KEGG   Xenopus laevis (African clawed frog): 108718553
Entry
108718553         CDS       T01010                                 
Symbol
lama3.L
Name
(RefSeq) laminin subunit alpha-3
  KO
K06240  laminin, alpha 3/5
Organism
xla  Xenopus laevis (African clawed frog)
Pathway
xla04510  Focal adhesion
xla04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:xla00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    108718553 (lama3.L)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    108718553 (lama3.L)
SSDB
Motif
Pfam: Laminin_EGF Laminin_G_2 Laminin_N Laminin_G_1 Laminin_I Laminin_B Laminin_II Laminin_G_3 DUF948
Other DBs
NCBI-GeneID: 108718553
NCBI-ProteinID: XP_041422332
Xenbase: XB-GENE-6486707
UniProt: A0A8J1KYE7
Position
6L:116109645..116263031
AA seq 3450 aa
MVLWVRSLGWVMEGSGDCRGATGCSRLCSWALLLVFFVTCRISSQQSVGFSLHPASFNLA
QGAKIRASATCGEEESGPRGGVGTEPRMDLYCKLVGGPAATPGHTIQGQFCDFCNSADPN
KAHPISNAIDGTERWWQSPPLSLGLEYNKVNVTIDLGQLFHVAYVLIKFANSPRPDLWVL
ERSVDFGRTYSPWQYFANSKIDCITHFKKEVKQPITRDDDVICTTEYSRIVPLENGEIVV
SLINGRPGAKYFMDSPVLRDFTKATNIRLRFLRTNTLLGHLISKAQKDPTVTRRYYYSIK
DISIGGRCVCHGHADTCNLRNTGNQNLYECKCQHNTCGEICDQCCPGFNQKSWQPASIDS
TNECESCNCHGHASDCYYDADVDSRKASLDIYGQYRGGGVCINCQHNTAGINCERCAKGY
YRPYGVPKESHHGCITCSCRADKSDGCEEGSGRCYCKPNFSGNNCERCAEGFYNFPVCTR
IPFYPGVTASPTDDPSAGHIKDCKCKGPGTVNEICDMQTGHCHCRAGFQGATCDRCSVGH
FHYPFCQKCNCHPAGVVPEVCDPTGKCLCHFRAEGAQCDQCRPGYHSFPKCEECNCDMFG
AADPSCGVNGQCRCRANFAGLTCNKCAPGFYSYPSCTPCQCSSQGSYQSTCDPVTGQCYC
RPDVTGQRCDKCASGAQDFPSCDGFSGECDPAGTLHIQDGYCQCLPRVEGLTCNQCKPLY
WNLARENPNGCADCMCQVQGTISGIGECHKTEGDCHCKPNVCSAACDTCKEGYYLLEARN
YFGCRGCQCDVGGAVSHLCSESSGSCSCRDNIEGVKCDQPKLNHYFPDLYQMKFEIEDGT
TPLGRDVRFGYDQGEFPGFSWRGYAPMTSIQNEVKLSVNVERSNLNVFRIILRYINGELH
PVTGRITAYQARSSKGTLQSKEIVFPPSKQPAFLTVPGKSFAEPFSLAPGNWNINLIVEG
VLLDYLVLLPSDFYEASILQMRVTEPCANTGHIGDNCLIYKQLTMDAFKCVLGTELKYMR
RDGVTQPITIRQANHGLPPMADISGRQVDLFLRMSVPRVGSYVLLLEYANEDDHQHFANV
GISNILLSEARVNLYSCNYSFLCRSIVVDNMNRIAVFELISDVEIHLSASSVSFLLHKVC
IVPTEEFFIEYAEPKVHCVAVYGRYLSQRPSCVQSSLYENPPLSVVLDSVKHANGDSGQI
NIIHNSVKEPGPSAHWGNGVLLKSPQSQVTLSWRIPHAGRYVFIAQYYQKLSPMFPVSVQ
VNGGAQWSGSFNASFCPHLFGCRDLIVAGNRIALDITNPDLSVTVAVPQKKSLILEYILL
VPADSYSHELLQEKPLDKSYDFINICGVNSFYIDPINSSGFCRASARSLVAAYNDGALPC
NCHLEGATNPMCNPVGGQCSCRANIIGRRCSSCTTGYYGFPHCRPCNCGHRLCDEVTGKC
ICPPQTLKPKCEVCDQQSFSYHPLVGCEGCNCSTVGVVQPTPQCDVTSGQCKCKPRIAGR
QCDRCSPGHFRFPDCFPCDCNPEGTEPQICNPHTATCLCKENVIGRRCDVCRRGSFHLDS
NNPRGCTPCFCFGATDICQPSNKYRKKFVDMRYWSLETPEQARVAVIYNPGSNSVVADVQ
ELPPSVHNLYWVAPESYLGEKISSYGGFLTYQLKSFGLPSEGMVLLEKHPDVQLTGRQMP
IVYVDPNNPLPDRLYYGRVQLIEGNFRHASSNSMVSREELMMILSNLERLHIRGLYFTET
QRLTLGEVGFDDITTSGSGEIASQVEICSCPSEYGGDSCQQCAPGNYRDNTGLFLGKCVP
CTCNGHSTRCQDGSGICINCQHNTAGDHCEFCKEGYTGNSTLGNCRLCPCPLSVPSNSFA
TGCVGTGRNMRCMCKPGYAGVSCERCAPGYYGNPLKFGSSCQPCNCGNNGQLRSCDPLTG
ECYDEDPKDTDIDENDDSCDGCVTSLLMDLSRVADELNLIKFQFQNLNASNLALQQLTAL
EARIREVKRQHDSYSSKLASQRLKVDKMDTDTNNLKQEISALLEKAKMNAKKYETIALSA
EETFRNSSHLLLTIDLLLKNIKILIKDIASVEGGTASGDLGKNMAEAQRMLNEMRKRNFS
YQKREATNEKEEAKALLNRVKNQFQKHQDQNKNLIRDITTSISDYEAKLNDLRAVLNEAN
GQIKQANNINTDNAAVLQDIKNKVKDLTRQQKEATSRLNAAETSMGQTNSMLSLLQKSKE
EYEKLAAQLDGAKQELSEKVNILSKAASKEPLVIMAEKHAQSLQDLANQLTEIKRNVSSE
DLVRCAMDAANAYDSIINAVKEADEAANKAKDAADSALGKVEKEDLPGKAKQSKADSEAL
LAQAKGTQKSLQDLNPELEDIKDRLVEAKEKKDKLPGELASVENSINGIKRDDIEKTITS
ANELVENANAITQDVEDELDPIKDAVKNISSTIGTTQIADYNEKLEEASKSVKNLTGSLP
DLFDAINRINSLMPLANISESVSRVRELIQQARDAANKVLVPMRFNGTTGVEVRPPTNLE
DLKAYTYLSFFLQRPSSRTDRRKRQLTPNMFVMYLGRKDATKDYIGLAVKDDKLMCVYNL
GGNVAEINVEPFVSQNNPDEAIMDHVVLERIYQYLTLNYTKSFTSTRPDPVAKYTTDVTK
NMLLNLDPDEVVFYVGGYPSDFRPPARMNFRNYIGCIELDSLNQNGISLYNFKRTFNLNT
TLVQPCKRYKEESERSFFEGTGYASISAPQSTGRTLRYEQTIRTTTDEGLVFFAENGTCF
ISLNIENGFLVLQYRIESDNVHKIKSTNGLVSDGNEHVVALRISTKDKTILVLKQSSIAI
NATNMDAFIFNTYYMGGIPAALREKFKIQTPPFRGCVKNVKTPTSSATFNETYGVSRRCS
DDWNIVRSAEFSRGGTLELKPDGFKFPQNFQTSFGFQTSQPSPILLSYTTQFDELRISLD
EGVVNVKTKNNKLQTKGKYLDGNTHYVSLIKEDDELRLLVDEEQVTEIVGSSGALGTSIG
DIKFGGSNFEGCISDVFIERMAKTPTVQNLIDNTGKRQVSLGTCSVEEPPMPLILNDFRS
YSLTLNEDDMNLINSVNKVMKKSQKELHGCSAYANLTSAVGSYQFGDSSASHLRYELNKA
VLKDRSHFSLDVRTTESSGLIFLMTDEEETSHLSLHISKGRYVFSLSTKGNKLKIRSQDK
YNDGKWHTVIFNWDGLSGRLVVDGLKARKGTLTKYFGLERMTSVLVGGVPSHKIQSVPKK
SFSGCLKNLKLNGLALEGPSHTFGVTPCYDGSFEKGIFFAHDGGHVVIDNSYNLNMDFDI
SLNIRPQSQSGVLFHTGSKGQQFSLYMEAGELILSADNGSGEVLVSVTPQRALCDGKWHI
IKASLKQNVVQLEVDKQSKQSVMPSSLTHNNPDTRLFIGGLPDALEVPRLPVKSPFVGCM
KNVNVDNKIINVSKISTFSGAISLSRCPAV
NT seq 10353 nt   +upstreamnt  +downstreamnt
atggtgctgtgggtgaggagcctggggtgggttatggagggctctggagactgtagaggt
gccactggctgctcgagactctgttcttgggcacttctgcttgtgttcttcgtgacgtgc
aggatcagcagccaacaatccgtaggcttcagccttcaccctgcctccttcaacctggca
cagggagccaagatcagagcctcagccacctgcggggaggaggagagcggccccagggga
ggggtgggcaccgagcccaggatggacttgtattgtaaactggtgggaggacctgctgcc
accccgggacacactatccagggccagttttgtgatttctgcaactctgcagaccccaat
aaagctcaccctatttccaatgccattgatgggacagaacgctggtggcagagtcctcca
ttatctttgggcttggagtacaataaagtgaatgtcaccatagaccttggtcagcttttc
catgttgcatatgtgcttataaaatttgcgaattctcctcggcctgatctctgggtctta
gaaagatctgttgactttggaagaacctactcaccttggcaatattttgctaattctaaa
attgactgcataactcattttaaaaaggaggtcaaacagcccatcacaagagatgatgat
gtcatttgtacaacagaatattctcgtattgttcctcttgaaaatggagagattgtagtg
tcattaataaatggacgacctggggccaaatattttatggattctcctgttctaagagac
ttcactaaagcgacaaacatacggctacgtttcctccgaacaaacactcttcttggacat
ctgatctccaaggcgcaaaaggaccctacagtaacaagaaggtactactacagtattaaa
gacatcagtattggagggcgctgtgtttgtcatggccacgctgatacttgcaatttaagg
aatactggcaatcagaacctgtatgagtgtaaatgccagcacaatacatgtggagagatc
tgtgaccagtgctgccctggatttaatcagaagagctggcaacctgcaagtattgacagt
acaaacgaatgtgaatcttgtaattgccatggacatgcctcagattgttactatgatgct
gatgttgattcccgcaaggcaagtctagacatctatggacagtaccgtggtggaggagtg
tgcatcaattgtcagcacaatacagctggtattaattgtgagagatgtgcaaagggatat
taccggccttacggggttcccaaagaatcacatcacggttgcataacatgcagctgtagg
gcagacaagtcagatggatgtgaggaaggatcaggtcggtgctactgcaagcccaatttc
agtggaaacaactgtgaacgatgtgctgagggcttctataattttcctgtctgcactaga
attcctttctatccaggtgtgactgcatctccaactgatgacccttcagctggacatatt
aaagactgcaagtgcaagggtccaggaacggtaaatgagatttgtgacatgcagacagga
cactgccattgtcgtgctggatttcagggtgcaacttgtgatagatgttctgttggacac
tttcattatcccttctgccaaaaatgtaactgccatcctgcaggggtggtccctgaagtg
tgtgaccctacagggaaatgcctgtgccactttagggctgaaggggcacagtgtgaccag
tgccgcccaggctaccattcctttccaaagtgcgaagaatgtaactgtgacatgtttggt
gctgctgacccctcatgtggtgtgaatggacaatgccgctgtcgggcaaactttgctggt
ctaacgtgtaataagtgcgctcctggtttttacagctaccccagctgcacaccatgccag
tgttcttctcagggttcctaccaaagcacatgtgatcctgttacaggacagtgctactgc
cgacccgatgtcactgggcagagatgtgacaaatgcgcatctggagcacaagatttcccc
agttgtgatggctttagtggtgaatgtgatccagctggtacactgcatatacaagatggc
tactgtcagtgtctaccacgagtggaaggattgacttgcaaccaatgcaaacctttatac
tggaatttagctagagaaaaccccaatggttgtgctgactgtatgtgtcaagtacaagga
acaatcagtgggattggagagtgtcacaagacagagggagattgtcattgcaaacccaat
gtgtgcagtgcagcttgtgacacatgcaaggaggggtattatttactggaagcccgcaat
tattttggctgtagaggttgtcagtgtgatgtgggaggagctgtcagtcacctgtgttct
gagtcttcaggaagctgctcctgtagagataacattgagggtgtgaagtgtgatcaaccc
aaattaaaccactacttccctgatctctatcaaatgaaatttgaaattgaggatggcaca
acaccattaggaagagatgttcgctttggatatgatcagggagagtttcctggattcagc
tggagaggctatgcaccgatgacttccatccaaaatgaagtaaaactctctgtaaatgtg
gaaagatcaaatctgaatgtgtttcgtattatcctaaggtatattaacggtgaattacat
ccagtaacaggacgtataactgcctatcaggcccgctcaagcaaaggtacacttcaaagc
aaggagattgtatttcccccaagcaaacagccagcatttcttactgtgcctggaaaaagc
tttgctgaaccattttccttggctcctggaaactggaacattaaccttatagtagaaggt
gtgcttttggattacctagtgctgttgcctagtgatttctatgaagcatccatattgcag
atgagagtcacagaaccatgtgctaatactggacatattggagacaattgtttaatttac
aaacaattaacaatggatgcatttaaatgtgttcttggcactgaactgaaatatatgcga
cgagatggagtgacccaaccaataactattcgccaggcaaaccatggactaccaccaatg
gcagatatttcaggaaggcaggtagatttgttcttgcggatgagtgtgcctcgtgttggc
tcctatgtcctccttttggagtatgccaatgaagacgatcatcaacattttgctaatgtg
ggaattagcaatattcttctttctgaagcgagggtgaacctgtatagttgtaactacagc
ttcctttgccgcagtatagtggtggataacatgaaccgaattgcagtgtttgagttgatc
tctgatgtagaaatacacctatcagcttcatccgtcagctttctgctgcacaaggtgtgc
attgtccccactgaggagttctttattgagtatgcagagcctaaagtacattgtgttgct
gtatatggtcgatatctcagtcaaaggccttcatgtgttcagtcctcactttatgaaaac
ccaccattgtctgtagtgctggattctgttaaacatgcaaatggtgacagtgggcaaatc
aacattatacataattctgtgaaagaacctggaccttctgctcactggggtaatggtgtt
ttgcttaaatcaccgcagagtcaagttactctgagttggagaataccacatgctgggaga
tacgtgtttattgcacagtattaccaaaaattaagccctatgtttcctgtgtcagtgcaa
gtgaatggaggcgcgcaatggtcaggttcttttaatgcttcattttgcccccatttgttt
ggttgtcgagatcttattgttgctggtaatcggattgcacttgacatcactaatcctgac
ctctctgtgactgtagcggttcctcaaaaaaagtcattaattttggagtatattcttttg
gttccagccgacagctactcacatgagctactacaggagaaaccattggacaaatcatat
gatttcatcaacatttgtggtgtaaacagcttttatattgacccaattaattcatctgga
ttctgtagagcttcagcaaggtctttggtagccgcctataatgatggagcattaccatgt
aactgccatttagaaggtgcaacaaatccaatgtgcaatcctgtcgggggtcagtgttct
tgcagagctaatataattggtcgtcggtgtagcagttgtactacaggctactatggattt
ccacattgtagaccttgcaattgtggccaccgcctgtgtgatgaagtcacaggaaaatgc
atatgtccgcctcagactcttaagccaaaatgtgaagtgtgtgaccagcaatcatttagc
taccatcctttagttggctgtgaaggatgtaactgttctacagtaggagtagtccagcca
actcctcagtgtgacgtaacaagtggacaatgcaagtgtaagccaaggatagcggggaga
cagtgtgaccgatgttctccgggtcactttcgtttccctgattgctttccctgtgactgt
aaccctgaagggactgaaccacagatatgcaatcctcatacagccacttgtctctgcaag
gaaaatgttattggccggaggtgtgatgtttgccgcaggggatccttccatttagattct
aataacccaagaggatgcacaccctgtttttgcttcggagcaacagatatttgccagcca
tccaataaatacagaaagaagtttgtagatatgaggtattggagccttgagacgccagag
caagccagagtagcagttatttataatcctggaagcaacagtgttgtagcagatgtccaa
gaactgccaccatctgtgcacaatttatactgggtagcaccagagtcctatttaggtgaa
aagatttcttcttatggtggatttctgacttaccagttgaaatcttttggcttaccaagt
gaaggcatggttcttttagagaaacacccagatgtccagttaacgggaagacaaatgcct
atcgtttatgtggatccaaacaatccgttaccagacagactgtattatggacgtgttcag
ctcatagagggaaactttagacatgcaagtagtaacagcatggtgtctagagaggagctt
atgatgatcctgtctaatctggagagactacatattcgaggcctgtacttcactgagact
cagcgcctcacccttggggaagttgggtttgatgacatcacaacctcaggaagtggggaa
attgcatcccaagttgagatctgctcctgcccatcggaatatggaggtgactcatgccag
caatgtgcccctggaaactatcgggataataccggattgttcttgggaaagtgtgtccca
tgcacgtgtaatggacattccacaaggtgtcaagatggttccggaatatgtattaactgt
cagcataacacagcaggtgaccattgtgaattctgtaaagaaggctatactgggaattca
acactaggaaactgccgcctgtgcccatgtcctctttcggtaccatctaacagctttgca
acaggatgtgttggaaccggcaggaacatgagatgtatgtgcaagccaggctatgctggg
gtgagctgtgaaagatgtgcaccagggtattatggaaatccattaaagtttggaagtagc
tgtcagccctgcaactgcgggaataatggtcagctgagaagctgcgaccctttgactgga
gaatgctatgatgaggacccaaaagatacagatattgacgagaatgatgattcttgtgat
ggttgtgttacttcccttttgatggatctgtccagagtcgccgatgaactcaaccttatt
aagttccagttccagaacttaaatgcaagcaacctagcgctgcagcagctcacagctttg
gaagcacggatcagggaagtgaagcgtcaacatgacagctacagcagtaaacttgcaagt
caacgtcttaaagtggacaagatggacacagacaccaataacctgaaacaagagattagt
gctctgcttgaaaaggctaaaatgaatgctaagaagtatgaaacaattgcactgagtgcc
gaggaaaccttccgcaatagtagtcatctgctcctcacaatagatcttctgctcaagaac
attaaaatccttattaaagatattgcaagtgttgaagggggcacagcttctggggatctc
ggcaaaaatatggcagaagctcagcgaatgttaaatgaaatgcgaaaacgaaactttagc
taccagaaaagagaagcaaccaatgagaaagaagaagctaaagccttactgaatcgtgta
aagaatcagtttcagaagcaccaagatcaaaataagaacctgatcagagatatcaccaca
tctatcagtgactatgaagccaaactgaatgacctccgtgctgtgttaaatgaggccaat
gggcaaatcaagcaggcaaacaacataaacacagacaatgcagcagttttacaggacata
aagaacaaggttaaagatcttaccaggcagcagaaagaggcaacaagtcgcctgaatgca
gctgagaccagcatgggacagactaacagtatgctaagcctgctgcagaagagtaaagag
gaatatgagaagcttgctgcccagctggatggagccaaacaggagctcagtgagaaagtg
aacattctttcaaaggcagccagtaaggagccattggtcattatggctgaaaagcatgcg
cagtcattgcaggatctggccaatcagctgactgaaatcaagagaaatgttagcagtgag
gatctggtgcgctgcgctatggatgctgcaaatgcttatgatagtatcatcaatgcagtg
aaagaggctgatgaggctgcaaacaaagcaaaagatgcagcagattctgctctgggaaaa
gtggaaaaagaagatttacccggaaaagccaaacaatcaaaggctgactcagaagccctg
ttggctcaagccaagggaactcaaaaatcattacaagatctaaacccagaacttgaagac
ataaaagacagattagtggaagcaaaagaaaagaaagacaaactgcctggggaacttgct
tctgttgaaaacagcatcaatggcataaagagagatgatattgaaaaaacgatcaccagt
gccaatgagttggtagaaaatgcaaacgctatcactcaagatgttgaggatgaattagat
cccattaaagatgctgttaagaatataagtagtacaattgggacaacacagattgcagat
tacaatgagaagttggaagaggcaagcaaatctgtgaaaaatctgacaggaagtctcccc
gatttgtttgatgcaataaatcgcattaacagtttgatgccattagcaaatatctccgag
agtgtgagccgagtaagggagctcattcagcaggcacgggatgctgcaaataaggtttta
gtgccaatgaggtttaatggcacgactggggttgaagtgcgccctccaaccaaccttgaa
gacttaaaggcctatacgtatctttcattctttctacaaagaccatcatcccggacagat
cgacggaagcgccagctgactccaaatatgtttgtcatgtatctaggaagaaaggatgct
accaaggattacattggtcttgcggtgaaggatgacaaactcatgtgtgtctataacttg
ggagggaatgtggctgaaataaatgtggagccatttgtatctcagaataatccagatgaa
gccattatggatcatgttgtgttagaaagaatctatcaataccttactctgaattatact
aaatcattcacatcaacgcggccagaccctgttgctaagtacacaacagatgtcacaaag
aacatgcttctcaaccttgatccagatgaagttgtcttttatgttggcgggtatccatcg
gatttcaggcctccagcaagaatgaatttccggaattacataggctgcattgaactagat
tccctcaaccaaaatggaatcagcctgtacaatttcaagagaactttcaacctcaacacc
accttagtgcagccatgcaaaagatacaaagaagagtcagaaagaagtttctttgagggt
actggatatgcaagtatttctgcacctcaatccacaggcaggaccctacgttatgaacag
accatccgaactacgacagatgaaggcttggtgttctttgcagaaaatgggacctgcttt
atcagcttaaatattgagaatggtttcctcgtgctgcaatacagaatagaatctgacaat
gtccacaagataaagagtacaaatggccttgttagtgatggaaatgaacacgtggttgca
ttgcgtatttcaacaaaagacaagacaatacttgttcttaaacagtcttcaattgcaata
aatgccactaatatggatgcctttatattcaacacttactatatgggcggaatcccagca
gcccttagagagaagtttaaaatccaaacacctccattccgtggctgtgttaaaaatgtg
aagacaccaactagctcagctacatttaatgaaacgtatggtgtgagtcggaggtgctcc
gatgactggaatattgtccgttcagcggaattttctcgtggtggaactcttgaactgaaa
ccagatggatttaaattcccccagaactttcaaacatcatttggatttcagacatctcag
cccagtcccatactgcttagctatacaacacagttcgatgaattaaggatctctctagat
gaaggggttgtgaacgtaaaaacaaaaaataacaagctgcaaaccaagggaaagtatctg
gatggaaacactcactatgtttctcttatcaaagaggatgatgaactcagactgttggta
gatgaagaacaagtaactgagattgttggatcctcaggggcactaggcacttccattggt
gatataaaatttggtggaagcaattttgagggatgtatctccgatgttttcatagagagg
atggctaaaacccctactgttcaaaatttgattgataacactggaaagaggcaggtctcc
cttggaacatgcagcgttgaggagcctccgatgcccttgatactgaatgattttagaagt
tacagtttaacgctgaatgaggatgacatgaacttgataaacagcgtcaacaaagtaatg
aagaaaagtcagaaagagttgcatggctgcagtgcttatgccaacctaacatcagctgtg
ggatcttaccagtttggagactcttcagcaagtcacttgcgatatgagctcaataaggcg
gtgttgaaagacaggtcccatttctctctggatgtgcgcaccactgaatcatcagggctt
attttcttgatgactgatgaagaggagaccagccacctttcacttcatatttccaaagga
cgctatgttttttcattaagcactaaaggaaacaaattgaaaataaggagccaagataaa
tacaatgatgggaagtggcacacggtgatattcaattgggatggactcagtggccgtctg
gttgttgatgggctaaaggcacgcaaaggaactttgactaaatattttggccttgaaaga
atgacgtctgtccttgtgggtggagtcccatcacataaaattcagtctgttcccaagaaa
agcttttcaggctgcctgaagaatttgaagctaaatggattagcattagaaggaccatct
cacacctttggcgtcacaccatgttatgatggatcttttgaaaaaggaatattctttgca
catgatggaggacatgtagttattgataattcttacaatttgaatatggacttcgacatt
tctttaaatatccgtccacaaagccaatctggagtcctgtttcataccggcagtaaaggg
caacaattcagcctttatatggaagctggagagctgatactgtctgcagacaatggatct
ggagaggttctggtctcagttacaccacaaagagccctgtgtgatgggaagtggcacata
ataaaagcaagcctgaaacaaaatgttgtgcagctggaagtagacaagcagtcaaagcaa
tctgtcatgcctagctctttaactcacaacaaccctgacactcggttatttattggaggc
ctcccagatgctttggaagtgccacggctccctgtgaagagtccgtttgttggctgcatg
aaaaacgtgaacgtcgataacaaaatcattaacgtcagtaaaatctctacgttttctggt
gctattagtttgagcagatgtcctgctgtttag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (172)   
   KEGG ORTHOLOGY (1)   
   RefGene (167)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (188)   

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