KEGG   Loxodonta africana (African savanna elephant): 100660365
Entry
100660365         CDS       T04351                                 
Symbol
XIRP2
Name
(RefSeq) LOW QUALITY PROTEIN: xin actin-binding repeat-containing protein 2
  KO
K27381  xin actin-binding repeat-containing protein
Organism
lav  Loxodonta africana (African savanna elephant)
Pathway
lav04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:lav00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100660365 (XIRP2)
SSDB
Motif
Pfam: Xin
Other DBs
NCBI-GeneID: 100660365
NCBI-ProteinID: XP_023398637
Position
Unknown
AA seq 3302 aa
MARYQAAVSRGDRHRFSANMMEESEMCSVPGGLARVKRQFEKDEIASTRNTLSQYQYQHQ
NRSEQEVIGSSQANISKSSQEMEENEQKASKTRDTEVLGTEMVSHLEKHTQEINQAASHF
HQYVQETIIDAPEDEEIPKVSTKFLKEQFEKSAQEKVLYSDKEATIPAKQIKIESEYEET
LKPPSVVDTSSTSCTSTNKRKEISTTRYSDHNVTSSVLAQVNATPSGKTEEFPPPPPDVL
QTPIDVTAFSQSPESPSPARRPPVPKELYSKQRNLYELNRLYKHIHPELRKNLEKDYISE
VSEIVSSQVNSGSSGSADVQQVRYVFENKNDRSQKDLNAEREHMEWDEILKGEVQSMRWI
FENQPLDSINIGSQDEGSIPKGIADQEIIAGGDVKYTTWMFETQPIDTLGVHSSVTTENA
EKLPELARGDVRAAQRMFETKPLDALNKMHQSQEESEVTTIKDITGGDVKTVRYMFETQH
LDQLGQLHSVDEVHLLQLRSELKEIKGNVKRSIKCFETQPLYVIRDGSGQMLEIKTVHRE
DVEKGDVRTARWMFETQPLDTINKDITEIKVVRGISIKENVKGGVSKAKWLFETQPLEKI
KEQTEEVVIEKEMIIGTDVSRKCWMFETQPLDILKELPDADPLPPEEIIGGDVQATKHLF
ETLPIEALKDSPDVGKLQKITASEEEKGDVRHQKWIFETQPLEEIREDKKEYTRTVKLEE
VDRGDVRNYTHIFESNNLIKFDASHKIEVEGVRRGAVELNKSLFETTPLYAIQDHLGKYH
QVKTVQQEEILRGDVRSCRWLFETRPIDQFDESIHKFQIIRGISAQEIQTGNVKSAKWLF
ETQPLDSIKYFSNMGETENKTEQATDIIKGDVKTCRWLFETQPMETLYEKVSLVTGNEEI
HKGDVKTCSWLFETRPLDSIKDDSETTVKLQTVKQEEIQGGDVRAACFLFETENLDSIQG
EEGKEIKPMEIDIQAGDVSSMWYKFENQSLDSTSSSSEEVLKKIETLKTEDIQKGSVLNC
RWLFENQPIDMIKESQEGDELVKTVTDIQGGDVRKRCFIFETFSLDKIKEESDCISTKET
STEEVIKGDVKSYRMLFETQPLYAIQDREGYYHEVTTVKKEEVIHGDVRGTRWLFETKPL
DSINQPDTVYIIKSVTQEDIQKGDVNSVRYRFETQPLDKISEESHDIVPTVDYIQGGNVK
TSKQLFESANVDKNTSVRTVSINEIQKGNVRTSTWLFETHTLDELRGEGSEYENIKTVTQ
EDVQKGDVKQAVWLFENQTLDSIKETDEGITKIIKEEIPPSDVKTTTWLFETTPLHEFNE
NRVEKVDIIGKSIKETLKELYSQKVIEAPGIIIEANEVGDVRMAKYKLMNQAPPEIQKEE
IIAGDLRNITMNLLSKSDYTKRGILVSEEEKGNVNLTKAQLLNRSTEFHAEKEEIVRGDV
QQAIKKLFSEERSAKKGIVIQEDERGDINMTIYCLLHENDGDTIEREEVVGGDVKRTIHN
LLSSTANNKISERAKIDASERGNVQFFTACIESGALDYLKQLQTGSKETLTGRKQEEEEE
IIGGDVEGTKLLLKKRQSQIERTVNEIDIIPGDVYNTAKIFMIEPQSTSSKTSKEEIIKG
DLKSTLNSLSQAINQKTVAKTEEIIKGDMLATLKSLKESIHQGIEARQPDDIEQVIESLE
KAANTKTEILKKELIRDDLETSLRSLKEAQRPFKEVDKEGVIKEDVKAIKVGASEEQKAE
MHQVDLHRNKKSVLQPRLGPLESAARWQGGIDTVKQTTAKSCYDNLIEERTEINLPKAPK
GTVKIVIDREQNNDALEKSLRRLSNSHHKAIENVLESGDRKGFWIDAAKEQHQRDLHMSQ
QLTSTVSVKENLKTKESATVTEQKDDVFNSTRSIAKAVGKQQTQICELRNGHQKTEASYP
KSAKMNKNMKIATDTSSSKPNPTQRPVNMPAGETCKVTEDFQKQTLLKQEMQYSNKDIKK
NNRNLQPVWQPLPVDQDISNVTEVKFSEKNHNKFKTTDRKQKADDVHVKSQDFLMKTNTS
TDLKIAMEKSFNPINFNPENNVKESEYPLPPPSPPPPPPSNGSSEIEFPLPPPPPLMTFP
EKNMFPPSLSTEKIKAEFESFPNLPLPPPPIDEKPERECLSMFLPPPPPPTLWQKPAHLS
SSVQEKHSGAFIQQYSQQEASSSEQSQSQTKVMTGKSGRLLPPPTLPKPKFLKQKQMEDK
KNHHSSKVETANSLLDIECKTTPPKDQKRVMVAPSSEHTKTTLNMFRESLDERKQTSIES
TKPVSQTVPETSPTKEKQISPLLKSHSLPAGSGQQSPKPYMRKFKTPLMIAEXKYRQQRE
ELEKQKQESSCYKIAKTESQNQNIVEVEKEVLLQKTNEEFPLPAKGLEITVVQFTPDSQN
DARIMEISTDNHLSATSAVSVAAKKLQDVSAASEDKDSIKKEILESSRDIIGSKSVSEMK
ESHQECRTQQNKYLEQLHMPPNKPVPPSFKVKTIKLPTLDSKLKETDRSYESHKKQHEVK
VQTVTKQQHHEREKTEASAECSKKQTVAEKYYRLPEKEKRVTRKVPAEPPEKKNQEGKFT
IVHEKQREFRESESEKLPGNEEENQAPALIGPKEARLIEERKQEHFENKSAQKAVKQEVI
DVHLDSQTRNFPQTQLPASESEVEHKKLPQPYNRLQEEKCLRVKGIQQKQVFSNTKDSKQ
EITQNKSLFSSVKESQQDDGKCAVNILEYLRKREELQEILSRVKQFEAEPNKNGLKIFRT
LLNIIPVWLISEERRCYGVRIAMENDLEKIKEEIMHIKTQAEDILASSENIIQTAMMSSK
AGNLRNKPTSLNETLPEVPNVNISYKKNIEQKENKTVEEKTAHHQVTTHQEAKTAHNHVE
THQETKLDDSKISPSCLKTRPQSPTFITIESTARRSETPSKDELSQSPKRDSSVEPSSRR
SVVQTSRIHRANICPSPPRSRSEQLVKLKDTTAKLSRGTIPSPSVTPVPIVEKRSEIITS
PATLRRQIKIETRGRDSPPTITIPVSVDQVNSGSFRESMEAQEEVRQVEKRTTYTHKDGA
NSTNHIVPDMESFDAVEIIRKVEVPRVSGHTQRYEAANRTVQMAENFVHDHENDINRWFR
EFEDGPVFEAKSNRRVYANGDANHNIKQESRTFCKEEFGITSSENTGFRNLSGRHPRELQ
EKISFKQPGVYSETRSLSEHFSGVNAFESQVAGSKTATSSSHSSEASKSGFDFKHAPPTY
EDVIAGHILDISDSPKELKRNFQKTWQGSERVFESQGYATSEASAAEMRTTFQEDSAFLS
GK
NT seq 9909 nt   +upstreamnt  +downstreamnt
atggcgaggtaccaggcagctgtttccaggggagaccgccaccgcttctctgctaatatg
atggaagaatcagaaatgtgcagtgtacctggtggtttggccagggtgaagagacaattt
gagaaggatgaaattgcttctacccgtaataccttgtctcaataccaataccagcaccag
aacagatctgagcaggaggtaattggtagcagccaggccaatatttcaaaaagcagccag
gaaatggaagaaaatgaacaaaaagcttccaaaacacgtgacactgaagttcttggaaca
gaaatggtctctcatcttgaaaagcacacccaggaaataaaccaagctgcttctcatttc
catcaatatgttcaagaaacaatcattgatgcacctgaggatgaagagattccaaaggtt
tcaactaagtttttaaaagagcaatttgaaaagtctgcccaggaaaaggtcctttattct
gacaaagaggccacaatcccagccaagcagattaagattgaaagtgaatatgaagagact
ttaaagccaccttcagttgtggatacctcttctacttcttgcacttcgaccaacaagaga
aaggaaatatcaaccacaagatatagtgaccacaatgtcacttcttcagtgctggcacaa
gttaatgccactccttctggaaagacagaagaatttcctcctcccccacctgatgtgctt
cagactccaatagatgtgacagcattttcccagtcccctgaatcacctagtcctgctaga
agaccaccagtccccaaagaattatattccaagcaaagaaatttgtatgaattaaatcgc
ttatataaacacattcatcctgaattaagaaaaaacttagaaaaagactacatcagtgag
gtttctgagattgtttctagtcaagtgaactcagggagttcaggttcagcagatgtacaa
caagtccggtatgtttttgaaaataaaaatgacaggtctcagaaagatctgaatgctgaa
agagaacacatggagtgggatgaaattctgaagggggaggtacagtccatgagatggatc
tttgagaatcagccattagattccatcaacattggctctcaagatgaaggcagcatcccg
aagggcatcgctgatcaagaaatcattgctggtggtgatgtgaagtataccacatggatg
tttgaaacccaacccatagatacactgggggttcattcttctgtcactacagaaaatgct
gagaagcttcctgagctagccagaggagatgtgcgtgcagcacagaggatgtttgaaaca
aagccattagatgcactgaataaaatgcatcagagtcaagaagaatcagaagtaactact
attaaggacataactgggggggatgtcaagactgtgagatacatgtttgagactcaacat
ctagatcaacttggacagcttcattcagtggatgaggttcacttactgcaactcaggtct
gagctcaaagaaattaaaggaaatgtgaagagaagtataaaatgctttgaaacccaacct
ttatacgttattagagatggttcaggccaaatgctagaaattaaaactgttcacagagaa
gatgttgaaaagggtgatgtgagaacagcacgttggatgtttgaaacacagcccttggac
acaattaataaagatatcacagaaattaaagttgtccgaggaatatccataaaagagaat
gtcaaaggtggggtgagtaaggcaaaatggttatttgaaacccaacctttggagaaaatt
aaagaacagacagaagaagtagtcattgaaaaggaaatgataataggtacggatgtctcc
agaaagtgttggatgtttgaaacccagccattagacattctaaaagaacttcctgatgca
gatcctctaccacctgaggagataataggtggtgatgtgcaagctactaaacatctattt
gaaacacttccaatagaggctttaaaagatagccctgatgtaggaaagcttcaaaaaatt
actgcctctgaagaggaaaagggggatgttaggcaccagaaatggatttttgaaacccaa
cctctggaagagattagagaagataaaaaagagtacacaaggacagtgaaacttgaagag
gttgacagaggagatgtaaggaattacacacatatttttgaatcaaacaatttaattaaa
tttgatgcatcacataaaatagaggtggaaggagtcagaagaggtgctgtggagttaaat
aaatctctctttgaaacaacaccactgtatgccattcaagatcacctaggaaaatatcat
caagtaaagacagtccagcaagaagaaatcctaagaggcgatgtgagaagctgtaggtgg
ctttttgaaacaaggcctattgaccagtttgatgaaagcattcataaatttcagattatc
agaggaatatctgctcaagaaatacagactggaaatgtaaaatctgctaaatggttgttt
gaaacccaacctcttgattcaattaaatattttagcaatatgggtgaaacagaaaataaa
actgaacaagcgacagatattattaagggggatgtcaaaacctgtagatggctttttgaa
acacagccaatggagactctttatgaaaaagtttcattagtgactggcaatgaagaaatt
cataagggagacgtcaaaacctgtagttggctttttgaaactcggccacttgattccata
aaagatgattctgaaacaacagtcaaattgcaaactgtaaaacaggaggagatccaaggt
ggggatgttcgtgcagcatgttttctttttgagacagaaaatttggacagcatacaagga
gaagaaggaaaggaaatcaagcctatggaaatagatatccaagctggagatgtttccagc
atgtggtataaatttgaaaatcagtccttagattccacaagttccagttcagaggaagtt
ttgaaaaagatcgaaaccttaaaaactgaagatattcaaaaaggcagtgttttaaattgt
aggtggctttttgaaaaccaaccaattgatatgataaaagaaagccaagaaggtgatgaa
ttagttaagacagtgacagacatacaaggtggggatgtaagaaaacggtgctttattttt
gagactttttctttagataagattaaagaagaatctgactgtatcagcaccaaggaaaca
agtactgaagaagtaataaagggggacgtgaaaagctacagaatgctgtttgaaactcag
ccgctctatgcaatacaagaccgagaaggttattatcatgaagtgacaacagttaaaaag
gaagaggtaattcacggagatgtacgagggacaaggtggctttttgaaacaaaaccatta
gactcaattaatcaacctgatactgtgtatattattaaatctgtcacacaagaagacatt
cagaagggagatgttaattctgtcagatacagatttgaaacacagccactggataagatt
tctgaagagtcacatgatattgtgcccaccgttgactatattcaaggtgggaatgtaaag
accagtaaacaattatttgagtctgcaaatgtggataaaaatacttctgtaagaacagta
agcatcaatgaaatacaaaagggcaatgttagaacatctacttggctatttgaaacccac
actctagatgaattgagaggagaagggtcagaatatgaaaatatcaagacagtcacccag
gaagatgtgcagaaaggtgacgttaaacaggcagtatggctttttgaaaatcagacttta
gattctattaaggaaacagatgagggtatcacaaaaataatcaaggaagaaatccctcct
tctgatgtcaagacaactacatggctctttgaaacaacaccccttcatgaatttaacgaa
aatagggtagaaaaggtggacatcattggcaagagcattaaagaaaccttaaaagagctc
tactctcaaaaagtcatcgaggctcctggaatcatcatcgaagccaatgaagttggggat
gttcgaatggcaaaatacaagctcatgaatcaagcacctcctgagatacagaaagaagaa
attatcgcaggggatctcagaaatataacgatgaatctactttccaaaagcgactacaca
aaaagagggattttggttagtgaagaagagaagggcaatgttaatttaacgaaagctcaa
ttattaaacagatcaacagaatttcatgctgagaaagaagagatagtgagaggagatgta
cagcaagcaataaaaaagctgttctctgaggaaagatctgccaagaaaggcattgtaatt
caggaagatgaaagaggagatattaacatgacgatctattgtcttcttcatgaaaatgat
ggtgacacaattgagcgtgaagaagtagtaggaggtgatgtaaaacgcaccattcataat
ctattatcttccacagcaaacaataaaatatctgaaagggctaaaattgacgcctctgaa
agaggaaatgttcagtttttcacagcatgcatagaatctggagctttggattatctcaaa
caactccagacagggtcaaaggaaacactaacaggtagaaaacaagaggaagaagaagaa
ataattggtggtgacgttgagggcacaaagctgttactaaagaaaaggcagtctcagatt
gaacgtactgttaatgaaattgacatcatcccaggggatgtgtataatacggctaagatt
tttatgattgagcctcagagcacaagctctaagacatccaaagaagaaattataaaaggt
gatttgaaatcaaccctaaattccctcagtcaggccataaatcagaaaacagtggctaag
acagaagaaattataaaaggtgacatgctggccacactcaagtcacttaaagaatcaatc
catcaagggatagaagctagacagcctgatgatattgagcaggttattgaaagcttggaa
aaagctgcaaacacaaagacagaaatcctgaaaaaagagcttatccgagatgaccttgag
acatcattaaggtctctgaaagaagcacaaaggcctttcaaagaggtagataaagaaggt
gtcatcaaagaagatgtgaaagctataaaggtaggagcctcagaagagcagaaggcagaa
atgcaccaggtggatctccacaggaacaaaaagagtgttcttcagccaagactaggacca
cttgagtcagcggccaggtggcagggtggcatagatacggtcaagcaaactactgccaaa
tcttgttatgataatttaatagaagaaagaacggagattaatcttccaaaagcccccaaa
ggcactgtaaagattgtcatagatcgtgaacaaaacaatgatgctcttgagaaaagcctt
agaaggctatctaattcacaccataaagctattgaaaatgtgttggaatcaggggataga
aagggtttctggattgatgctgcaaaagaacagcatcaaagagatttgcatatgagccaa
caattgacttcaactgtttctgttaaggaaaacctaaaaactaaggaatcagcgacagtg
acagagcagaaggatgatgtctttaactccacccgatctatcgctaaagcagttggaaag
caacagacgcaaatctgtgagctgaggaatggtcaccagaagaccgaggcttcctatcca
aagagtgctaaaatgaacaaaaacatgaaaatagcaacagatacatccagctccaagccc
aatcctacccagcgcccagtcaacatgccagctggggaaacttgcaaagttacagaggac
tttcagaagcaaactttattaaagcaagaaatgcaatattctaataaggatataaagaaa
aataacaggaatcttcaaccagtgtggcagcctttgcctgtagatcaagacatatcaaat
gttacagaagtgaaattttctgaaaaaaatcacaataaatttaaaacaactgacagaaag
cagaaggctgatgatgttcatgtgaaaagccaggactttctaatgaagacaaatacttca
acagacttgaaaatagcaatggaaaagtcatttaatccaatcaactttaaccctgagaat
aatgtgaaagaaagtgagtacccccttccacctccatccccgcctcctcctccaccttcc
aatggatcatctgaaatcgaatttccacttcctcctccacctcctttaatgacattccct
gaaaaaaatatgtttcctccttcactctccacagagaagataaaggctgaatttgaaagc
ttcccaaacctccctcttccaccaccaccaatagatgagaagcctgagagagagtgccta
tcaatgtttctaccccctccccctcctccaactctatggcaaaaaccagcacatctttcc
tcttctgttcaagaaaagcacagtggagcattcattcagcaatattctcaacaagaagcc
tcaagctctgagcaaagtcagtctcagaccaaagtcatgacaggaaaatctggcagactt
ttaccacctccaacattacccaaaccaaaatttctcaagcagaagcagatggaagataaa
aagaatcatcattcctcaaaagttgaaacagcaaattccctgctggatatcgaatgtaaa
accactcccccaaaggatcagaaaagagtaatggtggcgcctagcagtgagcacacaaag
acaacactgaacatgtttagagaaagtcttgatgaaagaaaacaaacatctattgagtct
acaaagcctgtctcacaaacagttccagaaacttcaccaaccaaggaaaaacagatatca
cctcttctaaaatctcattcacttccagcgggctcaggacaacaaagtccaaaaccttac
atgagaaaatttaagacacctttaatgattgctgaangaaaatacagacagcaaagagaa
gagcttgaaaaacagaaacaagagagttcttgttacaaaatagccaaaaccgaaagccaa
aatcaaaacatagtagaggtggaaaaggaagtgctgttacaaaaaacaaacgaggagttt
cccttacctgcaaagggtttagagatcactgtggtccagttcactccagactctcaaaat
gatgctcgaataatggaaatcagcacagataaccacctctccgcaacatcagcagtgtca
gtagctgccaagaagctccaagatgtttcagcagcctcagaagacaaagatagcattaaa
aaggaaattttagagagctcaagagacattataggatctaaatcagttagtgaaatgaaa
gagagtcaccaagaatgtaggacacaacagaataagtatctggagcagctgcacatgccc
ccaaacaagccagtccctccaagttttaaagttaaaactatcaagctcccaactttagat
tctaaactaaaggaaacagaccgcagctatgaaagccataaaaagcagcatgaagttaaa
gttcaaaccgttactaaacaacagcatcacgaaagggagaaaactgaagcaagcgctgag
tgtagtaagaagcaaaccgtggctgaaaaatattatcgattacctgagaaggagaaaaga
gtgacaagaaaagtgcctgcagaacccccagagaagaagaaccaagaaggaaagttcact
atagttcatgagaagcaaagagagtttcgagaatctgagagtgagaaacttccaggaaat
gaagaagaaaatcaggcaccagcactgattggtccaaaagaagcaagactaatagaggaa
agaaaacaagaacattttgagaataaatcagcccagaaggcagtcaagcaagaggttatt
gatgtacatctggattcacagactcggaattttccgcaaacacaactaccggcttctgaa
agtgaagtcgaacataaaaaactgccccagccgtataatcgtctgcaagaagaaaaatgt
ctcagagtcaagggcatacaacagaaacaagtcttctctaatactaaagattcaaagcaa
gagataacacagaacaaatctttattttcgtctgtgaaagaatcccagcaggatgatgga
aaatgtgctgtaaatatattggaatacttgagaaaacgtgaagaactacaggagattttg
tctagagtgaaacagtttgaagcagagccaaataaaaatggccttaaaatatttcggaca
ctgttaaatattattccagtatggctgataagtgaagagaggagatgctatggagttcgc
attgccatggagaatgatttagaaaaaataaaagaagaaataatgcatattaaaactcaa
gcagaggatatacttgcgtcctctgagaatataattcaaacagccatgatgtcctctaaa
gcaggaaatctgagaaacaaacctactagtcttaatgaaacgttacctgaagtgcctaat
gtgaatatcagttataagaaaaacattgagcagaaagaaaataaaactgtagaagagaaa
acagctcaccatcaagtaacaactcatcaagaagcaaaaactgctcacaatcatgtggaa
actcatcaggaaactaaactagatgacagcaaaatttctccttcctgtttaaaaacaaga
ccacagtcacctacttttataacaattgagtctactgcccgacgatcagaaaccccaagt
aaggatgagctttctcaatctcctaaaagggatagttctgttgaaccatcatcaagaagg
tccgtagtacaaacatccagaattcacagagcaaacatctgcccttctccgcccaggagt
cgctctgaacaacttgtcaaactcaaagacaccactgcaaagttatccagagggaccatc
ccaagtccgtcagtaaccccagttccaattgtagagaagagatctgagatcatcacgtct
ccagcaacacttcgtcgacaaattaagatagaaactcgtggtagggactccccacctaca
atcacaatacctgtaagcgtcgaccaagttaatagtggttcatttagagaatccatggaa
gcacaagaggaagtgaggcaagtagagaaaaggacaacttacactcacaaagatggagct
aattccactaatcacatagtgccagatatggaaagttttgatgcggttgaaatcatccgc
aaggtcgaagtgcctcgcgtgtcagggcacacgcagagatacgaagcagccaaccgaact
gttcaaatggctgaaaatttcgtacatgaccatgaaaatgatataaacagatggttcagg
gaatttgaggatggcccagtttttgaagcaaagtcaaatagaagagtttatgcaaatgga
gacgcaaaccataatataaaacaagaaagtcgtacattttgtaaagaggaatttggaata
acatcttcagaaaacacgggtttcaggaacctttccggccgacatcccagagaactgcaa
gaaaaaatttcttttaaacaacccggggtatactctgaaacaaggtctctaagtgaacat
ttctcaggcgtgaatgcatttgaaagtcaagttgctgggtcgaagacggcaacctcttcg
tcgcatagctcagaagccagcaaatcgggctttgacttcaagcatgccccaccaacctat
gaagatgtcattgctggccatattttagatatttctgattcacctaaagaactcaagagg
aattttcaaaaaacatggcaggggagtgaaagagtttttgaaagccagggatatgcaacc
tcagaagcttctgcagctgagatgagaaccaccttccaagaggactctgcattcttaagt
ggtaaatga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (1)   
   Pfam (1)   
All databases (56)   

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