagatctgggcctacctctggatgccacagag
gaccagcaagccacagctgccatccttcccccagagcccagctatctggagcccctggat
gagggccccttcaacacggtcatcaccgaggagcccgtcgagtggacgcacagtgctgct
gagcagtcccttccctcctcccttattgctagtgcctctgaaacccctgtcagctggcct
gtgggctctgagcttatgctaaagtctccacagaggtttgcagaatccccaaaacatttc
tgccctggagaacccctccattccaccaccccaggacccttcagtgctgcagagcccaca
taccccgtctctccgggatcttaccccttgccagcccctgagccagccctggaagaagtc
aaagacggtgggacaggagcaatcccagtggccatcgctgctgcagaaggggctgctcct
tacactgcccccactaggctggagtcatttttcagcaactgcaagccacacccagatgca
cccctggacacagcccctgaacctgcaagtgttactactgtggctcaggtagaggctctg
ggacccctggagagcagcttcctagacagcagtcatagcatatctgccctcagccaggtg
gaaccagtatcatggcatgaggcctttaccagccctgaggacgacctcgacctggggccc
ttctcactgccagagcttcctctccaggccaaagatgcttcagatgttgaggcagaaact
gcagaggccagtcctgcccctccagtagagagccctccaggccccacgggggttctcagt
ggaggggatgtccctgcctccacaactgaggaaccaccagccccacctcctcaggaagca
tcccctcagctctccacagagcccgagccctcagaggagacaaagctggatgtggttcta
gaagctgcagcggaaacagaagtcctggcagatgacagtgcccccgaagcctcaatctcc
aatttggtgccagcacccagtccccctgaacagcagcgccccgcaggaggtggtgatgaa
gagactgaagctgaagatccttctgctgctccctgctgtgcccctgatggacccaccaca
gatggcttggcacaggcacccaacagtgcagaggccgcctgtgttgtggctgctgttgaa
gggcccccaggcaacattcagccagaagctacagacccagagcccaaacctacatccgaa
gcccccaaggcccccaaggtggaagaagttcctcagcggatgaccaggaaccgtgcccag
atgctggccagccagagcaagcagggcatacccgcaacagagaaggactcaatgcctgcc
ccagcctctagagccaagggccgtgcccctgaggaggaggacgcccaggcccagcacccc
cgcaagcggcgcttccaacggtctggtcagcagctgcagcagcagctgaacacatccaca
cagcagacccgcgaggttattcagcagacgctggcagccatcgtggatgcaattaaactg
gacgccattgagccctaccacagcgacaggtccaacccatactttgagtaccttcagatc
agaaagaagatcgaagagaaacggaagatcctctgctgcatcactccgcaggccccccag
tgctatgctgagtatgtcacctacacggggtcctacctcctggacggcaagcccctcagc
aagctgcacatccctgtgattgcaccccctccctctctagcagagcctctgaaggagctg
ttcaagcaacaagaggctgtgcggggtaagctgcgtctgcagcacagcatcgagagggag
aagctgattgtgtcctgtgagcaagagattcttcgggttcattgccgggcagccaggacc
attgccaatcaggcagtgccattcagtgcatgcacaatgctgctggactccgaggtctac
aacatgcctctggagagccagggggatgaaaacaagtctgtacgagaccgcttcaatgct
cgccagttcatctcctggctgcaggacgtagacgacaagtatgaccgcatgaagacatgt
ttgctgatgcggcagcaacatgaagctgcagccctcaatgccgtgcagaggatggagtgg
cagttgaaggcccaggagctggaccctgctgggcacaagtccctgtgtgtaaatgaggtg
ccatccttctacgtgcccatggttgacgtcaacgatgactttgtactgttgccagcatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (14)   
   RefSeq(nuc) (6)   
   GenBank (4)   
   EMBL (4)   
Protein domain (6)   
   Pfam (6)   
All databases (34)   

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