KEGG   Homo sapiens (human): 22852
Entry
22852             CDS       T01001                                 
Symbol
ANKRD26, THC2, bA145E8.1
Name
(RefSeq) ankyrin repeat domain containing 26
  KO
K25138  ankyrin repeat domain-containing protein 26
Organism
hsa  Homo sapiens (human)
Disease
H00978  Thrombocytopenia (THC)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    22852 (ANKRD26)
Cilium and associated proteins [BR:hsa03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   22852 (ANKRD26)
SSDB
Motif
Pfam: CCDC144C DUF3496 Ank_2 Ank Ank_4 Ank_5 Ank_3 ACBP4_C
Other DBs
NCBI-GeneID: 22852
NCBI-ProteinID: NP_055730
OMIM: 610855
HGNC: 29186
Ensembl: ENSG00000107890
UniProt: Q9UPS8
Position
10:complement(26947582..27100494)
AA seq 1710 aa
MKKIFSKKGESPLGSFARRQRSSAGGGGEPGEGAYSQPGYHVRDRDLGKIHKAASAGNVA
KVQQILLLRKNGLNDRDKMNRTALHLACANGHPEVVTLLVDRKCQLNVCDNENRTALMKA
VQCQEEKCATILLEHGADPNLADVHGNTALHYAVYNEDISVATKLLLYDANIEAKNKDDL
TPLLLAVSGKKQQMVEFLIKKKANVNAVDKLESSHQLISEYKEERIPKHSSQNSNSVDES
SEDSLSRLSGKPGVDDSWPTSDDEDLNFDTKNVPKPSLAKLMTASQQSRKNLEATYGTVR
TGNRTLFEDRDSDSQDEVVVESLPTTSIKVQCFSHPTYQSPDLLPKPSHKSLANPGLMKE
EPTKPGIAKKENGIDIIESAPLEQTNNDNLTYVDEVHKNNRSDMMSALGLGQEEDIESPW
DSESISENFPQKYVDPLAGAADGKEKNIGNEQAEDVFYIPSCMSGSRNFKMAKLEDTRNV
GMPVAHMESPERYLHLKPTIEMKDSVPNKAGGMKDVQTSKAAEHDLEVASEEEQEREGSE
NNQPQVEEERKKHRNNEMEVSANIHDGATDDAEDDDDDDGLIQKRKSGETDHQQFPRKEN
KEYASSGPALQMKEVKSTEKEKRTSKESVNSPVFGKASLLTGGLLQVDDDSSLSEIDEDE
GRPTKKTSNEKNKVKNQIQSMDDVDDLTQSSETASEDCELPHSSYKNFMLLIEQLGMECK
DSVSLLKIQDAALSCERLLELKKNHCELLTVKIKKMEDKVNVLQRELSETKEIKSQLEHQ
KVEWERELCSLRFSLNQEEEKRRNADTLYEKIREQLRRKEEQYRKEVEVKQQLELSLQTL
EMELRTVKSNLNQVVQERNDAQRQLSREQNARMLQDGILTNHLSKQKEIEMAQKKMNSEN
SHSHEEEKDLSHKNSMLQEEIAMLRLEIDTIKNQNQEKEKKCFEDLKIVKEKNEDLQKTI
KQNEETLTQTISQYNGRLSVLTAENAMLNSKLENEKQSKERLEAEVESYHSRLAAAIHDR
DQSETSKRELELAFQRARDECSRLQDKMNFDVSNLKDNNEILSQQLFKTESKLNSLEIEF
HHTRDALREKTLGLERVQKDLSQTQCQMKEMEQKYQNEQVKVNKYIGKQESVEERLSQLQ
SENMLLRQQLDDAHNKADNKEKTVINIQDQFHAIVQKLQAESEKQSLLLEERNKELISEC
NHLKERQYQYENEKAEREVVVRQLQQELADTLKKQSMSEASLEVTSRYRINLEDETQDLK
KKLGQIRNQLQEAQDRHTEAVRCAEKMQDHKQKLEKDNAKLKVTVKKQMDKIEELQKNLL
NANLSEDEKEQLKKLMELKQSLECNLDQEMKKNVELEREITGFKNLLKMTRKKLNEYENG
EFSFHGDLKTSQFEMDIQINKLKHKIDDLTAELETAGSKCLHLDTKNQILQEELLSMKTV
QKKCEKLQKNKKKLEQEVINLRSHIERNMVELGQVKQYKQEIEERARQEIAEKLKEVNLF
LQAQAASQENLEQFRENNFASMKSQMELRIKDLESELSKIKTSQEDFNKTELEKYKQLYL
EELKVRKSLSSKLTKTNERLAEVNTKLLVEKQQSRSLFTTLTTRPVMEPPCVGNLNNSLD
LNRKLIPRENLVISTSNPRASNNSMENYLSKMQQELEKNITRELKEAAAELESGSIASPL
GSTDESNLNQDLVWKASREYVQVLKKNYMI
NT seq 5133 nt   +upstreamnt  +downstreamnt
atgaagaagatttttagtaagaagggcgagtcgcccttgggctccttcgcgcggcggcag
aggagcagcgcgggaggcgggggcgagccgggggagggcgcctactcgcagcccggctac
cacgtccgagaccgagatctcggcaagatccacaaagctgccagcgcgggtaatgtggcg
aaagtgcagcagatccttttgctcaggaagaatggcttgaacgatagagacaagatgaac
aggacggctctacatttggcctgtgccaatggtcatccagaagtagtaactctcctggtg
gacagaaaatgccagctcaatgtctgtgacaacgaaaacaggacagctctgatgaaggct
gtacaatgccaggaagagaaatgtgcaactattctgctagaacatggtgctgatccaaat
cttgcggatgtccatggcaacactgctcttcactatgctgtctataatgaggacatatca
gtagcaacaaagctgcttttgtatgatgcaaatattgaagcaaaaaacaaggatgacctc
acaccacttttacttgcagtaagtggaaaaaagcagcaaatggtggaatttttaataaag
aaaaaagcaaatgtaaatgcagtagataagttggaaagcagtcaccaactaatttcagaa
tataaagaagaaaggatacctaaacattcttctcaaaatagtaattcagtggatgaaagc
tctgaagactccttaagcaggctttctggcaaaccgggtgttgatgattcatggcctacc
tcagatgacgaagacctcaattttgatactaagaatgtcccaaaaccaagcttagcaaag
ctaatgactgcttctcagcaatccaggaaaaatttagaagcaacatatggcactgtgaga
acaggaaatagaactttgtttgaggatagagattccgatagtcaagatgaagttgtggtt
gaaagccttcctacaacatcaatcaaagtccagtgcttttctcatcctacctatcaatca
cctgaccttcttccaaaaccttcccacaagtcgttagcaaaccctggtcttatgaaggaa
gaaccaacaaagccaggcattgcaaaaaaagaaaatggtattgatattattgaaagtgct
ccactagagcaaacaaataatgacaatttgacttatgttgatgaagtgcacaaaaataat
agaagtgatatgatgtccgcattaggattaggacaagaggaagatatagaatcaccttgg
gattctgagagtatctctgagaattttccacagaagtatgttgatcctttagctggggct
gcagacggaaaagaaaaaaatataggaaatgaacaagcagaagatgtgttttatatacct
tcttgcatgagtggatcaagaaactttaagatggctaaactagaggatacaagaaatgta
ggcatgccagtagcccacatggagtctcctgagagatatcttcacttgaagcctaccatt
gaaatgaaagattctgttccaaataaagcaggaggaatgaaggatgtacaaacatccaaa
gcagctgaacatgacttagaagtagcatcagaagaagagcaagaaagggaagggagtgaa
aataaccagccacaggttgaagaagaaaggaaaaaacacagaaataatgaaatggaagta
tcagcaaacatacatgatggtgctactgatgatgctgaagatgatgatgatgatgatgga
ttaattcaaaaaagaaagagtggagaaactgatcatcagcaatttcccaggaaggaaaat
aaagagtatgctagtagtggtcctgccttgcaaatgaaggaagtaaagagcactgaaaaa
gaaaaacggacctcgaaagaatctgtgaattcaccagtgtttgggaaggccagtttacta
actggtggcctgctacaagtggatgatgacagcagtttaagtgaaatagatgaggatgaa
ggaaggcctactaagaaaacatctaatgaaaagaacaaggtcaaaaaccaaatacagtct
atggatgatgttgatgacttaactcagtcatctgaaacagcctcagaggattgtgagcta
ccccactctagttacaagaattttatgttgctcattgaacaacttggaatggagtgtaaa
gattctgttagcctattgaaaatccaggatgcagctctttcatgtgaaagattattagaa
cttaaaaaaaatcactgtgaactacttacagtaaaaattaaaaaaatggaagacaaggtt
aatgtactacaaagggagctatctgaaacaaaagaaataaaatcacagttagagcatcaa
aaagttgaatgggaacgagaactgtgctctttgagatttagcttaaaccaagaagaagag
aagagaagaaatgctgatacgttgtatgaaaaaattagggaacagttaagaagaaaagaa
gagcaatataggaaagaagttgaagtgaaacaacagcttgaactgagtctccaaacactg
gagatggaattgaggactgtaaaaagtaatttgaatcaggtcgttcaagagcgaaatgac
gctcagaggcaactttctcgagaacagaatgccagaatgttacaagatggaattctgacc
aatcacctttccaaacaaaaggagattgaaatggctcaaaagaaaatgaattctgagaat
tctcatagtcatgaagaagaaaaagacctatcgcataaaaatagcatgttgcaggaagaa
attgctatgctaagactagaaatagacacaataaaaaatcaaaaccaggaaaaagaaaag
aaatgttttgaggaccttaaaattgtaaaagaaaagaatgaagaccttcagaagactata
aaacagaatgaggaaacattaacacaaacaatatcccagtataatggacggcttagtgtt
ctgacagctgagaatgcaatgctaaattctaaactggagaatgaaaagcaaagcaaggaa
agactggaagcagaagttgaatcataccattctagattggctgctgctatacatgatcgt
gatcaaagtgagacatcaaaaagagaactagaacttgctttccagagagcaagagatgaa
tgttctcgtttacaggacaaaatgaattttgatgtgtctaacctaaaagataacaatgag
attctttctcaacaactatttaaaactgaaagtaaactcaatagcctagaaattgagttc
catcacacgagagatgccctcagagaaaagactttgggtttagaacgggtacaaaaggac
ctaagccaaacacagtgtcaaatgaaggaaatggaacaaaagtatcaaaatgaacaagtt
aaagtgaataaatacattggaaagcaggagtctgtagaggagagattgtctcaactacaa
agtgagaatatgttgcttcgacaacaactggatgatgcccacaacaaggctgacaataaa
gagaagacagtgattaatatccaagaccagtttcatgctattgtgcaaaaacttcaagct
gagagtgaaaagcaaagtcttctgctagaagaaagaaataaggagttaatcagtgaatgt
aatcacttaaaagaaagacagtatcaatatgaaaatgaaaaggcagaaagagaagttgtt
gtgagacaacttcaacaagaactagctgataccctaaaaaaacaatctatgtcagaggct
tcactggaggttacgtcacgttatcgtattaatttagaagatgagacacaggatttaaag
aagaaattaggtcaaatcagaaatcaattgcaagaagcacaggatcgacatacagaagct
gtcagatgtgctgagaagatgcaagatcacaagcaaaagcttgaaaaagataatgccaag
ttaaaagttacagtcaaaaagcaaatggacaaaattgaggagcttcagaaaaacctgtta
aatgcaaatttgtctgaagatgaaaaggaacaattaaagaaacttatggaattaaaacag
tcactggaatgtaatttggatcaagaaatgaagaaaaatgttgaattagaaagagagata
actggatttaagaacctcttaaaaatgacaagaaagaagttaaatgaatatgaaaatgga
gaatttagtttccatggagatttaaaaactagtcaatttgaaatggatattcagattaat
aagctaaaacataagattgatgatcttacagcagaactggagactgcaggttcaaaatgt
ctacatctggatacaaagaaccaaattcttcaagaggagttgttatctatgaaaacagta
caaaagaaatgtgaaaaactacagaagaataaaaagaagttggaacaagaagtgatcaac
ctgagaagtcatatagaaaggaatatggtagaacttggtcaagtcaaacagtataaacag
gagattgaagaaagagcaagacaggaaatagcagaaaaattaaaagaagtcaatctattt
ttacaggcacaagcagcatctcaagaaaacttagagcagtttagagagaataattttgct
tcaatgaaaagtcagatggaactcagaattaaagatctggaatctgaactctccaaaata
aaaacttctcaagaagactttaataaaaccgaactggaaaaatataagcaactctatcta
gaagaattaaaagttagaaaatctttgtcaagtaaactaaccaaaactaatgagaggcta
gcagaggtcaacaccaaacttcttgtggaaaaacagcagagcagatctttgttcaccact
ctcactaccaggccagtcatggagccaccttgtgtgggaaatcttaataatagtttagat
ctcaacagaaaacttattccaagagaaaacttagtgatctctacctcaaatccacgggct
tcaaataatagcatggagaactacttgagcaagatgcagcaggagttggaaaaaaatata
actagagaactcaaagaagctgctgctgaattggaatctggatcaatagcttcccctcta
gggtctactgatgagtcaaatctaaatcaagatctagtttggaaagcatcaagagaatat
gtacaggttttaaagaaaaattatatgatctga

  All links  
Disease (2)   
   OMIM (2)   
Gene (38)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (50)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (48)   
DNA sequence (70)   
   RefSeq(nuc) (48)   
   GenBank (11)   
   EMBL (11)   
Protein domain (8)   
   Pfam (8)   
All databases (168)   

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