KEGG   Mus musculus (house mouse): 241431
Entry
241431            CDS       T01002                                 
Symbol
Xirp2, 2310003D02Rik, 2310008C07Rik, A530024P18Rik, Cmya3, Gm352, Xin2
Name
(RefSeq) xin actin-binding repeat containing 2
  KO
K27381  xin actin-binding repeat-containing protein
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    241431 (Xirp2)
SSDB
Motif
Pfam: Xin LIM CagD
Other DBs
NCBI-GeneID: 241431
NCBI-ProteinID: NP_001019789
MGI: 2685198
Ensembl: ENSMUSG00000027022
UniProt: Q4U4S6
Position
2:67276343..67356964
AA seq 3784 aa
MARYQAAVSRGDTRSFSANVMEESDVCTVPGGLAKMKRQFEKDKMTSTCNAFSEYQYRHE
SRAEQEAIHSSQEIIRRNEQEVSKGHGTDVFKAEMMSHLEKHTEETKQASQFHQYVQETV
IDSPEEEELPKVSTKILKEQFEKSAQENFLRSDKETSPPAKCMKIENDIEETLKPSSAVG
TSSSYTSTRQRKETSTSSYSNHSLTSTTLAQDNGTPSGKMEEFPPPPPDVCQTPMDVTAF
SQSPEFPSPPRRLPMPKDLYSKQRNLYELNRLYRHIHPELRKNLEKDYISEVSEIVSSQI
NSGNALSADVQKARYVFENTNDSSQKDLNSERENLEWDEILKGEVQSIRWIFENQPLDSI
NHGSTDEGYTSKGIADQELIAGSDVKYTTWMFETQPIDALGIPSAGTEGNTEKIPELARG
DVYTARWMFETRPLDSMNKMHECQEETASTLTKDITGGDVKTVRYMFETQQLDQLGQLHS
VDELNLLQLRSELKEIKGNVKRSIKCFETQPLYVIRDGSGQMLEIKTVQREDIEKGDVRT
ARWMFETQPLDTINKDITEIKVVRGISMEENVKGGVSRAKWLFETQPLEKIKEESGEAVL
KTEAVIGTDVSKKCWMFETQPLDILKDSPDTDSVSPEERIGGDVKTTKHLFETLPIEALK
DSPDIGKLQKITASEEEKGDVKHQKWVFETQRLEDIREDKKEYTRTVRLEAVDRGHVKNY
THIFESNNLIKVDASHQIEVEGVTRGTVELNKSLFETTPLYAIQDHLGKYHQVKTVQQEE
IVRGDVRSCRWLFETRPIDQFDESLHKFQIIRGISAQEIQAGNVKSARWLFETQPLDSIK
YFSNVEETDSKTEQSTDIVKGDVKTCKWLFETQPMESLYEKASLMTNSEDIHKGDVRTCM
WLFETQPLDAIKDDSEATVKLQTVKQEEIQGGDVQTACFLFETENLDNIQGDEGKENKPL
EMDIQSGDVSGMKFKFENQSLDSINCSSENVLSKIKTLKAEDIQKGNVLKCRWLFENQPI
DMIKESQECDGLVKTVTDVQGGDVRKGCFIFETFSLDEIKDESDGISMRETNLGEIIKGD
VKSYKMLFETQPLYAIQDHEGFYHEVTTVKKEETIHGDVRGTRWLFETKPLDSIHESEDV
YVIKSVTQEDIQKGDVSSVRYRFETQPLDMISDKSHNIVPTVDYIQGGNVQMNKQLFESE
GGNKKNYVRTVSVNEIQKGNVKTSTWLFETHRIDELGEESRYENIKTVTQEDVQKGDVKQ
AVWLFENQTLDSINELDENDTKMTKEEIPPSDVKTTTWLFETTPIHEFNKTRVEKEEIIG
KSIKETLEDLYSQRVVEAPGIIIEADEVGDVRMAKYKLMNQTTPEIQKEEVIRADLGNIM
MNLLSQRDCTKKEIFVSEEEKGNVNFTKTQLLNRSMEFHAEKEEIVRGDVKQAIQKLFSE
ERRAKKGILIQEDEKGDINMTIYCLLHENAGDKTEREDILGGDVRRTIHNLLSSASNGKI
SERTKIDASERGNVQFFTTCIETGALDYLKQLQTGSNESTLTASKQEGEEEIIGGDVEGT
KFLLKKRQSSFERTVSETDIIPGDVRHTVKVFMTEPQSSSYKTVKDEIIKGDLKSTLNSL
NQAMNQKTVAKAEEIVKDDRLAILKSLKESGDRQKEPKQSGGMSRDIGQAIECLERATNT
RTEILKKELILDDLKTSLRSLKEEQCGFKEVDKQGIVKDVLPGMLGFSERPKIGIHPAAV
QRDKKSLLQPVPGPFEPAIKQQAGPGTLDETTQKPCLRSLIEERTEANLPKAPKGTVKIV
IDREQNNDALEKSLRKMSNSEHRAMKNVLDMSDRMGIWTESKEYLCSDDHMSKHLSATMS
IKESLKSKESENMREAKDDVISSTQSVDKTFRKQQTQTCELGNDQKSRFQDSYGKNQKNI
QNIEITRDFQKQALLSQEKQYSNKEMKKNEASLQPLPVGKEVHSVPGVTVSGKNHKRIQA
TDKRQKTDVCLESQDFLMKTNTSKELKMAMERSFNPINLHPECGIKENEDSLPPPSPPPL
PPSNASSEIEFPLPPPPPLMLLPGKNESPPSSPTEKTRTEFESLSTLPLPPPPVDEKAEQ
ECLSTTLPPPPPPTPCQPGHLLPSSVLGHHREAFLQQFSQKEALGVHLPHSQAKILTGKS
PPPTLPKPKLPKRIKDKMNQYSSSGELERSLSDVEIKATLSKDQKRSMVTMSSEHRETKQ
DVFGKGLVGRKQLPVDSANSLSQTVPEIPAPKEKQTAPLVKSHSFPSGSEQQSPKPYMRK
FKTPLMIAEEKYRQQREELEKQRQESSSHNVIKTETQHQSLSEKEEEIELQKATEAISTP
RKESDFPRARPNLDSESRAVIAGECSESQLATASTLTVATERLQHVLAASEDELTLRQEG
IQNSSDASQSKLACETSQSHKECKAQQTFEQHVKRLPFPQTKPSSPSFKVKTIKLSTLDH
TGTETDLSSKHHTKQSEVDIQTSTEQTDKEIKKTQASIQCDDKPSVPEKYFQLPKTEKRV
TIQMPKEYAEKSHKSKLQTVPKKQGIFGEFDRGNVLGREGKNQDSSVSCSKEDRLIDERK
QEHLQNQRVPRSVQQKVINERLDSQMQNFQQTEIQTSRSTIECEEFSQSYNATQEKTCLK
DKGKQQGQVTSNTEESKQELRQNQSAFSSVKDSQHDDGKCTINILEFLRKREELQQILSR
VKQFEAESSKSGLKTFQILLNIVPVWLISEEKREYGVRVAMENNFEKVKEEITHIKTQAE
EMLLQCEHVIQTAMMASQTGKQRDKPTNLNEMPLNVSNVNLSSSKCTEQKESKTVEEKLT
HRQVTTHPEAATRNPVKPYQEAKGEDGKMAPPSLKTRPPSPTFITIESTARRAETSTKSE
LSQSPKNNRCIEPPPRRPVEHASGLPRSRTPPSPPRSRSEQLVRLKDTTARLAKGTIPCS
PGTPVPIVEKRSEVVMSPATLRRQIKIESRGGDSPPTITIPVSVNHVVSGSFRESVDAQE
AVKKTEKTETYVHKDKMNSVNRAMPETESYDAVEIIRKVEGPHLSEHTERFEATNQTVQR
AERFLNGHENEINRWFREFENDPVFRAKTERGAYANGEINHNMKQESHTFCKEEFGLASS
ETANFTGFSYRHPKVPAMQPRVHSEARSLNEHFSSVDAFDSQIVGSKVATSSSRSTEAGR
SGFDFKHAPPTYEDVISGHILDVADSPTNLRRNFQKTWQESERVFQRVGYETSDAHATEM
SRAFQEESAFLSDKEICIICQKTVYPMECLIADKQNFHKSCFRCHHCSSKLSLGNYASLH
GRIYCKPHFKQLFKSKGNYDEGFGHKQHKDRWNCKNQSSLVDFIPSGEPDAHENPTADTL
LLGDLTTHPDACNSKRQDNDLRKWGDRGKLKIVWPPCQEMPKKNSPPEEEFKVNKAKWPP
EVTIPVPSDFKRESLTEHVKTLESQGQEQDSVPDLQPCKHVCQKEDITGIKEIKGYEERK
DEKEAKDTLKDAEGLRSKRKSGMEFNDHNAHAQSDGKEKNALVNEADSADVLQVANTDDE
GGPENHRENFNNNNNNSVAVSSLNNGRQKISISERPRLLQAVSEANYYTSEYQIKNFNNA
SKISELLGIFESQKLSSKKVLALALERTADRGTAGSPLQLVLEPGLQQGFSVKGENLAAS
PDVSPLHIKGNHENNKNVHLFFSNTVKITSFSKKHNILGCDLMDSVDQLKNMSCLYLREL
GKNVKCWHGETAGAARHGGKMCFDAQSQGSAAKPVFPSMQCQAQHLTVEEQIKRDRCYSD
SEAD
NT seq 11355 nt   +upstreamnt  +downstreamnt
atggcaaggtaccaggcagctgtttcacggggtgacacccgcagcttctcggctaatgtc
atggaagaatcagatgtgtgcaccgtgcctggtggtttagccaagatgaaaagacaattt
gagaaggataaaatgacttcaacctgcaacgccttttctgagtatcagtaccgacatgag
agcagagctgagcaggaggcaatccacagcagtcaagaaataataagaaggaatgaacaa
gaagtttctaaaggacatggaactgatgtcttcaaagcagaaatgatgtcacatcttgaa
aagcacactgaggaaacaaagcaagcttcacagtttcatcaatatgttcaagaaacagtc
attgattcgccagaagaagaagagcttcctaaggtttccactaagattttaaaagagcaa
tttgaaaagtctgcccaggaaaacttcctccgctctgataaagaaacatcacccccagcc
aagtgtatgaagattgaaaatgacattgaagaaaccttaaagccatcatcggctgtgggt
acctcttcttcttatacttcaaccaggcagaggaaggaaacttcaacctcaagttatagt
aatcacagtctgacttcaacaactctggcacaagataatggcactccttcagggaagatg
gaagagtttcctcctcccccacctgatgtttgtcagacaccaatggatgtgacagcattt
tcccagtcccctgaattccccagccctcctagaagactgccaatgcccaaagatttatac
tccaagcaaagaaatttatatgaattaaaccgtttatataggcatatccatccagagtta
agaaaaaacttagaaaaagattacatcagtgaggtttctgaaattgtttctagccagata
aactcagggaacgcgttatcagcagatgtacaaaaagctcggtatgttttcgaaaataca
aatgacagttctcagaaagatttgaactcagaaagagaaaacctggagtgggatgaaatc
ctcaaaggagaggtgcagtcgattcgatggatttttgagaatcagccattagattctatc
aaccatggttctacagatgaagggtacacttccaaaggcattgctgaccaagaactaatt
gctggaagtgatgtgaaatatacaacttggatgtttgaaactcagccaatagatgcactg
gggattccttctgctggcactgaaggaaacactgagaaaattcctgaactagctagagga
gatgtttacacagcaaggtggatgtttgaaacaaggcctttagactccatgaacaaaatg
catgaatgtcaagaagaaacagcatctactcttacaaaggatataactggtggagatgtc
aagactgtgagatacatgtttgaaactcaacaactagatcaacttggacagcttcactca
gtggatgaattgaacttgttacaactcagatcagaactcaaagaaattaaaggaaatgtt
aagagaagcataaagtgttttgaaactcaaccattgtatgtcattagagatggttcaggc
caaatgctagaaattaaaactgtgcagagagaagacattgaaaagggcgatgtaaggaca
gcacgttggatgtttgaaacacagcctttggacacaataaacaaagacatcacagaaatt
aaggttgttcgaggaatatccatggaggaaaatgtcaaaggtggggtgagtagagcaaag
tggttatttgaaactcaaccactggagaaaatcaaagaagagtcaggcgaggctgtcctg
aaaacagaagcagtcataggtacagatgtttctaaaaagtgttggatgtttgaaacacag
ccattagacattctaaaagactctcctgatacggacagtgtatcacctgaagagagaata
ggaggtgatgtaaagaccaccaaacatctatttgaaacactcccaatagaggctttaaaa
gacagcccggatatcggaaagcttcaaaaaatcactgcctctgaagaagaaaagggggat
gttaagcaccaaaaatgggtttttgaaactcaacgcttagaagatattagagaagataag
aaagaatacaccagaacagtgaggctagaagcagttgatagaggacatgtaaagaactac
actcatatcttcgaatccaataatctaattaaggttgacgcatcacatcaaattgaggta
gaaggagtcacaagaggcactgtggagttgaataaatctctctttgagacaaccccactc
tatgccattcaagatcatcttggaaaataccaccaagtaaagacagtccagcaagaagaa
atagtaagaggtgatgtaagaagctgtagatggctttttgaaacaaggcctattgaccaa
tttgatgaaagccttcataaatttcagataattagaggaatatctgctcaagaaatacag
gcagggaatgtgaaatctgctaggtggttatttgagacccaaccccttgattcaattaaa
tattttagtaatgtggaagaaacagacagcaaaactgaacaaagtactgatattgttaaa
ggggatgtcaaaacatgtaaatggctatttgagacccagccaatggagtctctttatgaa
aaagcttccttgatgaccaactctgaagatattcataaaggtgatgttagaacctgcatg
tggctgtttgaaactcagccacttgatgccataaaagatgactctgaagcaacagtaaaa
ctgcaaactgtgaaacaggaggagatacaaggtggggatgttcagacagcatgttttctt
tttgagacagaaaatctggacaacatacagggggatgaagggaaagaaaataagcccttg
gagatggatatacaatctggggatgtctctggcatgaagtttaagtttgaaaatcagtcc
ttagactctataaattgcagttcagagaatgttctaagtaagatcaaaacgctaaaagcc
gaagacattcagaaaggcaatgttctaaaatgcaggtggctatttgaaaaccaacctatt
gatatgataaaagaaagtcaagaatgtgatggattggttaaaacagtgacagacgtacaa
ggtggagatgtaagaaagggatgcttcatttttgagacattttctttagatgagattaaa
gatgaatccgatggcatcagcatgagagaaacaaatctcggggaaataataaaaggtgat
gtgaaaagctacaaaatgctttttgaaacacaaccactctatgcaattcaagaccatgaa
gggttttatcatgaagtgacaacagttaaaaaagaagaaacaatacatggagatgtacga
ggaacaaggtggctctttgaaacaaaaccattagactcaattcacgaatcagaagatgta
tacgttattaaatccgtcacccaggaagacattcagaagggggatgtgagttctgtcaga
tacaggtttgaaactcaaccactggatatgatttcagacaaatcccataatattgtgccc
actgttgactatattcaaggaggcaatgtgcagatgaataaacaattatttgagtctgaa
ggtggtaacaagaagaactatgtaagaacagtaagtgtcaatgaaatacaaaagggcaat
gttaagacttctacttggctctttgaaactcacagaatagatgagttgggagaagagtcc
agatatgaaaatatcaagacagtcacccaggaagacgtgcagaaaggtgatgtgaagcaa
gcagtgtggctttttgaaaaccagactttggattctattaatgaacttgatgaaaatgat
accaaaatgacaaaggaagaaattcctccgtcggatgtcaagacaactacgtggctcttt
gaaacaacacctattcacgaatttaacaaaactagagtagagaaggaagaaattattggt
aaaagtattaaagaaaccttggaagacctctactctcaaagagttgttgaagctcccgga
attatcattgaagctgatgaagttggagatgtcagaatggccaaatacaagctcatgaac
caaacaactcctgagatccagaaggaagaagttatcagggctgatctcggaaacatcatg
atgaacctgctttcccaaagagactgcacaaagaaagagatatttgtcagtgaagaggag
aagggaaacgtcaattttactaaaactcaattattaaacagatcgatggaatttcatgct
gaaaaggaagagatagtgagaggggatgtaaaacaagcaatccaaaagctgttctcagag
gaaaggcgtgcaaagaaaggcatattaattcaagaagatgaaaagggagatattaacatg
actatctattgtcttcttcatgaaaatgctggtgacaagactgagagagaagacatactg
ggaggtgatgtgaggcgcaccattcataatctgttatcttctgcatcaaatggtaagata
tccgaaaggacaaaaatcgatgcttcggagaggggaaatgttcagttcttcacaacatgc
atcgaaactggagctttggattacctcaagcaactccaaacagggtcaaatgaaagcaca
ctcacagctagcaagcaggaaggagaggaagaaataattggtggtgatgttgagggaaca
aaattcttactgaagaaaaggcagtcttcctttgaacgtactgttagtgagactgacatc
atcccaggcgatgtgcgtcatacagttaaagtcttcatgacagagcctcagagttcatct
tataagacagtgaaagacgagattataaaaggtgatttgaaatcaaccttgaattctctc
aaccaggccatgaatcagaaaacagtggctaaagcagaagaaattgtgaaagatgacagg
ctggccatactcaagtcacttaaggagtcaggggacagacagaaagaacccaaacaatct
ggtggcatgtctagagatatcgggcaagctattgagtgcctcgagagggctacaaataca
aggactgaaatcttgaaaaaagagctgatattagatgatcttaaaacatcactaaggtct
ttgaaagaagaacagtgtggtttcaaagaggttgataaacagggaatagtcaaagatgta
ctacctgggatgctaggattttcagaaaggccaaaaatagggatccatccagcagctgtc
cagagagacaaaaaaagtcttcttcaaccagtgccaggaccatttgaaccagcaatcaag
cagcaagcaggaccaggcactcttgatgaaactacacagaaaccctgccttcggtcttta
atagaagaaagaactgaagctaatcttcccaaagcccctaagggcactgtaaagattgtc
attgatcgtgaacaaaacaatgatgctcttgagaaaagccttagaaaaatgtctaattca
gagcatagagctatgaaaaatgtcttagacatgagtgacagaatgggtatctggactgag
agcaaagaatatctgtgtagtgatgaccatatgagcaaacacttaagtgccaccatgtca
attaaggaaagtctaaaatccaaggaatcagagaacatgagagaagcaaaggatgatgtc
attagctccacccagtctgtggataaaacatttagaaagcaacagactcaaacctgtgag
ctaggcaatgatcagaagtctcggttccaggattcctatgggaagaatcaaaaaaatatc
caaaacattgagatcacaagggactttcagaagcaagccttgctcagtcaggaaaagcag
tattctaataaagagatgaagaaaaatgaggcgagccttcaacctttgcctgtgggtaag
gaggtacacagtgtaccaggagtgacagtctctgggaaaaaccacaaaagaattcaggca
actgacaagagacagaaaactgatgtttgtctggaaagtcaagactttctaatgaagaca
aacacttccaaggagttaaaaatggcgatggagaggtcctttaatccaatcaaccttcac
cctgaatgtggtataaaagaaaatgaggactcacttccacctccatctccccctcctctt
ccaccttctaatgcctcatctgaaattgaatttcctctccctcctccaccacctttaatg
ctgttgcctggaaaaaatgagtctcctccctcatctcccacagagaagacaaggactgaa
tttgaaagcctctcaaccctccctcttcctccaccacctgtagatgagaaagctgaacaa
gaatgcctatcaaccaccctacctcctccccctcctccaactccatgtcaaccaggacat
cttcttccatcgtctgttctaggacatcacagggaagcatttttacaacagttctcccaa
aaagaagccttaggtgttcatctgcctcactcacaggctaaaatcctaacaggaaaatca
ccacctcccacactccccaaacccaaacttcccaagagaattaaagataagatgaaccag
tattcctcaagcggtgaattggaaagatcgctgtcagatgtggaaattaaggctaccctc
tcaaaggatcagaaaagatcaatggtgacaatgagcagtgagcacagagagacaaagcaa
gatgtgttcggaaaaggtcttgttggaagaaaacagctgcctgttgactctgcaaactcg
ctctctcagacagttccagaaatcccagcacccaaggaaaaacagacagcaccccttgtt
aaatcccactcattcccatcaggttcagaacaacaaagtcctaagccttacatgaggaaa
tttaagacacctttaatgattgctgaagaaaaatacagacagcaaagggaagagcttgag
aaacagagacaggagagttcttcccacaatgtcatcaaaacagaaacacagcaccaaagc
ttatcagagaaggaggaagaaatagagttacaaaaagcgactgaggcaatctccacaccc
agaaaggagtcagactttcctagggcacggcccaacctggactctgaaagcagggctgtg
attgcaggtgaatgctctgaaagccaactcgccacagcttctacattgacagtagctact
gagaggctccagcatgttctagccgcttctgaagatgagcttaccttgagacaggaaggc
atccagaactcaagtgatgcctcacaatcaaaattggcttgtgaaactagccagagtcac
aaagaatgcaaggcacagcaaacatttgagcagcatgtgaagagactgccctttccccaa
accaaacccagttccccaagtttcaaagtgaaaactatcaagctttcaactctagatcac
acagggactgaaacagatcttagttctaagcaccacacaaagcaatctgaagttgacatt
caaaccagtactgaacaaacagataaggaaatcaagaaaacccaggcaagcatacagtgt
gatgataagccatctgtgcctgaaaaatattttcagttacctaaaacagagaaacgggtg
accatacaaatgcccaaagaatatgcagagaaaagtcataaaagtaagctccagacagtt
cccaagaagcaaggaatatttggggagtttgacagagggaatgtcctggggagggaagga
aaaaatcaggactcctccgtgagctgttcaaaagaagacagactaatagatgaaagaaag
caagaacatctgcagaaccagagggtaccaaggtcagtccaacaaaaggttatcaatgaa
cgcctggactcacagatgcagaattttcagcagacagaaatacaaacttctagaagtaca
attgagtgtgaagaattctcccagtcttacaatgctacgcaagagaaaacatgccttaaa
gacaagggcaaacaacagggacaggtcacctctaacactgaagagtcaaagcaagagcta
agacagaaccaatctgcattttcctctgtgaaagattcccagcacgatgatggaaaatgt
accataaatatattggaattcttgcgaaaacgtgaagaactacagcagattttgtctagg
gtaaaacagtttgaagcagagtcaagtaaaagtggccttaaaacgtttcagatactgtta
aatattgtcccggtatggctgataagtgaggagaaaagagaatatggagttcgtgttgcc
atggagaataatttcgaaaaagtcaaagaagaaataacacatattaaaactcaagccgag
gagatgcttcttcagtgtgaacatgtaattcagacagccatgatggcttcccaaacagga
aagcagagagataaacctaccaaccttaatgaaatgccactgaatgtgtctaatgttaat
ctcagctcgagtaaatgcaccgaacagaaagaaagtaaaactgtagaagaaaaattaaca
caccgacaagtaacaactcatcctgaggcagcaacccgtaatcctgttaaaccataccag
gaggctaagggggaagacggtaagatggctcctccctctttgaaaactcgccctccatca
ccaactttcattacaatagagtccactgcccgtagagcagaaacctccacgaagagtgag
ctttctcagtcccctaaaaataaccgttgtattgaacctccaccccgaagacccgtggaa
catgcatctggacttcccagatcaagaacaccaccttccccaccaaggagtcgttcagaa
caacttgtcagactcaaagacaccacggccaggctagccaaaggcaccatcccttgttca
ccaggaaccccagttccaattgtagagaagagatctgaggttgtcatgtctccagccaca
ctccgcagacaaatcaagatagaaagtcgtggtggggactcaccacccaccatcacaata
cctgtgagtgtaaaccacgtcgttagtggctccttcagagaatctgtagacgctcaagag
gcagtgaagaaaacagaaaaaacggagacttatgttcataaagacaaaatgaattctgtc
aacagagcaatgccagagactgaaagctacgatgcagtcgaaatcatccgcaaggtggaa
gggccccacctatcagaacacacagagagatttgaagccaccaatcaaactgttcaaagg
gctgaacgttttctgaatggccatgaaaatgaaataaacagatggtttagggaatttgag
aatgacccagttttcagagcaaaaacagagagaggagcttatgcaaatggcgaaataaac
cacaacatgaaacaagagagtcacacattttgcaaggaggaatttggattagcatcttct
gaaactgctaattttacaggcttttcttacagacatccgaaagttcctgcaatgcagccc
agggttcactctgaagcaaggtctctgaatgagcatttctcgagcgtggatgcatttgac
agtcagattgttgggtcaaaggtagcaacctcatcatctcggagcacagaagctggcaga
tccggctttgacttcaagcatgccccaccgacctatgaagatgtcatctctggccacatc
ctagatgtcgcagattcacctacaaacctcagacggaattttcaaaagacatggcaggag
agcgagagagtttttcagcgcgtgggatatgaaacctcagatgcgcatgcaacagaaatg
agcagggccttccaggaggaatctgcctttttaagtgacaaggaaatttgcataatttgt
caaaagacagtttatccaatggagtgcctcatagcagacaagcagaattttcataagtct
tgcttcagatgccatcattgcagcagtaagctgagcttgggaaattacgcatcacttcac
ggacgaatatactgcaagcctcattttaaacaactttttaagtctaaaggaaattatgat
gaagggtttggacacaagcaacataaagatcgatggaattgcaaaaaccaaagcagctta
gttgattttattcccagcggagagcccgatgcgcatgaaaaccctacagcagataccctc
ttgcttggggatcttactacccacccagatgcttgtaacagcaagcggcaagacaatgat
ttgagaaaatggggggacagggggaaattaaaaattgtttggcctccttgtcaggagatg
cctaagaaaaactctccccctgaggaagaattcaaagtgaataaagctaagtggccgcct
gaagtgaccatccctgttccctcagattttaaaagggagtcgctgaccgaacatgtgaag
acattggaaagtcaagggcaagaacaagatagcgtccctgacttgcagccctgtaaacac
gtttgtcagaaggaggatattacaggaatcaaagaaataaaagggtacgaagaaagaaaa
gatgagaaagaagcgaaggatacgctgaaggatgccgagggcttgaggagtaagagaaaa
agtgggatggagtttaatgaccataatgcgcatgctcagagtgatggaaaggaaaagaat
gctcttgttaatgaagctgacagcgcagacgttttacaagttgcaaacaccgatgatgag
ggggggccagaaaatcatagggagaacttcaataacaataacaacaattctgtagctgtc
tcctcgttgaataatggcaggcagaagatatctatttcagaacgtcctcgtctattacag
gcagtcagtgaagcaaactattacacaagtgaataccagattaagaactttaacaacgcg
tctaagatctcagagttacttggtatatttgaatctcaaaagttgtcctccaagaaggtc
ctagccttggctctggagcgaacagctgacagagggactgcaggcagtcccctgcagctg
gtactggagccaggcttgcagcagggtttctcagttaaaggggaaaaccttgcagcatct
cctgatgtaagccccttacacattaaaggaaaccatgaaaacaacaaaaatgtacacctt
ttcttctctaacactgtgaaaatcacctctttttccaagaaacataacatccttgggtgt
gatttaatggattctgttgatcaacttaaaaatatgtcatgcttgtatttaagagagctt
gggaaaaatgtcaaatgctggcatggtgaaaccgcaggagcggctcggcatggtggaaaa
atgtgttttgatgctcagagccaagggagtgccgctaagcctgtgtttcccagcatgcag
tgccaggctcaacatctaactgtggaagagcagattaaacgggacaggtgctacagcgac
agcgaggctgactga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (81)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (39)   
   RefSeq(nuc) (3)   
   GenBank (18)   
   EMBL (18)   
Protein domain (3)   
   Pfam (3)   
All databases (131)   

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