KEGG   Homo sapiens (human): 23013
Entry
23013             CDS       T01001                                 
Symbol
SPEN, HIAA0929, MINT, RATARS, RBM15C, SHARP
Name
(RefSeq) spen family transcriptional repressor
  KO
K25100  Msx2-interacting protein
Organism
hsa  Homo sapiens (human)
Pathway
hsa04330  Notch signaling pathway
Disease
H02612  Radio-Tartaglia syndrome
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04330 Notch signaling pathway
    23013 (SPEN)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    23013 (SPEN)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Histone modification proteins
   Other histone modification proteins
    23013 (SPEN)
SSDB
Motif
Pfam: MINT_MID MINT_RID MINT_RAM7 RRM_1 SPOC RRM_5 RRM_7
Other DBs
NCBI-GeneID: 23013
NCBI-ProteinID: NP_055816
OMIM: 613484
HGNC: 17575
Ensembl: ENSG00000065526
UniProt: Q96T58
Structure
Position
1:15847707..15940456
AA seq 3664 aa
MVRETRHLWVGNLPENVREEKIIEHFKRYGRVESVKILPKRGSEGGVAAFVDFVDIKSAQ
KAHNSVNKMGDRDLRTDYNEPGTIPSAARGLDDTVSIASRSREVSGFRGGGGGPAYGPPP
SLHAREGRYERRLDGASDNRERAYEHSAYGHHERGTGGFDRTRHYDQDYYRDPRERTLQH
GLYYASRSRSPNRFDAHDPRYEPRAREQFTLPSVVHRDIYRDDITREVRGRRPERNYQHS
RSRSPHSSQSRNQSPQRLASQASRPTRSPSGSGSRSRSSSSDSISSSSSTSSDSSDSSSS
SSDDSPARSVQSAAVPAPTSQLLSSLEKDEPRKSFGIKVQNLPVRSTDTSLKDGLFHEFK
KFGKVTSVQIHGTSEERYGLVFFRQQEDQEKALTASKGKLFFGMQIEVTAWIGPETESEN
EFRPLDERIDEFHPKATRTLFIGNLEKTTTYHDLRNIFQRFGEIVDIDIKKVNGVPQYAF
LQYCDIASVCKAIKKMDGEYLGNNRLKLGFGKSMPTNCVWLDGLSSNVSDQYLTRHFCRY
GPVVKVVFDRLKGMALVLYNEIEYAQAAVKETKGRKIGGNKIKVDFANRESQLAFYHCME
KSGQDIRDFYEMLAERREERRASYDYNQDRTYYESVRTPGTYPEDSRRDYPARGREFYSE
WETYQGDYYESRYYDDPREYRDYRNDPYEQDIREYSYRQRERERERERFESDRDRDHERR
PIERSQSPVHLRRPQSPGASPSQAERLPSDSERRLYSRSSDRSGSCSSLSPPRYEKLDKS
RLERYTKNEKTDKERTFDPERVERERRLIRKEKVEKDKTDKQKRKGKVHSPSSQSSETDQ
ENEREQSPEKPRSCNKLSREKADKEGIAKNRLELMPCVVLTRVKEKEGKVIDHTPVEKLK
AKLDNDTVKSSALDQKLQVSQTEPAKSDLSKLESVRMKVPKEKGLSSHVEVVEKEGRLKA
RKHLKPEQPADGVSAVDLEKLEARKRRFADSNLKAEKQKPEVKKSSPEMEDARVLSKKQP
DVSSREVILLREGEAERKPVRKEILKRESKKIKLDRLNTVASPKDCQELASISVGSGSRP
SSDLQARLGELAGESVENQEVQSKKPIPSKPQLKQLQVLDDQGPEREDVRKNYCSLRDET
PERKSGQEKSHSVNTEEKIGIDIDHTQSYRKQMEQSRRKQQMEMEIAKSEKFGSPKKDVD
EYERRSLVHEVGKPPQDVTDDSPPSKKKRMDHVDFDICTKRERNYRSSRQISEDSERTGG
SPSVRHGSFHEDEDPIGSPRLLSVKGSPKVDEKVLPYSNITVREESLKFNPYDSSRREQM
ADMAKIKLSVLNSEDELNRWDSQMKQDAGRFDVSFPNSIIKRDSLRKRSVRDLEPGEVPS
DSDEDGEHKSHSPRASALYESSRLSFLLRDREDKLRERDERLSSSLERNKFYSFALDKTI
TPDTKALLERAKSLSSSREENWSFLDWDSRFANFRNNKDKEKVDSAPRPIPSWYMKKKKI
RTDSEGKMDDKKEDHKEEEQERQELFASRFLHSSIFEQDSKRLQHLERKEEDSDFISGRI
YGKQTSEGANSTTDSIQEPVVLFHSRFMELTRMQQKEKEKDQKPKEVEKQEDTENHPKTP
ESAPENKDSELKTPPSVGPPSVTVVTLESAPSALEKTTGDKTVEAPLVTEEKTVEPATVS
EEAKPASEPAPAPVEQLEQVDLPPGADPDKEAAMMPAGVEEGSSGDQPPYLDAKPPTPGA
SFSQAESNVDPEPDSTQPLSKPAQKSEEANEPKAEKPDATADAEPDANQKAEAAPESQPP
ASEDLEVDPPVAAKDKKPNKSKRSKTPVQAAAVSIVEKPVTRKSERIDREKLKRSNSPRG
EAQKLLELKMEAEKITRTASKNSAADLEHPEPSLPLSRTRRRNVRSVYATMGDHENRSPV
KEPVEQPRVTRKRLERELQEAAAVPTTPRRGRPPKTRRRADEEEENEAKEPAETLKPPEG
WRSPRSQKTAAGGGPQGKKGKNEPKVDATRPEATTEVGPQIGVKESSMEPKAAEEEAGSE
QKRDRKDAGTDKNPPETAPVEVVEKKPAPEKNSKSKRGRSRNSRLAVDKSASLKNVDAAV
SPRGAAAQAGERESGVVAVSPEKSESPQKEDGLSSQLKSDPVDPDKEPEKEDVSASGPSP
EATQLAKQMELEQAVEHIAKLAEASASAAYKADAPEGLAPEDRDKPAHQASETELAAAIG
SIINDISGEPENFPAPPPYPGESQTDLQPPAGAQALQPSEEGMETDEAVSGILETEAATE
SSRPPVNAPDPSAGPTDTKEARGNSSETSHSVPEAKGSKEVEVTLVRKDKGRQKTTRSRR
KRNTNKKVVAPVESHVPESNQAQGESPAANEGTTVQHPEAPQEEKQSEKPHSTPPQSCTS
DLSKIPSTENSSQEISVEERTPTKASVPPDLPPPPQPAPVDEEPQARFRVHSIIESDPVT
PPSDPSIPIPTLPSVTAAKLSPPVASGGIPHQSPPTKVTEWITRQEEPRAQSTPSPALPP
DTKASDVDTSSSTLRKILMDPKYVSATSVTSTSVTTAIAEPVSAAPCLHEAPPPPVDSKK
PLEEKTAPPVTNNSEIQASEVLVAADKEKVAPVIAPKITSVISRMPVSIDLENSQKITLA
KPAPQTLTGLVSALTGLVNVSLVPVNALKGPVKGSVTTLKSLVSTPAGPVNVLKGPVNVL
TGPVNVLTTPVNATVGTVNAAPGTVNAAASAVNATASAVTVTAGAVTAASGGVTATTGTV
TMAGAVIAPSTKCKQRASANENSRFHPGSMPVIDDRPADAGSGAGLRVNTSEGVVLLSYS
GQKTEGPQRISAKISQIPPASAMDIEFQQSVSKSQVKPDSVTASQPPSKGPQAPAGYANV
ATHSTLVLTAQTYNASPVISSVKADRPSLEKPEPIHLSVSTPVTQGGTVKVLTQGINTPP
VLVHNQLVLTPSIVTTNKKLADPVTLKIETKVLQPANLGSTLTPHHPPALPSKLPTEVNH
VPSGPSIPADRTVSHLAAAKLDAHSPRPSGPGPSSFPRASHPSSTASTALSTNATVMLAA
GIPVPQFISSIHPEQSVIMPPHSITQTVSLSHLSQGEVRMNTPTLPSITYSIRPEALHSP
RAPLQPQQIEVRAPQRASTPQPAPAGVPALASQHPPEEEVHYHLPVARATAPVQSEVLVM
QSEYRLHPYTVPRDVRIMVHPHVTAVSEQPRAADGVVKVPPASKAPQQPGKEAAKTPDAK
AAPTPTPAPVPVPVPLPAPAPAPHGEARILTVTPSNQLQGLPLTPPVVVTHGVQIVHSSG
ELFQEYRYGDIRTYHPPAQLTHTQFPAASSVGLPSRTKTAAQGPPPEGEPLQPPQPVQST
QPAQPAPPCPPSQLGQPGQPPSSKMPQVSQEAKGTQTGVEQPRLPAGPANRPPEPHTQVQ
RAQAETGPTSFPSPVSVSMKPDLPVSLPTQTAPKQPLFVPTTSGPSTPPGLVLPHTEFQP
APKQDSSPHLTSQRPVDMVQLLKKYPIVWQGLLALKNDTAAVQLHFVSGNNVLAHRSLPL
SEGGPPLRIAQRMRLEATQLEGVARRMTVETDYCLLLALPCGRDQEDVVSQTESLKAAFI
TYLQAKQAAGIINVPNPGSNQPAYVLQIFPPCEFSESHLSRLAPDLLASISNISPHLMIV
IASV
NT seq 10995 nt   +upstreamnt  +downstreamnt
atggtccgggaaaccaggcatctctgggtgggcaacttacccgagaacgtgcgggaagag
aagatcatcgagcatttcaaacgatatggccgcgtggaaagtgtcaaaattcttcccaag
aggggatctgaaggaggagtggctgcctttgtggattttgtggacatcaaaagtgcacag
aaagctcacaactcggtcaacaaaatgggtgacagagacctacgcacggattataatgaa
ccaggcaccatcccgagtgctgctcggggattggatgatacagtttccatagcatctcgt
agtagagaggtttctgggttcagaggaggtggtggagggcctgcttatggtcccccaccg
tcacttcatgcacgagaaggacgttatgagcggagacttgatggggcttcagataacagg
gagcgtgcttatgaacatagtgcctatggacaccatgaacgggggacgggaggatttgat
cggacaagacattacgatcaggattactatagagatcctcgagagcggactttacaacat
gggctctattacgcttctcggagtcgaagtccaaatcgctttgatgctcatgacccccga
tatgaacctagggctcgcgagcagtttacactgcccagtgtggtacacagggatatctac
agggatgatattacccgggaggtacgaggcagaaggccagagcggaattaccagcacagc
aggagtcggtcaccacattcatcccagtctagaaatcagtctcctcagagactggctagc
caagcatctagacccacaaggtcccctagcggcagcggctctagaagtagatcctccagt
agtgattcaatcagcagcagcagtagtaccagcagtgacagcagtgattccagcagtagt
tcaagtgatgattctccagctcgatcagttcagtctgcagcagtccctgcacccacttcc
cagttgctttcatctctggaaaaagatgagccccgtaaaagttttggcatcaaggtccag
aatcttccagtacgctctacagatacaagccttaaagatggccttttccatgaatttaag
aaatttggaaaagtaacttcagtgcagatacatggaacttcagaagagaggtatggtctg
gtattctttcggcagcaagaggaccaagaaaaagccttgactgcatcaaaaggaaaactt
ttctttggcatgcagattgaagtaacagcatggataggtccagaaacagaaagtgaaaat
gaatttcgccccttggatgaaaggatagatgaatttcaccccaaagcaacaagaactctc
tttattggcaaccttgaaaaaaccactacttaccatgaccttcgcaacatcttccagcgc
tttggagaaattgtggatattgacattaagaaagtaaatggagttcctcagtatgcgttt
ctgcaatactgtgatattgctagcgtttgtaaagctattaagaagatggatggggaatat
cttggaaataatcgcctcaagctgggttttggaaagagcatgcctacaaactgcgtgtgg
ctagatgggctttcttcgaatgtgtcagatcagtatttaacacgacatttctgccgatat
gggcctgtggtaaaggtggtgtttgaccgcttaaaaggcatggccctggttctctacaat
gaaattgaatatgcacaagcagctgtaaaagagaccaaagggaggaaaatcggtgggaat
aaaattaaggtggattttgcaaatcgggaaagtcagctggctttttatcactgcatggag
aaatctggtcaagacatcagagacttttatgaaatgttagccgaaagaagagaggaacga
agggcatcctacgactataaccaagatcgtacatattatgagagtgttcgaactccaggc
acttatcctgaggattccaggcgggactatccagctcgagggagagagttttattcagaa
tgggaaacttaccaaggagactactatgaatcacgatactacgatgatcctcgggaatac
agggattacaggaatgatccttatgaacaagatattagggaatatagttacaggcaaagg
gaacgagaaagagaacgtgaaagatttgagtctgaccgggacagagaccatgagaggagg
ccgattgaacgaagtcaaagtcctgttcacttgcgacgtccacagagtcctggagcgtct
ccctctcaggcagagaggttgccgagtgattctgagaggaggctttacagccgatcctca
gaccggagtggaagctgtagctcactctcccctccaagatatgagaaactggacaagtct
cgtttggagcgctatacaaaaaatgaaaagacagataaagaacgaacttttgatccggag
agagtggagagagagagacgcttaatacggaaggaaaaagtggaaaaggacaaaactgac
aagcagaaacgcaaaggaaaggttcactcccctagttctcagtcttcagaaacggaccaa
gaaaatgagcgagagcaaagccctgaaaagcccaggagttgtaataaactgagcagagag
aaagctgacaaagagggaatagcgaaaaaccgcctggaactcatgccttgcgtggttttg
actcgagtgaaagagaaagagggaaaggtcattgaccacactcctgtggaaaagttgaaa
gccaagcttgataatgacactgtcaaatcttctgccctggaccagaaacttcaggtctct
cagacggagcctgcaaaatctgacttgtctaaactggaatcagttagaatgaaagtacca
aaggaaaaggggctttcaagccatgttgaagtggtggagaaggaaggcaggcttaaagcc
aggaagcacctcaagcctgagcagcctgcagatggggtaagtgctgtggatctggagaag
ctggaagccaggaaaaggcgctttgcagattccaatttaaaagcagaaaagcaaaaacca
gaggtcaagaaaagcagtccagagatggaggatgctcgcgtgctttcaaaaaagcagcct
gacgtgtcctctagagaggtcattctgctgagggaaggagaggctgaaagaaagcctgtg
aggaaagaaattcttaaaagagaatctaaaaaaatcaaactggacagacttaatactgtt
gccagccccaaagactgtcaggagcttgccagtatttctgttgggtctggctcaaggccc
agctcagacctacaagcaagactgggagaactagcaggtgaatctgtggaaaatcaagaa
gtccaatcaaaaaagcccattccctcaaaaccacagctcaaacagctgcaggtattagat
gatcaaggaccagagagagaagacgttaggaaaaactattgcagtcttcgtgatgaaaca
cctgaacgtaaatcaggccaagagaaatcacattcagtaaatactgaagaaaaaattggc
attgacatcgatcacacgcagagttaccgaaaacaaatggaacagagtcgtaggaaacag
cagatggaaatggaaatagccaagtctgagaagtttggcagtcctaaaaaagatgtagat
gaatatgaaagacgtagcctcgttcacgaggtaggcaaaccccctcaagatgtcactgat
gactctcctcctagcaaaaagaaaaggatggatcatgtcgattttgatatctgcaccaag
cgagaacggaattacagaagttcacgccaaatcagcgaagattctgaaaggactggtggt
tctcccagtgtccgacatggttccttccatgaagatgaggatcccataggctcccctagg
ctactgtcagtaaaagggtctcctaaagtagatgaaaaagtcctcccctattctaacata
acagtcagggaagagtctttaaaatttaatccttatgattctagcaggagagaacagatg
gcagatatggccaaaataaaactatctgtcttgaattctgaagatgaactaaatcgttgg
gactctcagatgaaacaggatgctggcagatttgatgtgagtttcccaaacagcataatt
aagagagatagccttcgaaaaaggtctgtacgagatctggaacctggtgaggtgccttct
gattctgacgaagatggtgaacacaaatcccactcacccagagcctctgcattatatgaa
agttctcgattgtcttttttattgagggacagagaagacaagctacgtgagcgagatgaa
agactctctagttctttagaaaggaacaaattttactcttttgcattggataagacaatc
acaccagacactaaagctttgcttgaaagagctaaatccctctcttcatctcgtgaagaa
aattggtcttttcttgattgggactcccgatttgcaaattttcgaaacaacaaagataaa
gaaaaggttgactctgctccaagacctattccatcctggtacatgaaaaagaagaaaatt
aggactgattcagaagggaaaatggatgataagaaagaggaccataaagaagaagagcaa
gagaggcaggaattgtttgcttctcgttttttacacagctcaatctttgaacaagattcc
aagcgattgcagcatctagagagaaaagaggaagattctgacttcatttctggtaggatc
tatgggaagcagacatctgagggagcaaacagcacaactgattccattcaagaaccagta
gttctgttccatagcagatttatggagctcacacggatgcaacagaaagaaaaagaaaaa
gaccagaaacccaaagaggttgagaaacaggaagatacagagaatcatcccaagacccca
gaatctgctcctgagaataaagattcagaactgaaaactccaccttccgttgggcctcca
agtgtcacagtcgtaactctagaatcagccccatcagcactagagaagaccactggtgac
aaaacggtagaggcgcctttggtaacagaagagaagactgtggagccagctaccgtctca
gaagaagcaaagcctgcatctgaacctgctcctgcccctgtggaacagctggaacaagta
gacctgcccccaggagcagaccccgataaagaagctgccatgatgcctgcgggtgttgag
gaaggttcatcaggtgaccagccgccttatctggatgccaagcctccaactcccggggcc
tcgttttcccaggcagagagcaacgtagatccagagcctgacagtacccagccactttca
aaaccagctcagaagtctgaggaagccaatgagccaaaggccgaaaagccagacgccact
gcagatgctgagcctgatgcaaaccagaaagccgaagctgctcctgagtctcagccccca
gcttctgaagatttagaggttgatcctccagttgctgcaaaggataaaaagccaaacaaa
agcaagcgttcaaagacccctgttcaggcagctgcagtgagtatcgtggagaagcccgtc
acaaggaagagtgagaggatagaccgggaaaaactcaagcggtccaattctcctcgggga
gaagcacagaagcttttggaattgaagatggaggcagagaagattacaaggactgcttct
aaaaactctgctgcagaccttgaacatcccgaaccaagtttgcctctcagccgaacaagg
cgccggaatgtaaggagcgtctatgcaaccatgggtgaccatgaaaaccgctctcctgtc
aaagagcccgttgagcaaccaagagtgaccagaaagagattggagcgagagcttcaggag
gctgcagcggttcccaccacccctcggaggggaaggcctccaaagacacgccggcgagcc
gatgaagaggaggagaacgaggccaaggaacctgcagaaacactcaagccacctgaggga
tggcggtcgccaaggtcccagaaaactgcagctggtggtggaccccaagggaaaaaggga
aaaaatgaaccgaaggtggatgctacacgtcctgaggccaccactgaggtgggcccccaa
ataggcgtgaaagagagctccatggaacccaaggctgctgaggaggaggcagggagtgaa
cagaaacgtgacagaaaagatgctggcacagacaaaaacccccctgaaaccgcccctgtt
gaagttgtagagaaaaaaccggcccctgaaaaaaactccaaatcaaagagaggaagatct
cgaaactccaggttagcagtggacaaatctgcaagtctgaaaaatgtggatgctgctgtc
agtcccaggggggctgcagcacaggcaggggagagggaatctggggtggtggcagtctcc
cctgagaaaagtgagagtccccaaaaggaggatggtttatcatcccagttgaaaagtgat
ccagttgatccagacaaggaaccagagaaagaagacgtgtctgcctctgggccgtcccca
gaagccacccagttagccaagcagatggagctggagcaggccgtggaacacatcgcaaag
ctcgctgaggcctctgcctctgctgcctataaggcagatgcaccagagggccttgcccca
gaggacagggacaagcctgcacaccaagcaagtgaaacagagctggctgcggccatcggc
tccatcatcaatgacatttctggggagccagaaaacttcccagcacctccaccttatcct
ggagaatcccagacagatctgcaaccccccgcaggtgcacaggcgctgcagccttctgag
gaaggaatggagacagatgaggctgtatctggcatcctggaaactgaggctgctacagaa
tcttctaggcctccagtcaatgctcctgacccctcagccggcccaacagataccaaggaa
gccagaggaaatagcagtgaaacctcacactcagtgccagaagccaaagggtctaaagaa
gtggaagtcactcttgttcggaaagacaaagggcgccagaaaacaacccgatcacgccgc
aagcgaaacacaaacaagaaagtggtggctcctgtagagagccatgtccctgaatccaac
caagctcaaggtgagagtcctgctgcaaatgaggggacaacagtacagcaccccgaagcc
ccacaggaagaaaagcagagtgagaaaccccattccactcctcctcagtcatgtacttct
gacctaagcaagattccctccacagagaattcgtcccaagaaatcagtgttgaggaaagg
actccaaccaaagcatctgtgcccccagaccttcccccacctccccagccagcaccggtg
gatgaggagcctcaagccaggttcagggtgcattccatcattgaaagtgacccggtgacc
ccacccagcgatccaagcatccccatacccacactgccttctgtaactgcagcaaagctc
tcacctcctgtcgcctctggggggatcccacaccagagcccccctactaaggtgacagag
tggatcacaaggcaggaggagccacgggctcagtctactccatctccagctcttccccca
gacacaaaggcctctgatgttgacaccagctccagcaccctgaggaagattctcatggac
cccaagtatgtgtctgccacaagtgtcacttccacaagtgtcaccacagccattgcagag
cctgtcagtgctgccccttgcctacatgaggccccgcccccgccagttgactctaaaaag
cctttagaagaaaaaacagcacctccagtgacaaacaactctgagatacaagcctcggag
gtgctggtagctgctgacaaggaaaaggtggctccagtcattgctcccaaaattacctct
gttattagccggatgcctgtcagcattgacctggaaaattcacagaagataaccttggca
aaaccagctcctcaaaccctcactggtctggtgagcgcactcactggcctggtgaacgtc
tccctggtcccggtgaatgccctgaaaggccccgtgaagggctcagtgaccacactgaaa
agtttggtgagcacccctgctgggcccgtgaacgtcctgaaagggcctgtgaatgttctt
acggggccagtgaatgttctcaccactccagtgaacgccacggtgggcacagtgaatgcc
gccccaggcacagtcaatgccgctgcgagtgcagtgaatgccacagcaagtgcagtgacc
gtcacagcgggtgcggttactgctgcatctggtggtgtaacggccacaacaggcacggtg
acaatggcaggggcagtgattgcgccgtcaacaaagtgcaaacagagagcgagtgctaat
gaaaacagtcggttccacccagggtccatgcctgtgatcgacgatcgtccggcagacgcg
ggctcaggggcggggctgcgtgtgaacacttctgaaggggttgtgctcctgagttactca
gggcagaagaccgaaggcccacagcggatcagcgccaagatcagccagatccccccggcc
agtgcaatggacattgaatttcagcagtcagtgtccaagtcccaggtcaaacctgattct
gtcacagcatcgcagcctccatccaaaggccctcaagctcctgcaggctatgcgaacgtg
gccacccattccacgttggtactgaccgcccagacatataatgcctctcctgtgatttcg
tctgtgaaggccgataggccatccttggagaagcccgagcccattcacctctcggtgtcc
acgcctgtcacccagggaggcacagtgaaggttctcacccaggggatcaacacaccccct
gtgctggttcacaaccagctggtcctcaccccaagcattgtcaccacaaacaagaagctt
gctgaccccgtcacccttaaaatcgagaccaaggtccttcagccggccaacctggggtcc
acgctcacgccccaccaccctcctgctctgcccagcaaactgcctacagaagtcaaccat
gtcccctcggggcccagcatcccagcagatcgaactgtctcccatttggcagctgcaaag
ctagatgctcattctcctcgaccaagtggacccgggccatcctcattcccaagggcaagc
caccccagcagtactgcatctacggcgctctccaccaacgccacagtcatgctggctgca
ggcatcccagtgccccagttcatctccagcatccacccagagcagtctgtcatcatgcca
ccccacagcatcacccagactgtgtccctgagccacctctcccagggcgaggtgagaatg
aacactcccacgctgcccagtatcacctacagcatccggccagaagcgcttcactctcct
cgggctccgctgcagccccagcaaatagaggtcagggccccacagcgtgccagcaccccg
cagccagccccagctggtgtgcctgcactggcctcccagcaccctcccgaggaggaagtg
cattatcaccttcctgtcgctcgagccacagcccctgtgcagtcagaggtactagtcatg
cagtctgagtaccgactgcacccctatactgtgccacgggatgtgaggatcatggtgcat
ccacatgtgacggcagtcagcgagcagcccagggccgcggatggggtggtgaaggtgcca
ccagccagcaaggcccctcagcagccagggaaggaagctgccaagacaccagatgccaaa
gctgcccccacccccacccctgcccccgtccctgtccctgtcccccttcctgcccctgct
cctgcccctcatggtgaggcccgtatcctcacagttacccccagtaaccaactccagggg
ctgcctctgacccctcctgtggtggtgacccatggggtgcagattgtgcactccagcggg
gagctgtttcaagagtaccggtacggcgacatccgcacctaccaccccccggcccagctc
acacacactcagtttcccgccgcttcctctgttggcctgccttcccggaccaagacagct
gctcagggccctcctcctgaaggtgagcccctgcagcctcctcagcctgtgcagtccaca
cagcctgcccagcctgcaccaccctgcccgccctcccagctcggtcagcccggccagcca
ccaagcagcaagatgcctcaagtgtcccaggaggcaaaggggacccagacgggagtagag
cagcctcgcctcccagctggacctgcaaacaggccacctgagcctcacacccaggttcag
agggcacaagcagaaacaggcccgacttccttcccctcccctgtgtctgtctccatgaag
cctgaccttccagtctctcttcccactcagactgccccaaaacagccgttgtttgtccca
acaacctctggccccagcaccccaccaggactggttctgccacacactgaattccagcca
gcccccaaacaagattcctctccacacctgacttcccagagacccgtggatatggttcaa
cttctgaagaagtaccccatcgtgtggcagggcctgctggccctcaagaatgacacagct
gctgtgcagctccacttcgtctctggcaacaacgtcctggcccatcggtccctgcccctt
tctgaaggagggcccccactaaggatcgcccagaggatgcggctggaggcaacgcagctg
gaaggggttgcccgaaggatgacggtggagacagattactgtctgctgctggctctgccc
tgtggccgtgaccaagaggatgttgtgagccagaccgagtccctcaaggctgccttcatc
acttacctgcaggccaagcaggcggcagggatcatcaacgttcccaaccctggctccaat
cagcctgcctacgtgctgcagatcttcccgccctgtgagttctctgagagtcacctgtcc
cgcctggcccctgacctccttgccagcatctccaacatctctccccacctcatgattgtc
attgcctccgtgtga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (72)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (17)   
   RefSeq(nuc) (1)   
   GenBank (8)   
   EMBL (8)   
3D Structure (4)   
   PDB (4)   
Protein domain (7)   
   Pfam (7)   
All databases (110)   

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