KEGG   Homo sapiens (human): 7840
Entry
7840              CDS       T01001                                 
Symbol
ALMS1, ALSS
Name
(RefSeq) centrosome-associated protein ALMS1 isoform 2
  KO
K16741  alstrom syndrome protein 1
Organism
hsa  Homo sapiens (human)
Disease
H00417  Alstrom syndrome
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    7840 (ALMS1)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    7840 (ALMS1)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    7840 (ALMS1)
Cilium and associated proteins [BR:hsa03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   7840 (ALMS1)
SSDB
Motif
Pfam: ALMS_repeat ALMS_motif
Other DBs
NCBI-GeneID: 7840
NCBI-ProteinID: NP_001365383
OMIM: 606844
HGNC: 428
Ensembl: ENSP00000482968.1
UniProt: Q8TCU4
Position
2:73385758..73609919
AA seq 4168 aa
MEPEDLPWPGELEEEEEEEEEEEEEEEEAAAAAAANVDDVVVVEEVEEEAGRELDSDSHY
GPQHLESIDDEEDEEAKAWLQAHPGRILPPLSPPQHRYSEGERTSLEKIVPLTCHVWQQI
VYQGNSRTQISDTNVVCLETTAQRGSGDDQKTESWHCLPQEMDSSQTLDTSQTRFNVRTE
DTEVTDFPSLEEGILTQSENQVKEPNRDLFCSPLLVIQDSFASPDLPLLTCLTQDQEFAP
DSLFHQSELSFAPLRGIPDKSEDTEWSSRPSEVSEALFQATAEVASDLASSRFSVSQHPL
IGSTAVGSQCPFLPSEQGNNEETISSVDELKIPKDCDRYDDLCSYMSWKTRKDTQWPENN
LADKDQVSVATSFDITDENIATKRSDHFDAARSYGQYWTQEDSSKQAETYLTKGLQGKVE
SDVITLDGLNENAVVCSERVAELQRKPTRESEYHSSDLRMLRMSPDTVPKAPKHLKAGDT
SKGGIAKVTQSNLKSGITTTPVDSDIGSHLSLSLEDLSQLAVSSPLETTTGQHTDTLNQK
TLADTHLTEETLKVTAIPEPADQKTATPTVLSSSHSHRGKPSIFYQQGLPDSHLTEEALK
VSAAPGLADQTTGMSTLTSTSYSHREKPGTFYQQELPESNLTEEPLEVSAAPGPVEQKTG
IPTVSSTSHSHVEDLLFFYRQTLPDGHLTDQALKVSAVSGPADQKTGTATVLSTPHSHRE
KPGIFYQQEFADSHQTEETLTKVSATPGPADQKTEIPAVQSSSYSQREKPSILYPQDLAD
SHLPEEGLKVSAVAGPADQKTGLPTVPSSAYSHREKLLVFYQQALLDSHLPEEALKVSAV
SGPADGKTGTPAVTSTSSASSSLGEKPSAFYQQTLPNSHLTEEALKVSIVPGPGDQKTGI
PSAPSSFYSHREKPIIFSQQTLPDFLFPEEALKVSAVSVLAAQKTGTPTVSSNSHSHSEK
SSVFYQQELPDSDLPRESLKMSAIPGLTDQKTVPTPTVPSGSFSHREKPSIFYQQEWPDS
YATEKALKVSTGPGPADQKTEIPAVQSSSYPQREKPSVLYPQVLSDSHLPEESLKVSAFP
GPADQMTDTPAVPSTFYSQREKPGIFYQQTLPESHLPKEALKISVAPGLADQKTGTPTVT
STSYSQHREKPSIFHQQALPGTHIPEEAQKVSAVTGPGNQKTWIPRVLSTFYSQREKPGI
FYQQTLPGSHIPEEAQKVSPVLGPADQKTGTPTPTSASYSHTEKPGIFYQQVLPDNHPTE
EALKISVASEPVDQTTGTPAVTSTSYSQYREKPSIFYQQSLPSSHLTEEAKNVSAVPGPA
DQKTVIPILPSTFYSHTEKPGVFYQQVLPHSHPTEEALKISVASEPVDQTTGTPTVTSTS
YSQHTEKPSIFYQQSLPGSHLTEEAKNVSAVPGPGDRKTGIPTLPSTFYSHTEKPGSFYQ
QVLPHSHLPEEALEVSVAPGPVDQTIGTPTVTSPSSSFGEKPIVIYKQAFPEGHLPEESL
KVSVAPGPVGQTTGAPTITSPSYSQHRAKSGSFYQLALLGSQIPEEALRVSSAPGPADQT
TGIPTITSTSYSFGEKPIVNYKQAFPDGHLPEEALKVSIVSGPTEKKTDIPAGPLGSSAL
GEKPITFYRQALLDSPLNKEVVKVSAAPGPADQKTETLPVHSTSYSNRGKPVIFYQQTLS
DSHLPEEALKVPPVPGPDAQKTETPSVSSSLYSYREKPIVFYQQALPDSELTQEALKVSA
VPQPADQKTGLSTVTSSFYSHTEKPNISYQQELPDSHLTEEALKVSNVPGPADQKTGVST
VTSTSYSHREKPIVSYQRELPHFTEAGLKILRVPGPADQKTGINILPSNSYPQREHSVIS
YEQELPDLTEVTLKAIGVPGPADQKTGIQIASSSSYSNREKASIFHQQELPDVTEEALNV
FVVPGQGDRKTEIPTVPLSYYSRREKPSVISQQELPDSHLTEEALKVSPVSIPAEQKTGI
PIGLSSSYSHSHKEKLKISTVHIPDDQKTEFPAATLSSYSQIEKPKISTVIGPNDQKTPS
QTAFHSSYSQTVKPNILFQQQLPDRDQSKGILKISAVPELTDVNTGKPVSLSSSYFHREK
SNIFSPQELPGSHVTEDVLKVSTIPGPAGQKTVLPTALPSSFSHREKPDIFYQKDLPDRH
LTEDALKISSALGQADQITGLQTVPSGTYSHGENHKLVSEHVQRLIDNLNSSDSSVSSNN
VLLNSQADDRVVINKPESAGFRDVGSEEIQDAENSAKTLKEIRTLLMEAENMALKRCNFP
APLARFRDISDISFIQSKKVVCFKEPSSTGVSNGDLLHRQPFTEESPSSRCIQKDIGTQT
NLKCRRGIENWEFISSTTVRSPLQEAESKVSMALEETLRQYQAAKSVMRSEPEGCSGTIG
NKIIIPMMTVIKSDSSSDASDGNGSCSWDSNLPESLESVSDVLLNFFPYVSPKTSITDSR
EEEGVSESEDGGGSSVDSLAAHVKNLLQCESSLNHAKEILRNAEEEESRVRAHAWNMKFN
LAHDCGYSISELNEDDRRKVEEIKAELFGHGRTTDLSKGLQSPRGMGCKPEAVCSHIIIE
SHEKGCFRTLTSEHPQLDRHPCAFRSAGPSEMTRGRQNPSSCRAKHVNLSASLDQNNSHF
KVWNSLQLKSHSPFQNFIPDEFKISKGLRMPFDEKMDPWLSELVEPAFVPPKEVDFHSSS
QMPSPEPMKKFTTSITFSSHRHSKCISNSSVVKVGVTEGSQCTGASVGVFNSHFTEEQNP
PRDLKQKTSSPSSFKMHSNSQDKEVTILAEGRRQSQKLPVDFERSFQEEKPLERSDFTGS
HSEPSTRANCSNFKEIQISDNHTLISMGRPSSTLGVNRSSSRLGVKEKNVTITPDLPSCI
FLEQRELFEQSKAPRADDHVRKHHSPSPQHQDYVAPDLPSCIFLEQRELFEQCKAPYVDH
QMRENHSPLPQGQDSIASDLPSPISLEQCQSKAPGVDDQMNKHHFPLPQGQDCVVEKNNQ
HKPKSHISNINVEAKFNTVVSQSAPNHCTLAASASTPPSNRKALSCVHITLCPKTSSKLD
SGTLDERFHSLDAASKARMNSEFNFDLHTVSSRSLEPTSKLLTSKPVAQDQESLGFLGPK
SSLDFQVVQPSLPDSNTITQDLKTIPSQNSQIVTSRQIQVNISDFEGHSNPEGTPVFADR
LPEKMKTPLSAFSEKLSSDAVTQITTESPEKTLFSSEIFINAEDRGHEIIEPGNQKLRKA
PVKFASSSSVQQVTFSRGTDGQPLLLPYKPSGSTKMYYVPQLRQIPPSPDSKSDTTVESS
HSGSNDAIAPDFPAQVLGTRDDDLSATVNIKHKEGIYSKRVVTKASLPVGEKPLQNENAD
ASVQVLITGDENLSDKKQQEIHSTRAVTEAAQAKEKESLQKDTADSSAAAAAEHSAQVGD
PEMKNLPDTKAITQKEEIHRKKTVPEEAWPNNKESLQINIEESECHSEFENTTRSVFRSA
KFYIHHPVHLPSDQDICHESLGKSVFMRHSWKDFFQHHPDKHREHMCLPLPYQNMDKTKT
DYTRIKSLSINVNLGNKEVMDTTKSQVRDYPKHNGQISDPQRDQKVTPEQTTQHTVSLNE
LWNKYRERQRQQRQPELGDRKELSLVDRLDRLAKILQNPITHSLQVSESTHDDSRGERSV
KEWSGRQQQRNKLQKKKRFKSLEKSHKNTGELKKSKVLSHHRAGRSNQIKIEQIKFDKYI
LSKQPGFNYISNTSSDCRPSEESELLTDTTTNILSGTTSTVESDILTQTDREVALHERSS
SVSTIDTARLIQAFGHERVCLSPRRIKLYSSITNQQRRYLEKRSKHSKKVLNTGHPLVTS
EHTRRRHIQVANHVISSDSISSSASSFLSSNSTFCNKQNVHMLNKGIQAGNLEIVNGAKK
HTRDVGITFPTPSSSEAKLEENSDVTSWSEEKREEKMLFTGYPEDRKLKKNKKNSHEGVS
WFVPVENVESRSKKENVPNTCGPGISWFEPITKTRPWREPLREQNCQGQHLDGRGYLAGP
GREAGRDLLRPFVRATLQESLQFHRPDFISRSGERIKRLKLIVQERKLQSMLQTERDALF
NIDRERQGHQNRMCPLPKRVFLAIQKNKPISKKEMIQRSKRIYEQLPEVQKKREEEKRKS
EYKSYRLRAQLYKKRVTNQLLGRKVPWD
NT seq 12507 nt   +upstreamnt  +downstreamnt
atggagcccgaggatctgccatggccgggcgagctggaggaggaggaggaggaggaggag
gaggaggaggaggaagaggaggaggctgcagcggcggcggcggcgaacgtggacgacgta
gtggtcgtggaggaggtggaggaagaggcggggcgggagttggactccgactctcactac
gggccccagcatctggaaagtatagacgacgaggaggacgaggaggccaaggcctggctg
caggcgcaccccggcaggattttgcctccgctgtcgcccccgcagcaccgctactcggag
ggcgagcggacctccctggagaagattgttccattgacctgtcatgtatggcaacagata
gtatatcaaggcaatagtagaacacaaatttctgatactaatgtggtctgtttggaaaca
acagctcagcggggttctggggatgatcagaaaacagaatcttggcattgtcttcctcaa
gaaatggactcttcccaaaccttggatacatcccagactaggtttaatgtgagaacggaa
gatactgaagtgacagacttcccctctctggaggagggcatattgacgcaatcagaaaat
caagtaaaggaacccaacagagatctcttctgttctccactgctagtcatacaagatagc
tttgcttctcctgatttgcctttgctgacctgtttgacacaagaccaagaatttgcgcct
gattctttatttcatcaaagtgaactaagttttgcacctctgaggggaattcctgataag
tctgaagatactgaatggtcttctcgaccatcggaagttagtgaagctttattccaggct
actgcagaagtagcttcagacttagcaagcagtcgctttagtgtatctcagcacccgctt
ataggcagcacagctgttgggtctcagtgcccttttttaccttctgaacaagggaataat
gaagagactatttcgtctgttgatgaactgaaaattcccaaagactgtgatcgttatgat
gatctttgttcatatatgtcatggaagacacgaaaagatacacagtggcctgaaaacaat
ttagctgataaagatcaagtttcagttgcaacttcatttgacataactgatgaaaacata
gctactaaaagaagtgaccattttgatgctgctcgttcatatgggcagtattggacacag
gaagattcatctaagcaggcagaaacatatttaaccaagggcctgcaggggaaggttgag
tctgacgtcattactctggatggcctaaatgaaaatgctgttgtatgcagtgaaagagtt
gctgaactacaaagaaagccaacaagagagtcggaatatcactcttcagatctcagaatg
ttgaggatgtctcctgacactgtgccaaaggctcctaaacatttaaaagcaggagacact
tctaaaggaggcatagctaaagttactcaatccaacttgaagtcaggcatcactaccact
cctgttgattcagacattggatctcatttatccttgtcccttgaggacctgtctcagttg
gctgtaagttctcctctagaaactactactggtcaacacactgatactctcaaccaaaag
acattagcagatactcatctaactgaagagactctgaaagtcacagctattcctgaacca
gctgaccagaagactgcaacaccaacagtactctctagttcccactcacatagggggaag
cccagcattttctaccagcagggcttgccagacagtcatctaactgaagaggctttgaaa
gtttcagctgctcctggactagctgaccagacaactggcatgtcaactctaacctctact
tcctactcacatagagagaagcctggtactttttaccaacaagagttaccagagagtaac
ttaaccgaagagcctttggaagtttcagctgctcctggcccagtggagcagaagacggga
atacctacagtatcctctacatcccactcacatgtagaggacctcctctttttctatcga
cagaccttgccagatggtcatctaactgatcaggctctgaaagtctcagctgtgtctgga
ccagctgaccagaagactgggacagcaacagtactctctactccccactcacatagagag
aagcctggtattttttaccaacaagagttcgcagacagtcatcaaactgaagagactctt
actaaagtttcagccactcctggaccagctgaccagaagactgagataccagcagtacag
tctagttcttactcacaaagagaaaagcctagtattttgtacccacaggacttagcagac
agtcatctacctgaagagggtctgaaagtttcagctgttgctggaccagctgaccagaag
actggcctaccaacagtaccctctagtgcatactcacacagagagaagctccttgttttc
taccaacaggccttgctggacagccatctacccgaagaggctctgaaagtttcagctgtt
tctggaccagctgacggaaagactgggacaccagctgtaacctctacttcctctgcgtcc
tcttcacttggagaaaagcccagtgctttctatcagcagaccttacccaatagtcatcta
actgaagaggctctgaaagtatcaattgttcctggaccaggtgatcagaagactgggata
ccctcagcaccatctagtttctactcacacagagagaagcccattattttttcccagcag
accctgccagactttcttttccctgaagaagctctgaaggtttcagctgtttctgtattg
gctgcccagaagactgggacaccaacagtgtcctctaattctcactcacatagcgagaaa
tctagtgttttctaccagcaagagttgccagacagtgatctacctagagaatctctgaaa
atgtctgctattcctggactgactgaccagaagactgtcccaacaccaacagtaccttca
ggttccttctcacatagagagaagcccagtattttctatcaacaggagtggccagatagt
tatgcaactgaaaaggctctgaaagtttcaactggccctggaccagctgaccagaagact
gagataccagcagtacagtctagttcttacccacagagggagaagcctagtgttttgtac
ccacaggtgttatcagacagtcatctacctgaagagagtctgaaagtttcagccttccct
ggaccagctgaccagatgactgacacaccagcagtaccgtctactttctactcacaaaga
gagaagcctggtattttctaccaacagaccttgccagagagtcatctgcctaaagaggct
ctgaaaatttcagtagctcctggactagcagaccagaagactggcacaccaactgtaacc
tcaacttcctactcacaacatagagaaaagcccagcattttccaccagcaggccttgcca
ggtactcatatacctgaagaggctcagaaagtttcagctgttactggaccaggtaaccag
aagacttggataccaagagtactttctaccttctactcacaaagagagaaacctggtatt
ttctatcaacagaccttgccaggtagtcacatacctgaagaggcacagaaagtttcacct
gttcttggaccagctgaccagaagactgggacaccaactccaacctctgcttcttactca
cacacagagaagcctggtattttctaccaacaggtcttgccagataatcatccaactgaa
gaggctctgaaaatttcagttgcctctgaaccagttgaccagacaactggcacaccagct
gtaacctctacttcctactcacaatatagagagaagcccagcattttctaccaacagtcg
ttgccaagtagtcatctaactgaagaggctaagaatgtttcagcggttcctggaccagct
gaccagaagactgtgataccaattttaccctctactttctactcacacacagagaagcct
ggtgttttctaccaacaggtcttgccacatagtcatccaactgaagaggctctgaaaatt
tcagttgcctctgaaccagttgaccagacaactggcacaccaactgtaacctctacttct
tactcacaacatacagagaagccgagtattttctaccaacagtcgttgccaggtagtcat
ctaactgaagaggctaagaacgtttcagcggttcctggaccaggtgaccggaagactggg
ataccaactttaccctctactttctactcacacacagagaagcctggtagtttctaccaa
caggtcttgccacatagtcatctacctgaagaggctttggaagtttcagttgctcctgga
ccagttgaccagacgattggcacaccaactgtaacctccccttccagctcatttggagag
aagcccattgttatctacaaacaggcctttccagagggtcatctacctgaagagtctctg
aaagtttcagttgctcctggaccagttggccagacaactggcgcaccaactataacctct
ccttcctactcacaacatagagcaaagtctggcagtttctaccaactggcattgctaggt
agtcaaatacctgaagaggctctcagagtttcttctgctcctggaccagctgaccagaca
actggcataccaaccataacctctacttcctactcatttggagagaagccgattgttaac
tacaaacaggcctttccagatggtcatctacctgaagaggctctgaaagtttccattgtt
tctggacctactgaaaaaaagactgacataccagcaggacctttaggttccagtgcactt
ggagagaagcccattactttctaccggcaggctctgctagacagtcctctaaataaagag
gttgtgaaagtttcagctgctcctggaccagctgaccagaagactgagacattaccagta
cattctactagctactcaaatagggggaagcctgtcattttctaccagcagaccctatca
gacagtcatttacctgaagaagctctgaaagttccacctgttcctggaccagatgcccag
aagactgagacaccatcagtatcctctagtttatactcatatagagagaagcccattgtc
ttctaccaacaggccctgccagacagtgagctaactcaagaagctctgaaagtttcagct
gttcctcaaccagctgaccagaagactgggttatctactgtaacttcctctttctattca
catacagagaagcctaatatttcttaccagcaagagttgccagatagtcatctaactgaa
gaggctctgaaagtttcaaatgttcctggaccagctgaccagaagactggggtatcaaca
gtaacctctacttcctactcacacagagagaagcccattgtttcctaccagcgagagttg
ccgcattttactgaagcaggtttgaaaattttaagagttcctggaccagctgaccagaag
actggaataaacatcctgccctctaattcctacccacagagagagcactctgtcatttct
tatgagcaggagttgccagatcttactgaagtaactttgaaagcaataggggttcctggg
cctgctgaccagaagactgggatacaaatagcatcctctagttcctactcaaatagagag
aaggccagtatttttcatcagcaggagttgccagatgttactgaagaagctttaaatgtt
tttgttgttcctggacaaggtgaccggaagactgagataccaacagtacctttaagttac
tactcacgtagagagaagcccagtgttatctctcaacaggagttgccagacagtcatctc
acagaagaggctctgaaagtttcacctgtttctataccagcagagcagaagactgggata
ccaataggactgtctagttcctactcacattcacataaagagaaactcaagatttcaact
gtgcatataccagatgaccagaaaactgagtttccagcagctacccttagttcctactca
caaatagagaagcccaagatttcaactgtgattggaccaaatgaccagaagactccatcc
cagacagcttttcatagttcctattctcaaacagtaaagcccaatattttatttcaacag
cagttgccagatagagatcaaagtaaaggtattctaaagatttcagctgtccctgaacta
actgatgtgaatactggaaaaccagtatctctctctagttcttattttcacagagagaaa
tcgaatattttcagtccacaggaattgccaggtagtcatgtaactgaagatgtgctgaag
gtttcaacaattcctggaccagctggccagaaaacagtattaccaacagctcttcctagt
tccttttcacatcgagagaaaccagatattttctatcaaaaggatttgccagatagacat
ctaactgaagatgctctaaagatctcaagtgctcttgggcaagctgatcaaattaccgga
ttacaaacagttccctctggtacttactcacatggtgagaatcacaagcttgtttcagaa
catgtccaaaggctaatagataatttgaattcttctgactccagtgttagctcaaataat
gtgcttttaaattctcaggctgatgacagagttgtaataaataaaccagaatctgcaggt
tttagagatgttggctctgaagaaatccaggatgcagaaaatagtgctaaaactcttaag
gaaattcggacacttttgatggaggcagaaaatatggcactgaaacgatgcaattttcct
gctccccttgcccgtttcagagatattagtgatatttcatttatacaatctaagaaggtg
gtttgcttcaaagaaccctcttccacgggtgtatctaatggtgatttgcttcacagacag
ccattcacagaggaaagcccaagcagcaggtgcatacagaaggatattggcacacagacg
aatttgaaatgccggagaggcattgaaaattgggagtttattagttcaactacagttaga
agtcctctacaggaagcagagagcaaagtcagtatggcattagaagaaactcttaggcaa
tatcaagcagccaaatctgtaatgaggtctgaacctgaagggtgtagtggaaccattggg
aataaaattattatccctatgatgactgtcataaaaagtgattcaagtagtgatgccagt
gatggaaatggttcctgctcgtgggacagtaatttaccagagtctttggaatcagtttct
gatgttcttctaaacttctttccatatgtttcacccaagacaagtataacagatagcagg
gaggaagagggtgtgtcagagagtgaggatggtggtggtagcagtgtagattcactggct
gcacatgtgaaaaaccttctgcaatgtgaatcctcactgaatcatgctaaagaaatactc
agaaatgcagaggaagaggaaagccgggtacgagcacatgcctggaatatgaagttcaat
ttagcacatgattgtggatactccatttcagaattaaatgaagatgacaggaggaaagta
gaagagatcaaggcagagttatttggtcatggaagaacaactgacttgtccaagggttta
cagagtccacggggaatgggatgcaagccagaagctgtatgtagtcacattattattgag
agccatgaaaagggatgtttccggactctaacttctgaacatccacaactagatagacac
ccttgtgctttcagatctgctggaccctcagaaatgaccagaggacggcagaacccatca
tcatgcagagccaagcatgtcaacctttctgcatccttagaccagaacaactcccatttc
aaagtttggaattccttgcagttaaaaagtcattccccatttcagaactttatacctgat
gaattcaaaatcagcaaaggtcttcgaatgccattcgatgaaaagatggacccttggctg
tcagaattagtagaacctgcttttgtgccacctaaagaagtggattttcattcttcatca
caaatgccgtccccagaacccatgaaaaagtttactacctccatcactttttcatctcac
cgacattctaaatgcatttccaattcctctgttgttaaggttggtgttactgaaggtagc
cagtgtactggagcatctgtgggggtatttaattctcatttcactgaagaacaaaatcct
cccagagatcttaaacagaaaacctcttccccttcatcatttaaaatgcatagtaattca
caagataaagaagtgactattttagcagaaggtagaaggcaaagccaaaaattacctgtt
gattttgagcgttcttttcaagaagaaaaacccttagaaagatcagattttacaggcagt
cattctgagcccagtaccagggcaaattgtagcaatttcaaggaaattcagatttctgat
aaccatacccttattagcatgggcagaccaagttccaccctaggagtaaacagatcgagt
tccagactaggagtaaaagagaagaatgtaactataactccagatcttccttcttgcatt
tttcttgaacaacgagagctctttgaacaaagcaaagccccacgtgcagatgaccatgtg
aggaaacaccattctccctctcctcaacatcaggattatgtagctccagaccttccttct
tgcatttttcttgaacaacgagaactctttgaacagtgcaaagccccatatgtagatcat
caaatgagagaaaaccattctccccttcctcaaggtcaggattctatagcttcagacctt
ccgtctcccatttctcttgaacaatgccaaagcaaagcgccaggtgtagatgaccaaatg
aataaacaccattttccccttcctcaaggtcaggattgtgtagtggaaaagaataatcaa
cataagcctaaatcacacatttctaatataaatgttgaagccaagttcaatactgtggtc
tcccagtcagccccaaatcactgtacattagcagcatctgcatctactcctccttcaaat
agaaaagcactttcttgtgttcatataactctttgtcccaagacttcttccaagttggat
agtggaactttagatgaaagattccattcattggatgctgcttctaaagcgaggatgaat
agtgagtttaactttgacttacatactgtatcttcgagatcactggaaccaacctccaaa
ttattgaccagtaaacctgtagcacaggatcaagaatctttaggttttctaggacctaaa
tcttcactggatttccaagtcgtacagccttctcttccagacagtaacactattactcag
gacttgaaaaccataccttctcagaatagccagatagtaacctccaggcaaatacaagtg
aacatttcagatttcgaaggacattccaatccagaggggaccccagtatttgcagatcga
ttaccagagaagatgaagaccccactttctgctttctctgaaaaattgtcatctgatgca
gtcactcagataacaacagaaagtccagaaaagaccctattttcatctgagatttttatt
aatgctgaagatcgtggacatgaaattatagagcctggtaaccagaagctacgcaaagct
cctgtcaagtttgcctcatcatcttcagtccaacaggttactttttctcgcggcacagat
ggccagcctttattattgccatataagccttctggtagtaccaagatgtattatgttcca
caattaagacaaattcctccatctccggattccaaatcagataccaccgttgaaagctcc
cattcaggatccaatgatgccattgctccagacttcccagctcaggtgctaggcacaaga
gatgatgacctctcagccactgttaacattaaacataaagaaggaatctacagtaagagg
gtagtgactaaggcatccttgccagtgggagaaaaacccttgcagaatgaaaatgcagat
gcctcagttcaagtgctaatcactggggatgagaacctctcagacaaaaaacagcaagag
attcacagtacaagggcagtgactgaggctgcccaggctaaagaaaaagaatctttgcag
aaagatactgcagattccagtgctgctgctgctgcagagcactcagctcaagtaggagac
ccagaaatgaagaacttgccagacactaaagccattacacagaaagaggagatccatagg
aagaagacagttcccgaggaagcctggccaaacaataaagaatccctacagatcaatatt
gaagagtccgaatgtcattcagaatttgaaaatactacccgttctgtcttcaggtcagca
aagttttacattcatcatcccgtacacctaccaagtgatcaagatatttgccatgaatct
ttgggaaagagtgttttcatgagacattcttggaaagatttctttcagcatcatccagac
aaacatagagaacacatgtgtcttcctcttccttatcaaaacatggacaagactaagaca
gattataccagaataaagagcctcagcatcaatgtgaatttgggaaacaaagaagtgatg
gatactactaaaagtcaagttagagattatccaaaacataatggacaaattagtgatcca
caaagggatcagaaggtcaccccagagcaaacaactcagcacactgtgagtttgaatgaa
ctgtggaacaagtatcgggagcgacagaggcaacagagacagcctgagttgggtgacagg
aaagaactgtccttggtggaccgacttgatcgtttggctaaaattcttcagaatccaatc
acacattctctccaggtctcagaaagtacacatgatgatagcagaggggaacgaagtgtg
aaggaatggagtggtagacaacagcagagaaataagcttcagaaaaagaagcggtttaaa
agcctagagaaaagccataaaaatacaggcgagcttaaaaaaagcaaggtgctttctcat
catcgagctgggaggtctaatcaaattaaaattgaacagattaaatttgataaatatatt
ctgagtaaacagccaggttttaattatataagcaacacttcttcggattgtcggccctca
gaggagagtgagctgctcacagatactaccaccaacatcctttccggcaccacttctact
gtcgaatcagatatattgacccaaacagatagagaggtggctctgcacgaaaggagtagc
tctgtttccactattgacactgcccggctgattcaagcttttggccatgaaagagtatgc
ttgtcacccagacgaattaaattatatagcagcatcaccaaccaacagaggagatacctt
gagaagcggagcaaacacagcaagaaagtgctgaatacaggtcatcccctagtgacttct
gagcacaccagaaggagacacatccaggtagcaaaccatgtgatttcttctgactctatt
tcctcttctgccagtagtttcctgagctcaaactctactttttgcaacaagcagaatgta
cacatgttaaacaagggcatacaagcaggtaacttggagattgtgaacggtgccaaaaaa
cacactcgagatgttgggataactttcccaactccaagttccagcgaggctaaattggaa
gagaacagtgatgtgacttcttggtcagaagaaaaacgtgaagagaaaatgctctttacc
ggttatcctgaggacagaaagttaaaaaagaacaagaagaattcccatgaaggagtttcc
tggtttgttcctgtggaaaatgtggagtctagatcaaagaaggaaaacgtgcctaacact
tgtggccctggcatctcctggtttgaaccaataaccaagaccagaccctggagggagcca
ctgcgggagcagaactgtcaggggcagcacctggacggtcggggctacctggcaggccca
ggcagagaggctggcagagacctactgaggccatttgtgagagcaacccttcaggaatcg
cttcagtttcacagacctgacttcatctcccgctctggggagcggataaagcgcctgaag
ttaatagtccaggagaggaagctgcagagcatgttacagaccgagcgggatgcactattc
aacattgacagggaacggcagggccaccagaatcgcatgtgcccgctgcccaagagagtc
ttcctggctatccagaagaacaagcctatcagcaagaaggaaatgattcagaggtccaaa
cggatttatgagcagcttccagaagtacagaaaaagagagaagaagagaagagaaaatca
gaatataagtcataccggctgcgagcccagctatataaaaagagagtgaccaatcaactt
ctggggagaaaagttccctgggactga

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Disease (2)   
   OMIM (2)   
Gene (52)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (26)   
   RefSeq(nuc) (2)   
   GenBank (12)   
   EMBL (12)   
Protein domain (2)   
   Pfam (2)   
All databases (86)   

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