KEGG   Homo sapiens (human): 129446
Entry
129446            CDS       T01001                                 
Symbol
XIRP2, CMYA3
Name
(RefSeq) xin actin binding repeat containing 2
  KO
K27381  xin actin-binding repeat-containing protein
Organism
hsa  Homo sapiens (human)
Pathway
hsa04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    129446 (XIRP2)
SSDB
Motif
Pfam: Xin
Other DBs
NCBI-GeneID: 129446
NCBI-ProteinID: NP_001186073
OMIM: 609778
HGNC: 14303
Ensembl: ENSG00000163092
UniProt: A4UGR9
Structure
Position
2:166888480..167259753
AA seq 3327 aa
MARYQAAVSRGDCRSFSANMMEESEMCAVPGGLAKVKKQFEDEITSSRNTFAQYQYQHQN
RSEQEAIHSSQVGTSRSSQEMARNEQEGSKVQKIDVHGTEMVSHLEKHTEEVNQASQFHQ
YVQETVIDTPEDEEIPKVSTKLLKEQFEKSAQEKILYSDKEMTTPAKQIKTESEYEETFK
PSSVVSTSSTSCVSTSQRKETSTTRYSDHSVTSSTLAQINATSSGMTEEFPPPPPDVLQT
SVDVTAFSQSPELPSPPRRLPVPKDVYSKQRNLYELNRLYKHIHPELRKNLEKDYISEVS
EIVSSQMNSGSSVSADVQQARYVFENTNDSSQKDLNSEREYLEWDEILKGEVQSIRWIFE
NQPLDSINNGSPDEGDISRGIADQEIIAGGDVKYTTWMFETQPIDTLGAYSSDTVENAEK
IPELARGDVCTARWMFETRPLDSMNKMHQSQEESAVTISKDITGGDVKTVRYMFETQHLD
QLGQLHSVDEVHLLQLRSELKEIKGNVKRSIKCFETQPLYVIRDGSGQMLEIKTVHREDV
EKGDVRTARWMFETQPLDTINKDITEIKVVRGISMEENVKGGVSKAKWLFETQPLEKIKE
SEEVIIEKEKIIGTDVSRKCWMFETQPLDILKEVPDADSLQREEIIGGDVQTTKHLFETL
PIEALKDSPDIGKLQKITASEEEKGDVRHQKWIFETQPLEDIRKDKKEYTRTVKLEEVDR
GDVKNYTHIFESNNLIKFDASHKIEVEGVTRGAVELNKSLFETTPLYAIQDPLGKYHQVK
TVQQEEIVRGDVRSCRWLFETRPIDQFDESIHKFQIIRGISAQEIQTGNVKSAKWLFETQ
PLDSIKYFSDVEETESKTEQTRDIVKGDVKTCKWLFETQPMESLYEKVSLMTSSEEIHKG
DVKTCTWLFETQPLDTIKDDSETAVKLQTVKQEEIQGGDVRTACFLFETENLDSIQGEEV
KEIKPVEMDIQAGDVSSMRYKFENQSLDSISSSSEEVLKKIKTLKTEDIQKGNVLNCRWL
FENQPIDKIKESQEGDECVKTVTDIQGGDVRKGCFIFETFSLDEIKEESDYISTKKTITE
EVIQGDVKSYRMLFETQPLYAIQDREGSYHEVTTVKKEEVIHGDVRGTRWLFETKPLDSI
NKSETVYVIKSVTQEDIQKGDVSSVRYRFETQPLDQISEESHNIMPSIDHIQGGNVKTSR
QFFESENFDKNNYIRTVSVNEIQKGNVKTSTWLFETHTMDELRGEGLEYENIKTVTQEDV
QKGDVKQAVWLFENRTFDSIMEAHKGITKMTKEEIPPSDVKTTTWLFETTPLHEFNETRV
EKIEIIGKSIKETLEDLYSQKVIQAPGIIIEADEIGDVRMAKYKLMNQASPEIQKEEIIR
ADLRNIMVNLLSKRDCTEREILISEEEKGNVNLTKTQLLNRSTEFHAEKEEIVKGDVQQA
IKNLFSEERSVKKGILIQEDEKGDINMTIYCLLHENDGDTIEREEVIGGDVKRTIHNLLS
STSNNKISERAKIDASERGNVQFFTTCIEAGALDYLKQLHTESNETLTAKKQEGEKEIIG
GDVEGTKLLLKKRQSLVERTVSETDIIPGDVHNTVKVFMTEPQSTFGKIPKEEIIKGDLT
STLNSLSQAVNQKTVTKTEEIIKGNMLATLKSLKESSHRWKESKQPDAIPGDIEKAIECL
EKATNTKTEILKKELLKDDLETSLRSLKEAQRSFKEVHKEGVIKKDAKAVMAGSSGEQKT
DIHQVAVQRNKNSLLQPKPGPFEPAAKWQGGADTLSQTMGKSCHGNLVEERTEVNLPKAP
KGTVKIVIDREQNNDALEKSLRRLSNSHHKSNVLESGDKTGVWTDTTGEQHLRDEYMSRQ
LTSTVSVKNNLTTKESDRAVRELKKDDVFNSIQSAGKTVGKQQTYELRNDHQKMEGFHIK
SPKKTKNIKILTDTQSSKPSPTQHPVSMPVGGTYDLSGDFQKQTLLKQETKYSNKDIKKK
NINLQPMWQLLPVEQDTSNVTEMKVSEKSHNTFKATNKKRETDVHLKSQDFLMKTNTSTG
LKMAMERSLNPINFNPENNVKESECPLPPPSPPPPPPSNASSEIEFPLPPPPPLMMFPEK
NGFLPSLSTEKIKAEFESFPGLPLPPPPVDEKSERESSSMFLPPPPPPTPSQKPAHLLSS
SAPEKHSGDFMQQYSQKEASNSQNSQAKIITGKTGVLPPPTLPKPKLPKHIKDNKNDFSP
KVELATSLSDMECKITTSKDQKKVMVMTSSEHTETKQNVISKSLDERKQLSIDSANCLSH
TVPGTSAPRKKQIAPLIKSHSFPESSGQQNPKPYMRKFKTPLMIAEEKYRQQKEEIEKQK
QESSYYNIVKTQSQNQHITEVEKEMPLQKTNEEVSLSGIDSECTVVQPSPGSQSNARILG
VCSDNQLSTTSPETVAAKRLHHVLAASEDKDKMKKEVLQSSRDIMQSKSACEIKQSHQEC
STQQTQQKKYLEQLHLPQSKPISPNFKVKTIKLPTLDHTLNETDHSYESHKQQSEIDVQT
FTKKQYLKTKKTEASTECSHKQSLAERHYQLPKKEKRVTVQLPTESIQKNQEDKLKMVPR
KQREFSGSDRGKLPGSEEKNQGPSMIGRKEERLITERKHEHLKNKSAPKVVKQKVIDAHL
DSQTQNFQQTQIQTAESKAEHKKLPQPYNSLQEEKCLEVKGIQEKQVFSNTKDSKQEITQ
NKSFFSSVKESQRDDGKGALNIVEFLRKREELQQILSRVKQFEAEPNKSGLKTFQTLLNT
IPGWLISEDKREYAVHIAMENNLEKVKEEITHIKTQAEDMLVSYENIIQTAMMSSKTGKP
GNKPTSLDETSSKVSNVHVSNNKNSEQKENKIAKEKTVQHQVAAHHEATVRSHVKTHQEI
KLDDSNIPPPSLKTRPPSPTFITIESTARRTENPTKNELSQSPKKDSYVEPPPRRPMSQK
SEIHRANTSPSPPRSRSEQLVRLKDTTAKLSKGAIPCPAATPVPIVEKRSEIIMSPATLR
RQIKIETRGRDSPPTITIPVNINHAASGSFRESVDAQEEIRKVEKRATYVHKDGLNSTDH
MVPDTESYDAVEIIRKVAVPPRLSEHTQRYEAANRTVQMAENFVNDPENEINRWFREFEH
GPVSEAKSNRRVYAKGETNHNIQQESRTFCKEEFGLTSLGNTSFTDFSCKHPRELREKIP
VKQPRICSETRSLSEHFSGMDAFESQIVESKMKTSSSHSSEAGKSGCDFKHAPPTYEDVI
AGHILDISDSPKEVRKNFQKTWQESGRVFKGLGYATADASATEMRTTFQEESAFISEAAA
PRQGNMYTLSKDSLSNGVPSGRQAEFS
NT seq 9984 nt   +upstreamnt  +downstreamnt
atggcgaggtaccaggcagctgtttccaggggtgactgccgcagcttctctgctaatatg
atggaagaatcagaaatgtgcgcagtgcctggtggtttggccaaggtgaagaaacaattt
gaggacgaaattacttcttcccgtaatacctttgctcaataccaatatcaacatcagaac
agatctgagcaggaggcaattcatagcagccaggttggcacttcaagaagcagccaggaa
atggcaagaaatgaacaagaagggtccaaagtacagaaaattgatgttcatggaacagaa
atggtctctcatcttgaaaagcacaccgaggaagtaaaccaagcatctcagtttcatcaa
tatgttcaagaaactgtcattgatacacctgaggatgaagagattccaaaggtttcgact
aagttgttaaaagagcagtttgaaaagtctgcccaggaaaagatcctttattctgacaaa
gagatgacaaccccagccaagcagattaagactgaaagtgaatatgaagagactttcaag
ccatcatcagttgtgagtacctcttccacttcttgcgtttcaaccagccagaggaaggaa
acatcaactacaagatatagtgatcacagtgtcacttcctcaactctggcacaaattaat
gctacttcttcaggaatgacagaagaatttcctcctcccccacctgacgtacttcaaact
tcagtagatgtgacagcattttcccagtcccctgaactgcccagtcctcctagaagacta
ccagtccccaaagatgtatattccaagcaaagaaatttgtatgaattaaaccgtttatat
aaacacatccatcctgagttaagaaaaaacttagaaaaagattatatcagtgaagtttct
gagattgtttctagtcaaatgaactcagggagttcagtctcagcagatgtgcaacaagcc
cggtatgtttttgaaaacacaaatgacagttctcaaaaagatctgaactcagaaagagaa
tacttggaatgggatgaaattctgaagggagaggtgcagtccattagatggatctttgag
aatcaaccattggattccatcaacaatggctctcctgatgaaggtgatatttccaggggc
attgctgatcaagaaatcattgctggtggtgatgtgaaatataccacatggatgtttgaa
acccaacccatcgacacacttggggcttattcttctgacactgtagaaaatgcagagaaa
attcctgagctagccagaggagatgtctgcacagctcggtggatgtttgaaacaaggcca
ttggactcaatgaataaaatgcatcaaagtcaagaagaatcagcggtaactatcagtaag
gacataactgggggggatgtcaagactgtgagatacatgtttgaaactcaacatctagat
caacttggacagcttcattcagtggatgaggttcatttactgcagcttaggtctgagctc
aaagaaattaagggaaatgttaaaagaagtataaaatgtttcgaaactcaaccattatat
gttattagagatggttcgggccaaatgctggaaattaaaactgttcacagagaagacgtt
gaaaagggagatgtaagaacagcacggtggatgtttgaaacacagccgttggacacaatt
aacaaagatatcacagaaattaaagttgtccgaggaatatccatggaagaaaatgtcaaa
ggtggggtgagtaaggcaaagtggttatttgaaacccaacctttggagaaaatcaaagag
tcagaagaggtcatcattgaaaaggaaaaaataataggtacagatgtctccagaaagtgt
tggatgtttgaaacccagccattagacattctaaaagaagttcctgatgcagattctcta
caacgtgaggagataataggtggtgatgtacaaactactaagcatctatttgaaacactt
ccaattgaagcattaaaagacagtcctgatataggaaagcttcaaaaaatcactgcctct
gaagaagaaaaaggggatgttaggcatcaaaaatggatttttgaaacccaacctctggaa
gacattagaaaagataaaaaggagtacacacgaacagtgaaacttgaagaagttgacaga
ggagatgtgaagaattacacacatatctttgaatcaaacaatttaattaaatttgatgca
tcacataaaatagaggtggaaggagttacaagaggtgctgtagagttaaataaatctctc
ttcgagacaacaccactgtatgccattcaagatccccttggaaaatatcatcaagtaaag
acagtccagcaagaagaaatcgtaagaggtgatgtaagaagctgtaggtggctttttgaa
acaaggcccattgaccagtttgatgaaagcattcataaatttcaaataattagaggaata
tctgctcaagaaatacagactggaaatgtgaaatctgccaaatggttgtttgaaacccaa
cctcttgattcaattaaatattttagtgatgtggaagaaacagaaagtaaaactgaacaa
actagagatattgttaaaggggatgtcaaaacctgtaaatggctttttgagacccagcca
atggagtctctttatgaaaaagtttcgttaatgaccagcagtgaagaaattcataaggga
gatgtcaaaacttgtacttggctctttgaaactcagccacttgataccataaaagatgac
tctgaaacagcagtcaaattgcaaactgtaaaacaggaggagatccaaggtggggatgtt
cgtacagcatgttttctttttgagacagaaaatttggacagcatacaaggagaagaagtg
aaggaaatcaagcctgttgaaatggatatacaagctggagatgtttccagcatgaggtat
aaatttgaaaatcagtccttagattctataagttctagttcagaggaagttttgaaaaag
atcaaaaccttaaaaactgaagatattcagaaaggcaatgttttaaattgtaggtggctt
tttgaaaaccaaccaattgataagataaaagaaagccaagaaggtgatgaatgtgttaag
acggtgacagacatacaaggtggggatgtaagaaaggggtgctttatttttgagactttt
tctttagatgagattaaagaagaatctgactatatcagcaccaagaaaacaattactgaa
gaagtaatacagggtgatgtaaaaagctacagaatgctctttgaaacccagccactctat
gcaattcaagaccgagaagggtcctatcatgaagtgaccacagttaaaaaagaagaggta
attcatggagatgtgcgaggaacaaggtggctttttgaaacaaagccattagactctatt
aataaatcagaaactgtgtatgttattaaatctgtcacacaagaagacattcagaaggga
gatgttagttctgtcagatacagatttgaaactcagccactggatcagatttctgaagaa
tcacataatattatgcccagtattgaccatatacaaggtggcaatgtaaagacaagtaga
caattctttgagtctgaaaattttgataagaataactatatacgaacagtaagtgtcaat
gaaatacaaaagggcaatgttaaaacatctacttggctatttgaaacccacactatggat
gaactgagaggagaagggttagaatatgaaaatatcaagacagtcactcaggaagatgtg
cagaaaggtgatgttaagcaggctgtgtggctttttgaaaatcgaactttcgattctatt
atggaagcacataaaggtatcacaaaaatgaccaaggaagaaatccctccttctgatgtc
aaaacaaccacatggctctttgaaacaacaccacttcatgaatttaatgaaactagagta
gaaaagatagaaattattggcaagagcattaaagaaaccttagaagatctctactctcaa
aaagttatccaggctcctggaatcatcattgaagctgatgaaataggggatgttcgaatg
gcaaaatacaagctaatgaaccaagcatctcctgagatacagaaagaagaaattatcagg
gctgatctcagaaatataatggtgaacctactttccaaaagggactgtactgaaagagag
attttgattagtgaagaagagaagggaaatgttaatttgactaaaactcaattattaaac
agatcaactgaatttcatgctgaaaaagaagagatagtgaaaggtgatgtacaacaagca
ataaaaaacctgttctctgaggaaagatctgtaaagaaaggcatcttaattcaggaagat
gaaaaaggagatattaacatgactatctattgtcttcttcatgaaaatgatggtgacaca
attgagcgtgaagaagtaataggtggtgatgtcaaacgtaccattcataatttattgtct
tccacatcaaacaataaaatatctgaaagggctaaaattgatgcctctgagagaggaaat
gttcagtttttcacaacctgcatagaagctggagctttggattatctgaaacaactccac
acagagtcaaatgaaacactgacagctaagaaacaagaaggagagaaagaaatcattggt
ggtgatgttgaaggtacaaaactgttactgaagaaaaggcagtctctggttgaacgtact
gttagtgaaactgacatcatccctggagatgtgcataacacagttaaggtttttatgacc
gagcctcagagtacatttggtaagatacccaaagaagagattataaaaggtgatttgaca
tcaaccctaaattccctcagccaggctgtaaatcagaaaacagtgacgaaaacagaagaa
attataaaaggtaacatgctagccacactcaagtcacttaaagaatcaagccatcgatgg
aaagaatctaaacagcctgatgccatccctggtgatattgaaaaagctattgaatgcctt
gaaaaagctacaaatacaaagacagaaattctgaaaaaggagcttctcaaagatgacctg
gaaacatcactaaggtctttgaaagaagcacaaagaagtttcaaagaggtacataaagaa
ggtgtaataaaaaaagatgctaaagctgtgatggcaggatcctcgggagagcagaaaaca
gatattcatcaggttgctgtccagaggaacaaaaatagtcttcttcagccaaagccaggt
ccatttgagccagcggccaagtggcaagggggagcagatactctcagtcaaactatgggg
aaatcttgccatggcaatttagtagaagaaagaactgaggttaatcttccaaaagccccc
aaaggcactgtaaagattgtcatagatcgtgaacaaaacaatgatgctctggagaaaagc
cttagaagactatctaattcacaccataaatctaatgttttggaatcaggagacaaaacg
ggtgtctggactgatactacaggagaacagcatcttagagatgaatatatgagcagacaa
ttaacttcaactgtgtcagttaagaataatctaacaactaaagaatcagacagggcagtg
agagagctgaagaaggatgatgtctttaattccatccaatctgctggtaaaaccgttgga
aagcaacagacatatgaactgagaaatgaccaccagaaaatggagggttttcatataaag
agtcctaaaaagaccaaaaatattaaaatattaactgatacacaaagctccaagcccagt
cccacccagcatccagtcagcatgccagttggaggaacttacgacctttcaggggacttt
cagaagcaaactttgttaaagcaagaaacaaaatattctaataaggatataaagaaaaag
aatataaaccttcaaccaatgtggcagcttttgcctgtagagcaagacacatccaatgta
acagaaatgaaagtctctgaaaaaagtcacaatacatttaaggcaaccaacaaaaagcgg
gagactgatgttcacttgaaaagccaggactttctaatgaaaacaaatacttccacaggc
ttaaaaatggcaatggaaaggtccttgaatccaatcaactttaaccctgagaataatgta
aaagaaagtgagtgcccccttccacctccatctccacctcctccaccaccttctaatgca
tcatctgaaattgaatttcctcttcctcctccacctcctttgatgatgtttcctgaaaaa
aatgggtttcttccctcactgtccacagagaagataaaggctgaatttgaaagttttcca
ggcctccctcttcctccacctccagtagatgagaaatctgaaagagaaagttcatcgatg
tttctgccgcctcctcctcctccaactccatctcaaaagccagcacatctcctttcctcc
tctgctccggaaaagcacagtggagacttcatgcaacaatattcccaaaaagaagcctcg
aactctcagaattctcaggctaaaatcataacaggaaaaaccggtgtgttgccacctccc
acattgcccaaacccaaacttcccaagcatataaaagataataagaacgatttttccccc
aaagttgaactggcaacctccctgtcagatatggaatgtaaaattactacctcaaaggat
cagaaaaaagtaatggtgatgaccagcagtgaacacacggagacaaagcagaacgttatt
agtaagagtcttgatgaaagaaaacaattatctattgactctgcaaactgtctctcacac
acagttccaggaacttcagcacccaggaaaaaacagattgcgcctcttataaaatctcat
tcatttccagagagttcaggacaacaaaatccaaaaccttatatgagaaaatttaagaca
cctttaatgattgctgaagaaaaatatagacaacaaaaagaagaaattgaaaaacagaaa
caggagagttcttactacaacattgttaaaactcaaagccaaaatcaacacataacagag
gtggaaaaggaaatgccattacaaaaaaccaatgaggaggtttccctatctggaattgat
tcagaatgcactgtggttcaacccagcccaggctctcaaagtaatgctcggatactagga
gtgtgttctgataaccaactctccacaacatcgccagaaacagtcgctgccaagaggctc
caccatgttttagcagcttcagaagacaaagataagatgaaaaaggaagttttacaaagc
tcaagggacattatgcaatccaaatcagcttgcgaaattaaacaaagtcaccaagaatgt
agtacccaacaaacacaacagaagaagtatttggagcagttgcacttgccccaaagcaaa
ccaatttccccaaatttcaaagttaaaaccatcaaacttccaactctagatcatacatta
aatgaaacagaccacagctatgaaagtcataaacagcaatctgagattgatgttcaaacc
tttaccaaaaaacaatatctgaaaaccaagaaaactgaagcaagcactgaatgtagtcat
aagcaatctctggctgaaagacattatcagttacctaagaaggagaaaagagtgacagta
caattgcctacagaatccatacagaagaaccaggaagataagctcaagatggttcccagg
aagcaaagagaatttagcggatctgacagagggaaacttccaggaagtgaagaaaaaaat
cagggaccatcaatgattggtcgaaaagaagagagattaataactgaaagaaaacacgaa
catctgaagaataaatcagcaccaaaggtcgtcaagcaaaaggttatcgatgcacatctt
gattcacagactcagaattttcagcaaacacaaatacagaccgctgaaagtaaagctgaa
cataaaaaattgccccagccatataatagtctgcaggaagaaaaatgtctcgaagtcaag
ggcatacaagagaaacaagtcttctctaatactaaagattcaaagcaagagattacacag
aacaaatctttcttttcctctgtgaaagaatcccagcgggatgatggaaaaggtgcctta
aatatagtggaattcttgagaaaacgtgaagaactgcaacagattttgtcgagagtgaaa
cagtttgaagcagagccaaataaaagtggccttaaaacatttcagacactattaaatact
atcccaggatggctgataagtgaagataagagagaatatgcagttcacattgccatggag
aataatttagaaaaagtaaaagaagaaataacacatattaaaactcaagcggaagatatg
cttgtgtcctatgaaaatataattcagacagccatgatgtcctccaaaacaggaaaaccg
ggaaataaacccactagtcttgatgaaacatcatccaaagtatctaatgttcatgtcagc
aataataaaaatagtgaacagaaagaaaataaaattgccaaagagaaaacagtacagcac
caagtagcagctcatcatgaagcaactgttcgtagtcacgtgaaaacccatcaggaaatt
aaacttgatgatagcaacattcctcctccctctttaaaaacacgcccaccgtcaccaact
tttatcacaatagaatctactgcccgacgaacagaaaaccctactaagaacgagctttct
cagtcccctaaaaaggacagttatgttgaacccccaccaagaaggcccatgtcgcaaaaa
tctgaaattcacagagcaaacacttccccttctccacccaggagtcgctctgaacaactt
gtcagactcaaagacaccactgcaaagttatccaaaggggccatcccatgtccagcagca
accccggttccaattgtagagaagaggtctgaaatcatcatgtctcctgcaacacttcgt
cgtcaaattaagatagaaactcgtggtagggactctccacctacaatcacaataccagta
aatataaatcatgctgctagtggttccttcagagaatctgtggacgctcaagaggaaatc
aggaaagtggagaagagagctacttatgttcataaagatggactaaattccactgatcac
atggtgcccgacactgaaagttatgatgcagttgaaatcatccgcaaggttgcagtgcct
cctcgcctgtcagagcacacacagagatatgaagcggccaaccgaactgttcaaatggct
gaaaatttcgtgaatgaccctgaaaatgaaataaacagatggttcagggaatttgagcat
ggcccagtttctgaagcaaagtcaaatagaagagtttatgcaaagggagaaacaaaccat
aacatacaacaagaaagtcgtacattttgtaaggaggaatttggattaacatctttagga
aacacgagttttacagacttttcttgcaaacatcctagagaactgcgagaaaagattcct
gttaagcagcccaggatctgctctgaaaccaggtctctaagtgaacatttctcaggcatg
gatgcatttgagagtcaaattgttgagtcgaagatgaaaacctcttcatcacatagctca
gaagctggcaaatctggctgtgacttcaagcatgccccaccaacctatgaggatgtcatt
gctggacatattttagatatctctgattcacctaaagaagtaagaaaaaattttcaaaag
acgtggcaagagagtggaagagtttttaaaggcctgggatatgcaaccgcagatgcttct
gcaactgagatgagaaccaccttccaagaggaatctgcatttataagtgaagctgctgct
ccaagacaaggaaatatgtatactttgtcaaaagacagtttatccaatggagtgcctagt
ggcagacaagcagaattttcataa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (4)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (89)   
   RefSeq(nuc) (7)   
   GenBank (41)   
   EMBL (41)   
3D Structure (1)   
   PDB (1)   
Protein domain (1)   
   Pfam (1)   
All databases (159)   

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