KEGG   Ailuropoda melanoleuca (giant panda): 100475076
Entry
100475076         CDS       T01329                                 
Symbol
XIRP2
Name
(RefSeq) xin actin-binding repeat-containing protein 2 isoform X1
  KO
K27381  xin actin-binding repeat-containing protein
Organism
aml  Ailuropoda melanoleuca (giant panda)
Pathway
aml04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:aml00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100475076 (XIRP2)
SSDB
Motif
Pfam: Xin
Other DBs
NCBI-GeneID: 100475076
NCBI-ProteinID: XP_019659981
Ensembl: ENSAMEG00000001296
Position
2:136358234..136429821
AA seq 3315 aa
MARYQAAASRGDCRSFSANMMEESGMCTVPGGLARVKKQFEKDKFASSFNTLSQYQHQHH
NRSEQVMRLQEVIHSSQVDISRSSQEMERNEQEASKTHKSDVLGTEMAPHLKKHTEGIRQ
ASQFHQYVQETVIDTPEDEEIPKVSTKFLKEQFEKSAQEKVLYSDKEMTPAKQIKIGSEC
EETFKPSSIVGTSSTSCMSTCQRKETSTTKHGDHSATSSTLVQVNATAMGKTEEFPPPPP
DRFQNPIDVTAFSQSPEFPNPPRIPPVPKELYSKQRNLYELNRLYKHMHPELRKNLEKDY
ISEVSEIVSSQVNPGSSVSADVQQARYVFENTNDSSQKALNSEREHLEWDEILKGEVQSM
RWIFENQPLDSINNGSPDEDDINKGIADQEIIAGGDVKYTTWMFETHPIDTLGDHSSGTE
ENAEKIPELARGDVRTARWMFETKPLDSMNKMHQEESVVTAVKDITGGDVKTVRYMFETQ
HLDQLGQLHSVDEVHLLQLRSELKEIKGNVKRSIKCFETQPLYVIRDGLGQMLEIKTVHR
EDVEKGDVRTARWMFETQPLDTISKDITEIKVVRGISTEENVKGGVSRAKWLFETQPLEK
IKEESEEVIIEKETIIGTDVSRKCWMFETQPLDILKEVPDADPRRSEEIIGGDVQTTKHL
FETLPIEALKDSPDVGKLQKITASEEERGDVRHQKWIFETQPLEDIREDKKEYIRTVKLE
EVDRGDVKNYTHIFESNNLIKFDASHKIEVEGVTRGAVELNKSLFETTPLYAIQDHLGKY
HQVKTVQQEEILRGDVRSCRWLFETRPIDQFDESIHKFQIIRGISAQEIQTGNVKSAKWL
FETQPLDSIKYFSNTEEVENKAEQATDIVKGDVKTCRWLFETQPMESLYEKVSLVTGSEE
IHKGDVKACTWLFETKPLDTIRADSEATVKLQTVKQEEIQGGDVRTACFLFETENLDSIQ
GEEGKEIKAMEMDIQAGDVSSMRHKFENQSLDSISSSSEEVLKKIKALKTEDIQKGNVLH
CRWLFENQPIDMIKESQEGDELVKTVTDIQGGDVRKGCFIFETFSLDEIKEESDCISTKK
RITEEVMKGDVKSYRMLFETQPLYAIQDREGYYHEVTTVKKEEVIHGDVRGTRWLFETKP
LDSINQSETVYVIKSVTQEDIQKGDVSSVRYRFETQPLDQISEESRGARPTVDSIQGGDV
KTSKQFFESENCGKNTYVRTVSVNEIQKGNVKTSTWLFETHTIDELRGEGSEYENIKTVT
QEDMQKGDVKQAVWLFENQTLDSIKEADESTTKIIKEGIPSSDVKTTTWLFETTPLHEFN
ENRVEKVEIIGKSIKETLEELYSQKVIEAPGIIIAADEVGDVRMAKYKLMNQASPEIQKE
EIIRVDLRNIMVNLLSKRDCTKREIRVSEEEKGNVNLTKTQLLNRSTEFHAEKEEIVSGD
VQQAIKNLFSEERSVKKGIIIQEDERGDINMTIYCLLHENAGDTVEREEVIGGDVKRTIH
NLLSSISNNKISERAKIDASERGNVQFFTTCIEIGALDYLKQLQTGSSETLTARKQEREE
EIIGGDVEGTKLLLKKRQSQVERTVNETDIIPGDVHNTVKVFMTEPQTTFCKTPKEDIIK
GDLKSTLNSLSQAINQKTVAKTEEIIKGDMLATLKSLKESNHQWKESKQPNAIPADIEKA
IECLEKTTNTRTEILKKELIRDDLEISLRNLKEAQRAFKEVDKRGVMKEDVKGVMGGSSE
EQKTKIHQVAVQRDTKNVLQPRPGPFEPAARWQGGADISNQTIGKSYHGNLIEERTEVTL
PKAPKGTVKIVIDREQNNDALEKSLRKLSNSHHKATNNVLESGDRVGVWPETIAEQHLSD
EHVGRQLTSTLSSEENLKTKESETVREQKTAVFNCTQSIDKTVGKQQTQTCKLRKDHQQT
ESFSVKSPKITKNTKIPTDKQSPKPSPTQGLVNMTVGETCKVSEDFQKQTLLEQEIQCSN
KTIKKKNMNPQPTLPIDQDISNITELKVSPKSHSKFKATDKKQADVHLQSQDFLMKTNTS
TDLKMAMETSFNSINFNAENNGKESEGSLPPPSPPPPPPSNASSEIEFPLPPPPPLAMLP
EKNAPEMIKAEFESFPGLPLPPPPEDDKSEREGLSVFPPPPPPPTPSLKPAHLLSCSVQE
KHRGTFIQYSQEASSSQQTHSQAKVLTGKSGVLLPPPTLPKPKFPKRIEDKKNHGSPKVE
LENSLPDMECKITPSNDQKRVITATSSEHTEMKQNISRRGLDERKQLSMDSMRSLSQTVP
ETSLPKEKTMAPIIKSHSFSAGSGQQSPKPYMRKFKTPLMIAEEKYRQQREELEKQKHES
SCYNIVKTESPNQNMPELQKKVLLQKTNEEAPLPGMDSGVTLVQPNPNSQSHPQVLGVCT
DNQLSTAPAGTVTAKGLQHVVAASEDKATMKKEVLQSSRDTLQSVSACEIKQRHQECSTQ
QTQQKYLEELHLPQRKPVSPSFKVKTIKLPTADRKSNETDHIYESRKKQSDVDVQTISKE
QCQKTEKTEATSTEYDNKQSVAEKYYQLPKKEKRVTIELPMEPTGKSHESQLTIVPEKQG
EFRQSENGKPQGSERTNQEPSTIGPKEERLRVERKREHLNKSAQKVVKQKVTNVHLDSQI
QNIQQTQIQTSESQVEHKKLPQPYNNLQEEKCLGVKGIQQKQVFSDSKDSKQEITQSKSL
FSSVKESQQDDGKCAINILEFLRKREELQQILSRVKQFEMEPDKNGLKTFRTLLNIIPVW
LLSEEKRQYGVCIAMENNTEKIKEEITRIKTQAEDMLVSCENIIQTAMIASKEEKQRNKL
TSLNETLSKVSNVSEQQENTIVEKTEHRQVATHEEATAHSRVKTHQEIKLDDGKISPPSL
KTRPPSPTFITIESTARRPETSTKDELSQSPKKDSVAEPSPRSPVSQTSRAGTAHASPSP
PRSRSEQLVKLKDTTAKLARGAAPCPSVTPVPIVEKRSEIITSPATLRRQIKIETRGRDS
PPTITIPISVNHVDGGPFRRSMKAQEEIRQVEKRATYAHKDAVNSAQRLLPDAESFDSVE
IIRTVEGPRRTEHTQRYEAANRTVQMAENFLSDHENEINRWFREFEAGPVFEAKSNRRVY
TNGEADHNMNQESRSFCKEEFGLTSLENTSFTGFSCNRPRESQEKVPAKQPSVHSETRSV
SERFSGVDAFEGQVVGSTMTTVSSSHSSEAGKSGFDFKHAPPTYEDVIAGHSLDISDSPE
ELRRNFQKAWQESESVFKSLGFANSDASAAEMRTTFQGESAFISEAAPPRQGNMYTLSKD
CLSNGVPGSRQAEFS
NT seq 9948 nt   +upstreamnt  +downstreamnt
atggcgaggtaccaggcagctgcttccaggggtgactgccgcagcttctctgccaatatg
atggaggaatctggaatgtgcacagtgcctggtggtttggccagagtgaagaaacaattt
gagaaggacaaatttgcttcttcttttaataccttgtctcagtaccaacaccagcaccac
aacagatctgagcaggtaatgcgactgcaggaggtgatccacagcagccaggtcgacatt
tcaagaagcagccaagaaatggaaagaaatgaacaagaagcttccaaaacacacaaaagt
gatgttcttggaacagaaatggcccctcatcttaaaaagcacactgagggaataagacaa
gcttctcagttccatcagtatgttcaagaaacagtcatcgatacacctgaggatgaagag
attccgaaggtttcaactaagtttttaaaggagcaatttgaaaagtctgcccaggaaaag
gtcctttattctgacaaagagatgaccccagccaagcagattaaaatcggaagtgaatgt
gaagagactttcaagccatcatcaattgtgggcacctcttccacttcctgcatgtcgacc
tgccagaggaaggaaacatcaaccacaaaacacggtgaccacagtgccacttcctcaact
ctggtacaagttaatgccactgctatgggaaagacagaagaatttcctcctcccccacct
gatagatttcaaaatccaatagatgtgacagcattttcccagtcccctgaattccccaac
cctcctagaataccaccagtacccaaagaattatattctaagcaaagaaatttgtacgaa
ttaaaccgtttatataaacacatgcatcctgagttaagaaaaaacttagaaaaagattat
atcagtgaggtttctgaaattgtctctagtcaggtgaacccagggagctcagtttcagca
gatgtgcaacaagcccggtatgtttttgaaaatacaaatgacagttcccaaaaagctctg
aactcagaaagagaacacttggagtgggatgaaattctgaagggagaggtgcagtccatg
agatggatctttgagaatcagcctttagattccatcaataatggctctccagatgaagat
gatatcaacaagggcattgctgatcaagaaatcattgctggtggtgatgtgaaatacacc
acatggatgtttgaaacccatcccatagatacactaggggaccattcttctggcactgaa
gaaaatgctgagaaaattcctgagctagccagaggagatgtccgcacagcccggtggatg
tttgaaacaaagccattagactcaatgaataaaatgcatcaagaagaatcggtggtaact
gccgtaaaggacataactggtggggatgtcaagactgtgagatatatgtttgaaactcaa
catctggatcagcttggacagcttcattcagtggatgaagttcacctattgcaactcagg
tctgaactcaaagaaattaagggaaatgttaagagaagtataaaatgttttgaaactcaa
ccattatatgttattagagatggtttaggtcaaatgttagaaattaaaactgttcacaga
gaagatgttgaaaagggagacgtgagaacagcacgttggatgtttgaaacacagcccttg
gacacaattagcaaggatatcacagaaattaaagttgtccgaggaatatccacggaagaa
aatgtcaaaggtggggtgagtagggccaagtggttatttgaaactcaacctttggagaaa
atcaaagaagagtcagaagaggtcatcattgaaaaggaaacaataataggtacagatgtc
tccagaaaatgttggatgtttgaaacgcagccattagacattctgaaagaagttcctgat
gcagatcctcgaagatctgaagagataataggtggtgatgtgcaaactactaagcatcta
tttgaaacacttccaatagaggctttaaaagatagccctgatgtaggaaaacttcaaaaa
attactgcctctgaagaagaaaggggggatgttagacaccaaaaatggatttttgaaacc
caacctctggaagacattagagaagataaaaaagaatacatacgaacagtgaaacttgaa
gaagttgacagaggagatgtaaagaattacacacatatctttgaatcaaacaatttaatt
aaatttgatgcatcacataaaatagaggtggaaggagtcacaagaggtgctgtagagtta
aacaaatcactctttgaaacaacaccactatatgccattcaagatcaccttggaaaatat
catcaagtcaagacagtccaacaagaagaaatcctaagaggtgatgtaagaagttgtagg
tggctttttgaaacaaggcccattgaccagtttgatgaaagcattcataaattccagata
attagaggaatatctgctcaagaaatacagactggaaacgtgaaatctgctaaatggcta
tttgaaacccaacctcttgattcgattaaatattttagtaatacggaagaagtagaaaat
aaagctgaacaagcgacagatattgttaaaggggatgttaaaacttgtagatggcttttt
gaaacccaaccaatggagtctctttatgaaaaagtttcattagtgactggcagtgaagaa
attcataagggagatgtcaaagcctgtacctggctctttgaaacgaagccacttgatacc
ataagagctgactccgaagcaacagtcaaactgcaaactgtaaaacaggaggagatccaa
ggtggggatgttcgtacagcatgctttctttttgagacagaaaatttggacagcatacaa
ggagaggaaggaaaagaaatcaaggccatggaaatggatatccaagctggggatgtctcc
agcatgcggcataagtttgaaaaccaatctttagattccataagttccagttcagaggaa
gttttgaaaaagatcaaagccctaaagactgaagatattcagaaaggcaatgttttacat
tgtaggtggctttttgaaaaccaaccaattgatatgataaaagagagccaagaaggtgat
gaactagttaagacagtgacagacatacaaggtggggatgtaagaaagggatgctttatt
tttgagactttttctttagatgagattaaagaagaatctgactgtatcagcaccaagaaa
agaattactgaagaagtaatgaagggtgacgtaaaaagctacagaatgctctttgaaacc
cagccactctatgcaattcaagaccgagaagggtattatcatgaagtgacaacagttaaa
aaggaagaggtaattcacggagatgtacgaggaactaggtggctttttgaaacaaagcca
ttagactcaattaatcagtcagagactgtgtatgttattaaatctgtcacccaggaagac
attcagaagggagatgttagttctgtcagatacagatttgaaacccagccactggatcag
atttcagaagaatcacgtggtgctaggcccactgtggactctattcaaggtggggatgta
aagacaagtaaacaattttttgagtctgaaaattgtggtaagaatacttatgtaagaaca
gtaagtgtcaatgaaatacaaaagggcaatgttaaaacatctacttggctatttgaaacc
cacaccatagatgagctgagaggagaagggtcagaatatgaaaatatcaaaacagtcacc
caggaagatatgcagaaaggtgatgttaagcaggcagtatggctttttgaaaatcaaact
ttggattctattaaggaagcagatgaaagcaccacaaaaatcatcaaggagggaatccct
tcttctgatgtcaagacaactacctggctctttgaaactacaccccttcatgaatttaat
gaaaatagggtagagaaggtagaaattattggcaagagcattaaggaaacgttagaagaa
ctctactctcaaaaagtgattgaggctcctggaatcatcattgcagctgatgaagttggg
gatgttcgaatggcaaaatacaagctaatgaatcaagcatctcctgagatacagaaagaa
gaaattatcagggttgatctcagaaatataatggtgaacctgctttccaaaagagactgt
acaaaaagggagattcgggttagtgaagaagagaagggaaatgttaatttgaccaaaact
caattattaaacagatcaacagaatttcatgctgaaaaagaagaaatagtgagtggtgat
gtacaacaagcaataaaaaacttgttctctgaggaaagatctgtaaagaaaggcattata
attcaggaagatgaaagaggagatattaatatgactatctattgtcttcttcatgaaaat
gctggtgacacagttgagcgtgaagaagtaataggaggtgatgtaaaacgtaccattcat
aatttgctatcttccatatcaaacaataaaatatctgaaagggctaaaatcgatgcctct
gagaggggaaatgttcagtttttcacaacatgcatagaaattggagcattggattatctt
aaacaactccagacagggtcaagtgaaacactgacagctaggaaacaagaaagagaggaa
gaaataattggtggtgatgtggagggtacaaaactgttactaaagaaaaggcagtctcag
gttgaacgtactgttaatgaaactgacatcattccaggagatgtgcataatacagttaag
gtttttatgacagagcctcagacaacattttgcaagacacccaaagaagatattataaaa
ggtgatttgaaatcaaccctaaattccctcagccaggccataaatcagaaaacagtggct
aaaacagaagaaattataaaaggtgacatgctggccacactcaagtcactaaaggaatca
aaccaccaatggaaagaatctaaacagcccaatgccatccctgctgacattgaaaaagct
attgaatgccttgaaaagaccacaaacacaagaacagaaatcctgaaaaaggagcttatc
cgggatgatctggaaatatcattaaggaatctgaaagaagcacagagagctttcaaagag
gtagataaaagaggtgtaatgaaagaagatgtgaaaggtgtgatgggaggatcctcagaa
gagcagaaaacaaagattcatcaggtggctgtccagagggacacaaaaaatgttcttcag
ccaagaccaggaccatttgagccagcagccaggtggcaagggggagcagacatttctaat
caaactataggcaaatcttatcatggaaatttaatagaagaaagaactgaagttactctt
ccaaaagcccccaaaggcactgtaaagattgtcatagatcgtgaacaaaacaatgatgct
cttgagaaaagccttagaaaactatctaactcacaccacaaagcgactaacaatgtgttg
gaatcaggggacagagtgggtgtctggcctgagaccatagcagagcagcaccttagtgat
gaacatgtgggcagacaattgacttcaactctgtcatctgaggaaaatctaaaaactaag
gaatcagagactgtgagagaacagaagactgctgtctttaactgtactcaatctatcgat
aaaacagtaggaaagcaacagactcaaacttgcaaactgaggaaagaccaccagcagact
gagtctttctctgtaaagagtcctaaaattaccaaaaacactaaaataccaacagataaa
caaagccctaagcccagtccaacccagggtctggtcaacatgacagttggggaaacttgc
aaagtttcagaggactttcagaagcaaactttgttagagcaagaaatacaatgttctaat
aaaactataaagaaaaagaacatgaaccctcagccaactttgcctatagatcaagacata
tcaaatataacagaactgaaagtctccccaaaaagccacagtaaatttaaggcaactgac
aaaaagcaggctgatgttcatctgcagagccaggactttctaatgaagacaaatacttcc
acggacttaaaaatggcaatggaaacgtcctttaattcaatcaactttaacgctgaaaat
aatggaaaagaaagtgaaggctctctgccacctccgtctccacctcctcctccaccttcc
aacgcgtcatcggaaattgaattccctcttcctcctccacctcctttagcgatgttgcct
gaaaaaaatgccccagaaatgataaaggctgaatttgaaagtttcccaggcctccctctt
cctccaccaccagaagatgataaatcggaaagagaaggtctatcagtgtttccaccacct
ccccctcctccaactccatctcttaaaccagcgcatctcctttcctgctctgttcaagaa
aagcacagggggacattcatacaatattctcaagaagcctcaagttcccagcaaactcat
tctcaggcgaaagtcctaacgggaaaatcaggagtacttttgccacctcccacactcccc
aaacccaaatttcccaaacggatagaagataaaaagaatcacggttccccaaaagttgaa
ttggaaaattccctaccagatatggaatgtaaaattactccctcaaatgatcagaaaaga
gtgataacggcgactagcagtgaacacacagagatgaagcagaacatatctagaagaggt
cttgatgaaagaaagcaattatctatggactcgatgaggtctctctcacagacagttcca
gaaacttcactacccaaggaaaaaacaatggcacctattataaaatctcattcattctca
gcaggttcaggacaacaaagtccaaaaccttatatgagaaaatttaagacacctttaatg
atcgcagaagaaaagtacagacaacaaagagaagagcttgaaaaacagaaacatgagagt
tcttgctacaacatagtcaaaacagaaagcccaaatcaaaacatgccagagttgcaaaag
aaagtactgttacaaaaaacaaatgaggaggctcccctacctggaatggattcaggggtc
actttggttcaacccaacccaaactctcaaagtcatcctcaagtcctaggagtgtgtact
gacaaccagctttccacagcaccagcagggacagtcaccgccaaggggctccaacatgtt
gtagcagcctcagaagacaaagctaccatgaaaaaggaagttttacagagctcaagggac
acgttacaatctgtatcagcttgtgaaatcaaacagaggcatcaggagtgtagtacacag
caaacacaacagaagtatctggaggagttgcacttgccccaaagaaaaccagtttcccca
agtttcaaagttaaaactatcaagcttccaactgcagatcgcaaatcaaatgaaacagac
cacatctatgaaagccgtaaaaagcaatctgacgttgatgttcaaaccattagcaaggaa
cagtgccagaaaactgagaaaactgaagcaacaagcactgaatatgataataagcaatct
gtagctgaaaaatattatcaattacctaagaaggagaaaagagtaacaatagaactgccc
atggaacccactgggaaaagccatgaaagtcaactcactatagttcctgagaagcaagga
gaatttagacaatctgagaatgggaaacctcaaggaagtgaaagaacaaatcaggaacca
tcaacgattggtccaaaggaagagagactaagagttgagagaaaacgagaacatttgaat
aaatcagcacagaaggtagtcaagcaaaaggttactaatgtacatcttgattcacagata
cagaatattcagcaaacacaaatacagacttccgaaagtcaagttgaacataaaaaattg
ccccagccatacaataatctgcaggaagaaaaatgtcttggagtcaagggcatacaacag
aaacaagtcttttctgatagtaaagattcaaagcaagagattacacagagcaaatcttta
ttttcctctgtgaaagaatcccagcaggatgatggaaaatgtgctataaatatattggaa
ttcttgagaaaacgtgaagaactacaacagattttgtctagggtaaaacagtttgaaatg
gagccagataaaaatggccttaaaacgtttcggacactgctaaatattattccagtatgg
ctattaagtgaagaaaaaagacaatacggtgtttgcattgctatggagaataacacagaa
aaaatcaaagaagaaataacgcgtattaaaactcaagcagaggatatgcttgtgtcctgc
gagaatataattcaaacagccatgatagcctccaaagaagaaaagcagcgaaataaactc
actagccttaatgaaacgttatctaaagtgtctaacgttagtgaacagcaagaaaataca
attgtagaaaaaacagagcaccgtcaagtagcaacgcatgaggaagcaactgctcacagt
cgtgtgaaaacccatcaggagattaaactagatgacggcaagatctctcctccctcctta
aaaacacgcccaccatcaccaactttcataacaattgagtctaccgctaggcgaccagaa
acctctactaaggacgagctctctcagtcccctaaaaaagacagtgttgctgagccatca
ccgcgaagccccgtgtcacaaacgtctagagctggcacagcacacgcttccccttctccg
cccaggagtcgctctgagcagctcgtcaaactcaaagacaccaccgcaaaattggccaga
ggggccgccccgtgtccgtcagtgaccccggttccgatagtagagaaaagatctgagatc
atcacgtctcctgcaacacttcgtcgtcaaattaagatagaaactcgtggtagggactct
ccccccacaatcaccatacctattagcgtaaatcatgtagatggtggccccttcagaaga
tctatgaaagcccaggaggaaattaggcaagtcgagaaaagggcgacatacgctcacaaa
gacgcggtgaattccgcacagcgcctgctgccagacgctgagagttttgactcggtggaa
atcatccgcacggtggaagggcctcgccgcacagagcacacgcagaggtatgaagccgcc
aaccgaactgttcaaatggctgaaaatttcctgagtgaccatgaaaatgaaataaacaga
tggtttagggaattcgaagctggcccggttttcgaagccaagtcaaacaggagagtttat
acaaatggagaagctgaccataatatgaaccaagaaagtcgttcgttttgtaaggaggaa
tttggattgacatctctagaaaacacaagttttacaggcttttcttgcaatcgtcctaga
gagtcgcaagaaaaggttccggcaaagcagcccagcgtccactctgaaacaaggtctgta
agcgaacgcttctcaggcgtggatgcgtttgagggtcaagttgttgggtcgacgatgacg
acggtctcttcatcgcatagctcagaagctggcaaatctggctttgacttcaagcatgcc
ccaccaacctatgaagatgtcatcgctggccatagtttagatatttctgattcacctgaa
gagctcaggaggaattttcaaaaggcatggcaagagagtgaaagcgtttttaaaagcctg
ggatttgcaaactcagacgcttctgccgctgagatgagaaccaccttccaaggggaatct
gcgtttataagcgaagccgctcctccaagacaaggaaatatgtatactttgtcaaaagac
tgtttatccaatggagtgcctggtagcagacaagcagagttttcataa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (1)   
   Pfam (1)   
All databases (48)   

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