KEGG   Homo sapiens (human): 114788
Entry
114788            CDS       T01001                                 
Symbol
CSMD3
Name
(RefSeq) CUB and Sushi multiple domains 3
  KO
K17495  CUB and sushi domain-containing protein
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:hsa01009]
    114788 (CSMD3)
Protein phosphatases and associated proteins [BR:hsa01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     114788 (CSMD3)
SSDB
Motif
Pfam: CUB Sushi CUB_2 HRM
Other DBs
NCBI-GeneID: 114788
NCBI-ProteinID: NP_937756
OMIM: 608399
HGNC: 19291
Ensembl: ENSG00000164796
UniProt: Q7Z407
Position
8:complement(112222928..113436939)
AA seq 3707 aa
MKGIRKGESRAKESKPWEPGKRRCAKCGRLDFILMKKMGIKSGFTFWNLVFLLTVSCVKG
FIYTCGGTLKGLNGTIESPGFPYGYPNGANCTWVIIAEERNRIQIVFQSFALEEEYDYLS
LYDGHPHPTNFRTRLTGFHLPPPVTSTKSVFSLRLTSDFAVSAHGFKVYYEELQSSSCGN
PGVPPKGVLYGTRFDVGDKIRYSCVTGYILDGHPQLTCIANSVNTASWDFPVPICRAEDA
CGGTMRGSSGIISSPSFPNEYHNNADCTWTIVAEPGDTISLIFTDFQMEEKYDYLEIEGS
EPPTIWLSGMNIPPPIISNKNWLRLHFVTDSNHRYRGFSAPYQGSSTLTHTTSTGELEEH
NRTTTGAIAVASTPADVTVSSVTAVTIHRLSEEQRVQVTSLRNSGLDPNTSKDGLSPHPA
DTQSTRRRPRHAEQIERTKELAVVTHRVKKAIDFKSRGFKLFPGKDNSNKFSILNEGGIK
TASNLCPDPGEPENGKRIGSDFSLGSTVQFSCDEDYVLQGAKSITCQRIAEVFAAWSDHR
PVCKVKTCGSNLQGPSGTFTSPNFPFQYDSNAQCVWVITAVNTNKVIQINFEEFDLEIGY
DTLTIGDGGEVGDPRTVLQVLTGSFVPDLIVSMSSQMWLHLQTDESVGSVGFKVNYKEIE
KESCGDPGTPLYGIREGDGFSNRDVLRFECQFGFELIGEKSIVCQENNQWSANIPICIFP
CLSNFTAPMGTVLSPDYPEGYGNNLNCIWTIISDPGSRIHLSFNDFDLESQFDFLAVKDG
DSPESPILGTFTGAEVPSHLTSNSHILRLEFQADHSMSGRGFNITYNTFGHNECPDPGIP
INARRFGDNFQLGSSISVICEEGFIKTQGTETITCILMDGKVMWSGLIPKCGAPCGGHFS
APSGVILSPGWPGYYKDSLNCEWVIEAEPGHSIKITFERFQTELNYDVLEVHDGPNLLSP
LLGSYNGTQVPQFLFSSSNFIYLLFTTDNSRSNNGFKIHYESVTVNTYSCLDPGIPVHGR
RYGHDFSIGSTVSFSCDSGYRLSHEEPLLCEKNHWWSHPLPTCDALCGGDVRGPSGTILS
PGYPEFYPNSLNCTWTVDVTHGKGVQFNFHTFHLEDHHDYLLITENGSFTQPLARLTGSD
LPPTINAGLYGNFRAQLRFISDFSISYEGFNITFSEYNLEPCEDPGIPQYGSRIGFNFGI
GDTLTFSCSSGYRLEGTSEIICLGGGRRVWSAPLPRCVAECGASATNNEGILLSPNYPLN
YENNHECIYSIQVQAGKGINISARTFHLAQGDVLKIYDGKDKTTHLLGAFTGASMRGLTL
SSTSNQLWLEFNSDTEGTDEGFQLVYTSFELSHCEDPGIPQFGYKISDQGHFAGSTIIYG
CNPGYTLHGSSLLKCMTGERRAWDYPLPSCIAECGGRFKGESSGRILSPGYPFPYDNNLR
CMWMIEVDPGNIVSLQFLAFDTEASHDILRVWDGPPENDMLLKEISGSLIPEGIHSTLNI
VTIQFDTDFYISKSGFAIQFSSSVATACRDPGVPMNGTRNGDGREPGDTVVFQCDPGYEL
QGEERITCIQVENRYFWQPSPPVCIAPCGGNLTGSSGFILSPNFPHPYPHSRDCDWTITV
NADYVISLAFISFSIEPNYDFLYIYDGPDSNSPLIGSFQDSKLPERIESSSNTMHLAFRS
DGSVSYTGFHLEYKAKLRESCFDPGNIMNGTRLGMDYKLGSTVTYYCDAGYVLQGYSTLT
CIMGDDGRPGWNRALPSCHAPCGSRSTGSEGTVLSPNYPKNYSVGHNCVYSIAVPKEFVV
FGQFVFFQTSLHDVVEVYDGPTQQSSLLSSLSGSHSGESLPLSSGNQITIRFTSVGPITA
KGFHFVYQAVPRTSSTQCSSVPEPRFGRRIGNEFAVGSSVLFDCNPGYILHGSIAIRCET
VPNSLAQWNDSLPTCIVPCGGILTKRKGTILSPGYPEPYDNNLNCVWKITVPEGAGIQVQ
VVSFATEHNWDSLDFYDGGDNNAPRLGSYSGTTIPHLLNSTSNNLYLNFQSDISVSAAGF
HLEYTAIGLDSCPEPQTPSSGIKIGDRYMVGDVVSFQCDQGYSLQGHSHITCMPGPVRRW
NYPIPICLAQCGGAMSDFSGVILSPGFPGNYPSSLDCTWTINLPIGFGVHLQFVNFSTET
IHDYLEVRSGSSETSTVIGRLSGPQIPSSLFSTTHETSLYFHSDYSQNKQGFHIVYQAYQ
LQSCPDPRPFRNGFVIGNDFTVGQTISFECFPGYTLIGNSALTCLHGVSRNWNHPLPRCE
ALCGGNITAMNGTIYSPGYPDEYPNFQDCFWLVRVPPGNGIYINFTVLQTEPIYDFITVW
DGPDQNSPQIGQFSGNTALESVYSTSNQILIKFHSDFTTSGFFVLSYHAYQLRVCQPPPP
VPNAEILTEDDEFEIGDIIRYQCLPGFTLVGNAILTCRLGERLQMDGAPPVCQVLCPANE
LRLDSTGVILSPGYPDSYPNLQMCAWSISVEKGYNITMFVEFFQTEKEFDVLQVYDGPNI
QSPVLISLSGDYSSAFNITSNGHEVFLQWSADHGNNKKGFRIRYIAFYCSTPESPPHGYI
ISQTGGQLNSVVRWACDRGFRLVGKSSAVCRKSSYGYHAWDAPVPACQAISCGIPKAPTN
GGILTTDYLVGTRVTYFCNDGYRLSSKELTTAVCQSDGTWSNHNKTPRCVVVTCPSINSF
ILEHGRWRIVNGSHYEYKTKVVFSCDPGYHGLGPASIECLPNGTWSWRNERPYCQIISCG
ELPTPPNGNKIGTQTSYGSTAIFTCDLGFMLVGSAVRECLSSGLWSESETRCLAGHCGIP
ELIVNGQVIGENYGYRDTVVYQCNPGFRLIGSSVRICQQDHNWSGQLPSCVPVSCGHPGS
PIYGRTSGNGFNFNDVVTFSCNIGYLMQGPTKAQCQANRQWSHPPPMCKVVNCSDPGIPA
NSKRESKIEHGNFTYGTVVFYDCNPGYFLFGSSVLICQPNGQWDKPLPECIMIDCGHPGV
PPNAVLSGEKYTFGSTVHYSCTGKRSLLGQSSRTCQLNGHWSGSQPHCSGDATGTCGDPG
TPGHGSRQESNFRTKSTVRYACDTGYILHGSEERTCLANGSWTGRQPECKAVQCGNPGTT
ANGKVFRIDGTTFSSSVIYSCMEGYILSGPSVRQCTANGTWSGTLPNCTIISCGDPGIPA
NGLRYGDDYVVGQNVSYMCQPGYTMELNGSRIRTCTINGTWSGVMPTCRAVTCPTPPQIS
NGRLEGTNFDWGFSISYICSPGYELSFPAVLTCVGNGTWSGEVPQCLPKFCGDPGIPAQG
KREGKSFIYQSEVSFSCNFPFILVGSSTRICQADGTWSGSSPHCIEPTQTSCENPGVPRH
GSQNNTFGFQVGSVVQFHCKKGHLLQGSTTRTCLPDLTWSGIQPECIPHSCKQPETPAHA
NVVGMDLPSHGYTLIYTCQPGFFLAGGTEHRVCRSDNTWTGKVPICEAGSKILVKDPRPA
LGTPSPKLSVPDDVFAQNYIWKGSYNFKGRKQPMTLTVTSFNASTGRVNATLSNSNMELL
LSGVYKSQEARLMLRIYLIKVPAHASVKKMKEENWAMDGFVSAEPDGATYVFQGFIQGKD
YGQFGLQRLGLNMSEGSNSSNQPHGTNSSSVAIAILVPFFALIFAGFGFYLYKQRTAPKT
QYTGCSVHENNNGQAAFENPMYDTNAKSVEGKAVRFDPNLNTVCTMV
NT seq 11124 nt   +upstreamnt  +downstreamnt
atgaaagggatccgcaaaggggaaagccgagcaaaggaatccaaaccctgggagcctggc
aagcgaagatgcgctaaatgtggccgcctagacttcatcctgatgaagaaaatggggatt
aaaagtggatttacgttttggaacctcgtctttttattgacggtgtcttgtgtgaaagga
tttatttatacatgtggtggaactttaaaaggacttaatggcactatagaaagccctggt
tttccatatggatatccaaatggtgcaaactgcacatgggtaataatagcagaagaacga
aatagaatacaaattgtttttcagtcatttgctctagaagaagaatacgactacttatca
ttatatgatggacatcctcatcctacaaactttaggacaaggttaacaggattccatctg
ccacctccagtgacaagtaccaaatctgtgttctcactacgtttgaccagtgattttgca
gttagtgctcatggatttaaggtatattacgaagaattgcagagtagctcttgtggaaat
cctggtgttccacccaaaggtgtattatatggcacaagattcgacgtcggggacaagatc
cgctacagctgtgtaactggatacatccttgatggccaccctcagctcacctgcatagcc
aattcagttaatacagcttcgtgggattttcctgttcctatctgtagagctgaagatgct
tgtggaggaacaatgagaggatccagtggcatcatatccagccctagttttcctaatgag
taccataacaatgctgattgcacttggaccattgtagcagagcctggggacacaatttca
ctcatatttactgattttcaaatggaagagaaatatgattacttagaaatagaaggttct
gagccacctaccatatggttatctggaatgaatataccaccaccaattatcagcaacaaa
aactggctcagactgcattttgttacagacagcaatcatcgataccgtggatttagtgct
ccctatcaaggttcttctacattgacccacactacctccactggtgagttagaggagcat
aacaggactaccactggtgctattgctgttgctagcacacctgcagatgttactgtatcc
agtgttacagctgtcaccatccatagactttccgaggaacagcgagtgcaagttacgagt
ctcagaaattcaggtctggaccccaacacgtccaaggacgggctctctcctcatccagca
gatacacaaagtaccaggagaagaccaagacatgctgaacagatagaaagaactaaagag
cttgcagttgttactcatagagtgaaaaaggccatagattttaaatctagaggatttaaa
ttgtttccagggaaagacaacagcaacaagttttctatcttaaatgagggaggtattaaa
acagcttccaatttatgcccagatccaggagaaccagaaaatgggaagagaatcggatca
gattttagccttggatcaactgtgcagttctcttgtgatgaagattatgtcctacagggc
gcaaagagcatcacctgtcaacggatagctgaagtttttgctgcttggagtgatcacagg
cctgtgtgtaaagtgaaaacgtgtggctctaatcttcaaggaccaagtggtacctttaca
tctcccaactttccgttccagtatgacagcaatgcacaatgtgtctgggtcatcacagca
gtgaatacaaataaggttatccagataaattttgaagaatttgatctggagattggctat
gataccttgacaattggcgatgggggcgaagttggagatcctaggacagtgctccaagtg
ctgactggaagctttgtaccagacttgatagtgagcatgagtagccaaatgtggctgcac
cttcaaacggacgaaagtgttggatctgttggtttcaaggttaactacaaagaaattgag
aaagaaagttgtggtgatcctggtacacccttatatggaattagagaaggcgatggattt
tctaatcgtgatgttttaaggtttgaatgccagtttgggtttgaattaattggagagaaa
tccattgtttgtcaagagaataaccaatggtctgcaaacatacccatctgtatctttccc
tgcctgtctaactttactgcaccaatgggaacagttctttctcctgattacccagaaggg
tatggaaataatttaaattgcatctggacgataatctctgatccagggagccggatacat
ctttctttcaatgactttgacctggaatcccagtttgatttccttgctgttaaagatggt
gactctccagaatccccaattcttggaacctttactggggctgaggtgccttcccatctt
actagtaatagtcacatactgcgattggaatttcaggctgaccactcaatgtcaggacgt
ggctttaacatcacttacaacacatttggacataatgaatgccctgatcctggaatacca
atcaatgcacggcggtttggggacaactttcaattaggaagttcaatttcagttatttgt
gaagaaggatttattaaaacccagggaacagaaacaattacatgtattcttatggatgga
aaagtaatgtggagtggactgattccaaaatgtggagccccatgtggtggccatttttca
gctcccagtggagtgattctctcaccaggatggccaggatactacaaagactctttgaat
tgtgagtgggtgattgaagctgaacctggacactctatcaaaattacatttgaaagattt
cagactgaactgaattatgatgttctggaagttcatgatgggccaaatcttctgtcaccc
ttgcttggatcttacaatggcacccaagtgccccagtttctatttagtagcagtaatttt
atataccttctatttacaacagacaacagtcgttccaataatggtttcaagattcattat
gaaagtgttacagtgaacacgtattcttgtttggaccctggcatacctgtacatggccgt
cgctatggtcatgatttctccattggctctactgtttcatttagttgtgattcaggatac
aggttgagtcatgaagagccccttctatgcgaaaaaaaccactggtggagtcatccactt
ccaacctgtgatgcattatgtggaggagatgttagagggcctagtggaacaatcttatca
cctggttacccggaattttatccaaattctctgaattgtacatggactgttgatgtaacc
catggaaaaggtgtgcagttcaacttccacacttttcatttggaagaccatcatgactac
ttactgatcacagagaatggcagttttacccaaccactggcacgcctgactggttcagat
cttcctccaacaatcaatgctggtctctatggaaatttcagggctcaattgcgtttcatt
tcagatttttcaatatcatatgaaggatttaacataacattctctgaatataaccttgaa
ccttgtgaagatcctggcattcctcaatatggtagtcgaatcgggttcaactttgggatt
ggtgacactctgaccttctcatgctcttcgggttatcgactggaaggaacatcagagatc
atctgtcttggtggtggccgacgagtgtggagtgcacctctgccaaggtgtgtggctgaa
tgtggtgcatctgcaacgaataatgaaggaattttgctgtctccaaattatccactcaac
tatgaaaacaaccatgaatgcatttatagtattcaggttcaagcaggaaagggaatcaat
atttcagccagaacatttcatttagcacaaggagatgttcttaagatttatgatggaaaa
gataaaacgactcatctactaggtgcttttactggtgcatctatgcgcggactgacactt
agtagtacttcaaatcaactctggctagaatttaattccgatactgaagggacagatgaa
ggctttcaacttgtgtataccagttttgaactctcacactgtgaagatcctggcattcca
caatttggatacaagatcagtgaccaaggccactttgctggtagcaccatcatttatgga
tgcaatccaggctacactctccacggaagtagccttctcaagtgcatgacaggggagaga
agggcatgggactatcctctgccttcctgtattgctgaatgtggaggtcgttttaaagga
gaatcatcaggaagaatcttatctcctggctatccttttccatatgacaataacctgcgt
tgcatgtggatgattgaggtagatcctggaaatattgtcagcttgcagtttcttgctttt
gatacggaagcatcacatgatatactccgagtctgggacggtccaccagaaaatgatatg
cttttaaaggaaattagtggatctcttattcctgaaggaattcatagcaccctcaatata
gtaaccatccagtttgacacggatttttatattagcaaatctggatttgcaattcagttt
tcaagttctgttgccactgcgtgtcgtgacccaggggtccccatgaatgggactcgaaat
ggggatggaagagaacctggggacactgttgtttttcaatgtgacccaggatatgaactt
caaggagaggaaagaataacctgcattcaggtagaaaatcggtacttctggcagcccagc
ccaccagtctgtatagcaccctgtggaggcaatttaacaggatcttcaggctttattctt
tcaccaaacttccctcatccatatccgcatagcagagactgtgactggactatcaccgtc
aatgcagactatgttatctccttggcgttcatcagttttagcatagaaccaaactatgac
ttcctctatatctatgatggaccagacagtaatagcccactgattggaagttttcaagac
agcaagttaccagagagaatagaaagcagctcaaatacaatgcatttggcttttcggagt
gatggatctgttagttacactggatttcatctagaatacaaagcaaaactgcgagagtcc
tgctttgatccaggcaatataatgaatggcaccagacttggaatggattataaattaggg
tcaacagtcacctattactgtgatgctggttatgttcttcaaggttattcaacactcacc
tgtatcatgggagatgatggaagacctggatggaatagagccttgccaagttgtcatgcg
ccctgtggaagtcgttcaacaggttcagaaggcactgttctatcaccaaactatccaaaa
aattacagtgtgggacataattgtgtttattctatagcagttccaaaggagtttgtggtg
tttggccagtttgtatttttccagacatcactccacgatgttgttgaggtgtatgatggg
ccaactcagcaatcttctctgttatcttccctctcaggatcccattcaggagaatcactt
ccactgagttcaggtaatcagatcacaattcgatttacttcagttggaccaataacagct
aagggatttcactttgtttaccaagctgttcctagaacaagttctacacaatgcagttct
gtgcctgaaccaagattcggaagaagaattggcaatgaatttgcagtcggttcatcggtt
ctttttgattgtaatccaggatatattctccatggatccatagcaattaggtgtgaaaca
gtgcccaattctttggcccagtggaatgattccttacctacttgtattgtgccctgtggt
ggaattttaactaagcgcaaagggactattttgtcacctggataccctgagccttatgac
aacaatctgaattgtgtgtggaagatcacagtgccagagggagctggcattcaagtgcaa
gttgttagctttgctacagaacataattgggattctctggacttttatgatgggggagac
aacaatgctccaagacttggaagctattcaggaacaacaataccccatcttttgaatagt
acgtctaataatctgtatctaaattttcaatcagacatcagtgtttctgctgcaggattt
catcttgaatacacagcaattggtttggattcctgtcctgaaccacaaactcctagcagt
ggaattaaaattggagacagatatatggttggagatgtagtatcctttcagtgtgatcaa
ggatattctcttcagggtcactctcacattacatgtatgccaggacctgtaagaagatgg
aattatccaatcccaatttgtttagctcagtgtggtggtgctatgtcagacttcagtggt
gtgatcctcagtcctgggtttcctggaaactatcccagcagtttagattgcacatggaca
ataaatctacccataggttttggtgtacatctccagtttgtaaatttttctacagaaacc
atacatgattatttggaagtacgaagtggatcctcagaaactagtactgttattggccgg
cttagtggtcctcaaataccatcttccttattcagcaccacccatgaaaccagcttatat
tttcacagtgactattcacaaaacaaacaagggtttcatattgtataccaagcctatcag
ttgcaaagctgtcctgatccacgcccgtttcgaaatggttttgtaattggtaatgatttt
actgtgggtcaaaccatttcatttgaatgtttcccaggatacacattaattggaaattca
gctctcacatgccttcacggagtcagtcgtaattggaatcatccacttccaaggtgtgaa
gctctttgtggtgggaatataactgcaatgaatggcaccatttattctcctgggtatcct
gatgaatatccaaactttcaagattgtttttggcttgtaagagtaccccctgggaatggc
atctacatcaattttactgtccttcaaacagaaccaatatatgatttcattactgtatgg
gatggaccagaccaaaattcacctcagatcggtcagttcagtggcaataccgctttggaa
tcagtctacagtacttcaaatcagattctaatcaaattccacagtgatttcacaacaagt
ggcttttttgtgctcagttatcacgcctatcaactaagggtgtgccaacctccaccacct
gtgcccaatgctgaaattttgacggaagatgatgaatttgaaataggtgatattattagg
tatcagtgtcttccaggatttactttagttggtaatgcaattctgacgtgcagattagga
gaacgactgcagatggatggagcacctccagtttgtcaagtgctctgtcctgccaatgaa
ttacggctagattctactggagtcatattgagccctggatatcctgacagttacccaaat
cttcaaatgtgtgcatggagcatttcagtggaaaagggttataatatcaccatgtttgta
gaattcttccagacagaaaaggaatttgatgttcttcaggtgtatgatggaccaaatatt
caaagtccagtgcttatttccctcagtggggattattcatctgcttttaatataacaagc
aatggtcatgaagtatttcttcagtggtcagcagatcatggcaataacaaaaaaggcttc
cggataagatatatagctttctactgtagtacaccagaatccccacctcatggatatatt
atcagtcagacaggtgggcagcttaacagtgtggtccgttgggcctgtgatcgaggattc
cgacttgttggaaaaagcagtgctgtgtgcagaaagtcttcctatgggtatcatgcatgg
gatgcgccagtccctgcctgtcaagcaatttcctgtgggattcctaaagctccaacaaat
ggaggaatactaacaacagactatttggtaggaacgcgagttacctatttttgtaatgat
ggatatcgattgtcatccaaagaactcactacagctgtatgccaatcagatggaacatgg
agcaatcataacaagacccctcgctgtgttgttgttacatgtccaagcatcaattccttt
atcttggaacatggaagatggcgaattgtgaatggctcccattatgaatacaaaaccaaa
gtagttttcagctgtgaccctggttatcatggactaggtcctgcctccatcgaatgtctt
cctaatggtacttggagttggagaaatgaaagaccatattgccaaattatttcctgtgga
gaactacctacacctccaaatggaaataagattggaactcaaacttcatatggctcaaca
gctatctttacctgcgacttgggattcatgcttgtgggctctgctgtaagggaatgcctt
tcctcaggtctttggagtgaatctgaaaccagatgcctagcgggtcattgtggaattcca
gaactgattgtgaatggtcaagtcattggagaaaattatggatatagagacacagttgta
tatcaatgtaatcctggttttcgattgattggttcttcagtgaggatatgtcaacaggat
cacaattggtctggtcagctcccatcctgtgtgcctgttagctgtggtcaccctggtagt
ccaatttatggaagaacaagtggaaatgggttcaactttaatgatgtggtaacattctca
tgcaatattgggtatcttatgcaagggccaacaaaggcacagtgccaggccaacagacag
tggagccatcctccacctatgtgcaaagtggtcaactgttctgatcctggaattccagcc
aattctaaaagagaaagtaaaatagaacatggaaattttacttacggcactgtggtattc
tatgactgcaatcctggatattttttatttggatcttcagttttgatatgtcaaccaaat
ggacaatgggacaaacctttaccagaatgtatcatgattgactgtggacaccctggcgtt
cctcctaatgcagtcctgtctggcgagaagtatacttttgggtctactgttcactattcc
tgcacaggaaagcgttcccttttaggccagtcatcaagaacctgccaattgaatggccat
tggagtggatcacaacctcattgttcaggtgatgctactgggacatgtggcgatccaggt
actcccggccatggctctagacaggaaagcaatttcagaactaaaagtactgtacgttat
gcttgtgatactggttacatccttcatggctcagaagaaagaacatgtttagctaatggc
agttggaccggaaggcagccagagtgcaaagctgtgcagtgtggtaacccaggaaccaca
gccaatgggaaagtcttccgaattgatggcacaacattttctagttcagtcatttattcc
tgcatggagggatacatcctttctggaccttcagttagacagtgcacagccaatggaaca
tggtctggaactttacctaactgtacaataatcagttgtggagacccaggtataccagcc
aatggactgagatatggagatgattatgtggttggacaaaatgtttcttacatgtgccag
ccaggctacacgatggaattgaatggctccagaatcaggacttgtacaattaatggcaca
tggagtggagtaatgccaacttgtagagctgttacctgcccaactcctccccagatctct
aatggaaggctggaaggaacaaatttcgactggggctttagtattagctacatctgttct
ccaggctatgagctatccttccctgctgttttgacctgtgtagggaatggtacctggagt
ggtgaagtaccgcagtgcttaccaaagttttgtggtgaccctggtatacctgcccaagga
aaaagagaaggcaaaagctttatataccagtcagaggtttcattcagctgcaattttcct
ttcatattagtgggatcaagcaccagaatatgtcaagcagatggcacttggagtggttca
tcacctcactgcatagagcctacccaaacctcttgtgaaaacccaggtgtgcctcggcat
ggatctcagaacaatacattcggatttcaagtaggaagtgttgtacagttccattgcaaa
aaaggacaccttctccaagggtctacaacacgcacctgcctccctgatcttacgtggagt
gggattcagcctgaatgcataccccacagctgtaaacagccagaaactcctgctcatgca
aatgtcgtagggatggaccttccatctcatgggtatacactgatttatacctgtcagcct
ggcttcttcttagcaggtggaacagaacatagagtgtgtagatccgataacacctggact
ggaaaagttcccatttgtgaagctggttctaaaatattggtgaaagatcctagacctgca
ctgggaacacccagcccaaagctaagtgttcctgatgatgtatttgcccaaaattatata
tggaaaggctcttacaatttcaaaggaaggaaacaacccatgaccttaacagttactagt
ttcaatgcttccactgggagagttaacgcaacactgagcaatagcaacatggagctgcta
ctttcaggggtatataaaagccaggaagctcgcctaatgttacgcatatatcttattaaa
gtacctgctcatgcttctgtgaagaaaatgaaggaagaaaattgggcaatggatggcttt
gtttctgctgagcctgatggagctacttatgtatttcaaggatttattcaaggcaaagat
tatggacaatttggcctacaaagactgggactgaatatgtcagaaggttcaaattcttca
aatcaacctcatggtacaaatagtagttctgtagccattgctattcttgtgccttttttt
gcacttatatttgcaggatttggattttatctttataaacaaaggactgcacctaaaaca
cagtatacaggatgttcagttcatgaaaataacaatggccaagcagcttttgaaaatccc
atgtatgacaccaacgcaaagtcagtggaagggaaggcggtacgatttgatcccaacttg
aacacggtttgcacaatggtataa

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Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (19)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (17)   
DNA sequence (35)   
   RefSeq(nuc) (17)   
   GenBank (9)   
   EMBL (9)   
Protein domain (4)   
   Pfam (4)   
All databases (100)   

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