KEGG   Xenopus laevis (African clawed frog): 108702189
Entry
108702189         CDS       T01010                                 
Name
(RefSeq) laminin subunit alpha-5 isoform X1
  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
    108702189
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    108702189
SSDB
Motif
Pfam: Laminin_EGF Laminin_G_2 Laminin_N Laminin_G_1 Laminin_I Laminin_II Laminin_B Laminin_G_3
Other DBs
NCBI-GeneID: 108702189
NCBI-ProteinID: XP_041434811
UniProt: A0A8J1M0I4
Position
9_10S:13429804..13515370
AA seq 3676 aa
MFVPGVWFLLVPLGLALTQELPTNGVNGFSLHPPYFNLAEGTKISASATCGEGEDERPAE
DLYCKLVGGPVSGDPSRTIQGQYCDVCVANSRDKSHPISNAIDGTERWWQSPPLSRGLEY
NQVNVTLDLGQVFHVAYVLIKFANSPRPDLWVLERSTDFGVTYHPWQYFASSKRDCLERF
GPQTLQRIVRDDDVICTTEHSRIVPLENGEIVVSLVNKRPGAMNFSYSPLLMNFTKATTI
RLRFLRTNTLLGHLMGITLRDPTVTRRYYYSIKDISIGGRCVCNGHAEVCNAKDPANPYR
LQCDCQHNTCGTSCDTCCPGYNQLQWKPATKDNANECEPCNCNGHAYDCYYDPEVERRRA
SMDRHGNVVGGGVCVDCQHNTDGVNCERCIVGYYKSPDYPTNSPHTCQRCSCDSEYMDGS
CEDLTGRCYCKPNYTGENCESCAEGFMDFPSCYPVPDQPNGGGTGEQVRPVGEIINCDCH
VAGTEGNACRKDPFVGACVCKPNFQGDTCEACAPGYFGPNCLDCQCSGPGVLDGSCDKES
GQCVCRSGFEGFLCDQCGPGFFNYPLCQLCGCSPVGTLPQGCDPNGRCMCKPEYDGPRCE
QCIVGYHSYPYCQACSCNPRGAVDNNCTPTGHCQCHPNYAGPICSQCAAGHYGYPSCTSC
QCSAEGSLHNTCNPQSGQCLCRHSFTGLRCDSCSSGMYGFPDCRVGSCNPSGSKSLSVNS
LEGSCECRDHVEGAACDKCKPLYWNLAPENPNGCTRCHCGSDGTLNGVGECRQVSGQCFC
KPNICSRTCSTCKDGYYNLQPSSYFGCQGCQCDIGGSIGLACHEKTGACQCRENVQGPQC
NQPAPNHYFPDLHHLRYEVEDGVMDDGRPVRFGYNPLEFENFSWRGYAQMSPFQPKVVLT
INVTSPDLFRVVFRFVNRGTESVYGKVSFIEERPFNACVNCSEQTKRIVFPPNTEPTFVT
VPQSSFGEPFVLNPNVWSVVIEVENVLLDYLVLLPSAYYEAPILQVKVTEACTYIPTSEQ
NSQNCLLYKYLPLDGFSSSSGSEGICRMDNSLPRPCQLEHITPRHPPMAMCYGSDVDVQF
RMAVPHPGRYVVLVEYANEEEEQNTSVMVNSPPHPPQHGTVNFYPCKYSFLCRGVALDQH
HRVATFDLTTEATIRLTADRTHFYLSKIYLIPADQFSMEFISPRVHCISTHGSFSPSSGS
CIPSRFQKPSQSVVLSEGKTGSIPSNIPLSQGFVPSFPYGQTVSSQPETLPPTAVDSTRL
VHLHPVQSVVGYNGRVQTPGRYAFIVQYYQPSHQTFAIEVRVQGGRVWQGLANATFCPHG
YGCRSLVVSENQVVLDVTDNDLSVTIRVPDGKIVWIEYVLVIPEDSYSSSYLVEEPLDKS
YHFISQCGANSFQSNPANSQFCRDAAISLSLFYNNGAQSCNCHEAGALGTACEPHGGQCN
CRPNVIGRDCSRCATGYWGFPNCRPCDCGSRLCDEVTGKCICPPRTVKPECIACQPQTFG
CHPLVGCEECNCSPTGLQNKTEPGCDIQTGQCTCMPNIVGRRCERCAPGFYGYPVCRPCS
CNRDGVEPSICDPVTGKCHCKENVEGLTCDHCRLGTFYLDAANPKGCTRCFCFGATDRCH
TASKYRAEFSDMNGWVLVGGDRQEVEISVHLEEWLVDANLEDVPDVYQEFYWHAPHSYLG
DRVSSYGGFLRYELHSKAIRGDQPSIPVERRPDIILKGNQMSIAHLQTKYPVSGEHYHGQ
IHLVEGNFLHAQTYNPVSREELMMVLANLDQLLVRALNSQSSSSVSLRRVVLDIGQESNV
GVRAPEVELCMCPANYRGDSCQECAPGYYRDTKGLFLGKCVPCNCGGHSDQCLPGTGTCV
KCQHNTEGDRCERCKDGFVSNGTVDGFLQCVSCPCPLSVLSNNFAIGCFQRGSTFQCLCK
LGYAGANCERCAPGFYGNPMVIGSSCKPCNCNGNTDSNMLFSDCDPLFGTCSSCVFNTAG
QHCELCAPGFYGDAVRAKNCTRCDCSPCGTESCDSRTGRCFCKPGVMGPRCDRCEEGYYG
YSRCTGCQKCSCAAGSASATCDPVSGQCLCLPGVTGPHCQQCAPGYWGFSPSGCTKCHCK
GGSCDPRTGECQCSDGLTGKQCDTCSRQYEIPVSHGPEVLKCEPCDSCVVTLLKDLDRNG
DFLPSVRDQLANLSISAIAWNRLSSLNISIANLTELWLQYQGAINDIKDKADDMEDHSIS
LAQDLDALQDKVNMTNKTAISVQRSTKNTHQRAGDLLNKVQSLYNVSQGMVQQLKNIGLS
NSSNVTSTEEFRQIMSEVERMMKELRGRDFQHQSHLAKKEYNESIKLLNRVKAELVSSLQ
TNQELLSETKRRLDTYSSEVMDLRDALNDSVNKTRQTEDLNSANQNTLEEYLLKVSDLKK
QHNELVSAIKMAEDALVQVSDLLQMMENLKEEYEKLAAGLDGARGSLIEKGKKFSPASSK
IPIVEKAEMHAKDLGQLAKALFSAIGDANQDGYIQKAINASDAYSTIIDAVKQAEKAAKE
ANRVAGDAVKNILNEELGKKGKELKQKSSQLEDSARAAEDEISQDVQSKLQEAKTKLQNN
RAKKEKLQANLQSIVDKISMTRDNVTDDITSAKFKAAEANDTANRVEDSLIDIKKNLESW
KEKYGNLQNEDVTKAIEEAKTSVSDLVSTIPLLLDKVNQLENRQTQNNSISDSIKRIREL
ISQARDAASKVKVPVKFNGSSGVQMRTPSDVPDLAAYTSLKLHIQNPDPQTKKKRQAETE
QGRFVLFLGHKDGTGDYLGLVLKGNKLQCVYKLGDEEPTFLSANEDIKEEFVTVAIERIL
QYGQMSIFVTKDTLHEIKGDSTASGEKGLLNLDPERVVFYVGGYPAEFMPPALLNYPGYR
GCIEMDTLNEKPISLYDFERTFELDTKKDKPCARSKSTGDPWLTEGSYFDGTGYAEVKLE
TLPGSSKRFELDARLVSYNGILFYLDAEEQFLSLAVQEGKLALFYDIGDGLQMSKPMEPY
KLQISSSTTKVVQVILAVVGGKKKIIVRLERVNVYNVDYDKGSLETAQYFFLGGLPSNKM
PESLVALFPGGGSIRGCMKGIKALGKYVDLKRMSTTGVSYGCTSDLLIARSVQFYGYGFL
NMTVKNVHSLQEDFYTGFGFRTSQPNGLLYQHTTEEGSCQVAMQHGRLSVKILDAEMRSK
SQFADGAGHYLTLYSNNDAVRFYVDDKLQETRTLAAGTGLPDLLSSTLLLGGSQVEGEIQ
NLTGCISNVFVKRKAGPQSVLDLQQNQESLNVTMSCQAPMEDWPQEIRAPLKKGKLKQKL
RQRKLADHKHSEDSSCFHPKAVRGALRFGGSSSSHLEFTRLPPIFRDRFHFSLDIRLNAS
NGLIFYGRDERSSSSLSLYVSNGRFVLQLVVIGKPLRLKSKEKYNDGLWHTVFFGKEKNK
LHLVIDGIKAQSSMVYPGVTASLTGPVFIGGLPPLIRRPEIPDVSLGSFHGCLRNLKLDG
KEFNPPSKIMGVAQCYEGLTEQGFFFSEGGFLKLDYEVDFGQSLEVKLEIRPIHHSGLLF
HVGTEEGHSVTLSMAEGKVSVSVNAEASEYSTSVKLPQPLCDGHWHTVAVTKVSNVIQLD
VDTEGNHAVGASQTQPIRSKGILYIGGVPGNIHSPRKPHTSYRGCMRNLVINRKPVDVSI
PGTFVGLAGTYLCPAL
NT seq 11031 nt   +upstreamnt  +downstreamnt
atgtttgtgccgggggtttggttcctgctggtgccgctgggtttggcgctgacacaggag
ctgccgactaatggggtgaatggattcagtctgcacccgccctacttcaacctggcggag
ggaaccaagatctcagcctcggccacctgcggggaaggggaggatgagcggccggcggag
gatctttattgtaaactggtggggggacccgtgtccggagatcccagtcggactattcag
ggacagtattgtgacgtgtgtgtggcaaacagcagagacaaatctcaccccatctccaat
gcaattgacggcaccgaacgctggtggcaaagccctccgctgtctcgtgggctcgagtac
aaccaagtcaacgtcactctggatctgggacaggttttccacgttgcctacgtcctaatt
aaattcgccaactcgccccgacctgacttgtgggtgctcgagaggtccacggattttggg
gttacctaccatccctggcaatattttgcctcatccaagagagactgcctggagcgcttc
ggaccccaaactttgcagaggatcgttagggacgatgatgtcatttgtaccaccgagcat
tcccgtatcgtgccgctggagaacggagagattgtggtctctttggtaaacaaacgcccc
ggtgccatgaatttctcatactccccccttctgatgaacttcaccaaagccacaaccatc
cgcctgaggttcctaaggaccaacaccctgctgggacatcttatgggcataacgctgagg
gatcccacagtgacccgcaggtattactacagcatcaaggatatcagcattggtggacgg
tgtgtatgtaacgggcatgcggaggtgtgcaacgccaaggatccggccaacccctacaga
ctccagtgcgactgccaacataatacctgcggcacatcatgcgacacctgttgccctggt
tacaaccagttacagtggaagcccgcaaccaaggataacgccaatgagtgcgaaccctgc
aactgtaatgggcacgcgtacgactgttactacgacccagaggtggagagacgcagagcc
agcatggaccgccacggaaacgtcgtaggaggaggagtctgtgtggattgtcagcataac
acagacggtgtcaactgcgagcgctgcattgtgggttactataaatcccccgactacccc
accaactcccctcacacgtgccagcgctgtagctgtgactctgaatacatggacgggtcc
tgcgaggatctgaccggaaggtgctactgcaaacccaactacaccggcgagaactgcgag
tcctgtgccgagggctttatggacttcccaagctgctaccctgttccagatcaacccaat
ggcggaggcactggggaacaggtccggccggttggagaaataatcaactgtgactgccat
gttgctgggacggaggggaacgcttgccgcaaagacccttttgtcggagcttgcgtctgc
aaacccaactttcagggggatacatgcgaagcctgcgcccccggatactttggccccaac
tgcctggactgtcagtgctcaggaccaggcgtgttggatggaagttgcgacaaagagagt
ggccagtgcgtgtgccggagtggatttgaaggtttcctttgcgatcagtgtggccctgga
tttttcaactaccccctgtgccagttgtgcggctgcagtcctgtcggcactttaccgcaa
ggctgtgaccccaatggacgctgcatgtgtaagcctgagtacgacggcccacgctgtgag
cagtgcattgtgggatatcactcttacccttactgccaagcttgttcctgcaatcctcgg
ggtgctgtggacaataattgcacgcctactggtcactgccagtgtcaccccaattacgcg
gggcccatctgcagtcagtgtgctgctggtcactatggctaccccagctgtacatcttgt
cagtgttccgccgaggggtcactacacaacacatgcaacccgcagagtggccagtgcctt
tgccgtcactcgtttaccggcttgcgatgcgactcctgctcctccggaatgtatggtttc
cccgactgccgagttggctcttgcaacccgtctggatcgaagtcccttagtgtcaactcc
ctggaggggtcctgcgagtgccgggatcatgtggagggggcagcgtgtgataagtgcaag
cctttatactggaatctggcccctgaaaatcccaatggatgcacaagatgtcattgtgga
tctgacggcaccttaaatggagtgggagaatgtcggcaggtgagtgggcaatgcttctgt
aagcccaacatctgtagccgcacgtgcagcacctgtaaggatgggtattacaacctgcag
cccagcagttactttgggtgccagggatgccagtgtgacatcggaggctccattgggctg
gcttgccatgagaagactggagcctgtcagtgccgggagaatgtgcaaggaccccagtgt
aaccagccagcacccaatcactactttcctgaccttcatcacctgaggtacgaggtagag
gatggtgtgatggacgatgggaggccagtccgctttggctacaaccctctggagtttgag
aattttagctggcgaggatatgctcagatgtcacccttccagcctaaggtggtgctgacc
atcaacgtcacatctccagacctcttccgagtggttttccgatttgtgaatagaggaacg
gagagtgtgtatggcaaagtctcctttatcgaagagaggccgttcaatgcttgtgtcaac
tgttctgaacagaccaagcggattgtcttccccccaaacaccgaacccacctttgtcaca
gtcccgcagagtagttttggggaaccatttgtcctgaaccccaatgtctggtctgtagtc
atcgaggtagaaaacgtactgctggactacctggtcctgctgcccagtgcatattatgag
gctccaattcttcaggtgaaggttaccgaagcttgtacctacatacccacctctgagcag
aactctcaaaactgcctcctgtacaagtatctgccactggatggattttcctcttctagc
ggaagtgagggcatatgccgaatggataacagcctgcctagaccatgccagttggaacac
atcacacctcgccacccaccaatggctatgtgctatggaagtgatgttgatgtccagttc
cgcatggcagtgccccaccctggacgctatgtggttctagtggaatatgccaatgaggag
gaagagcaaaacacgagtgtcatggtgaattctcctccacatcccccacagcatggaacc
gtcaacttctacccctgcaaatatagcttcttgtgccgcggggtcgctcttgaccagcat
cacagagtggccacatttgacctcaccacagaagccaccattcgcttaacagcagatcgg
acacacttctacctcagtaaaatctatctgattcccgccgaccagttctccatggagttt
atcagtcctcgagttcactgcatctctacgcacggctccttctctccaagcagcgggtcc
tgcattccctcgagattccagaaaccttcacagtcagtggtcttgtcggaaggaaagact
gggtctattccctccaacattcccctctctcagggatttgtaccatccttcccatatgga
caaactgtttcgtcccagccagaaacacttcccccaactgctgttgactccactagattg
gtccatttgcaccctgtgcagtcagtggtgggatacaacggaagagtccaaacaccagga
cgttacgcatttattgtgcagtattatcagccgtctcaccagacctttgccattgaggtg
cgggtgcaaggcgggcgtgtctggcaaggtttagcaaatgctactttctgcccccacggt
tatggctgtcgcagtttagtagtgtcagagaaccaagttgtacttgacgtgacggataat
gatctctctgtgaccatacgtgttcctgatggcaagatcgtctggattgaatacgtgttg
gtaattccagaggacagttacagttccagctatctggtggaagaaccactggataaatcc
tatcattttatcagtcagtgcggagccaacagctttcagagcaaccctgccaattcccag
ttctgcagagatgctgccatctccctttctctcttctataacaatggtgcccagtcttgc
aactgccatgaggctggagctttgggcactgcttgtgaaccacatggagggcagtgcaac
tgtcgacccaatgtaattggcagagattgctcccgttgcgccactgggtactggggattc
cccaactgcagaccatgtgactgtggctcacggctctgtgatgaggtgactgggaagtgt
atttgtccccctcgcactgtaaaaccagaatgcatcgcatgccagccccagacatttggt
tgccaccctctggttggctgtgaggagtgcaactgctctccaactggactgcaaaacaag
acggaaccaggatgtgatatacaaaccgggcaatgcacatgcatgccaaacattgtgggc
aggaggtgtgaacgatgcgcccctgggttctatggctatcctgtctgcagaccctgcagc
tgcaaccgagatggggtggagccaagcatctgtgaccctgttactggaaaatgtcattgc
aaggaaaacgttgaaggcttgacctgtgaccattgccgtttgggtaccttctatctggat
gctgcaaacccaaagggctgtaccagatgcttctgtttcggagccactgatcgctgccac
acagcttccaaatatcgagcagagtttagcgacatgaatggatgggtgttggtgggcgga
gatcgacaagaggtggagatttctgtccatctagaggaatggctcgttgatgccaatctt
gaagatgttcccgatgtctaccaggagttctactggcacgcgcctcattcatacctggga
gaccgggtttcatcctacggtggattcctccgctatgagctccattcaaaagctataaga
ggagaccaaccatctatcccagtggaaaggagaccagatattattctgaagggcaatcag
atgagcattgcacatttgcagaccaaatacccagtgtcaggagaacattaccatggccaa
atacatttggttgagggtaacttcctccatgcccagacttacaatccagtttcacgtgaa
gagcttatgatggtgttggccaatctggatcagcttctggtcagagctctgaactcgcag
tcgtcttcctccgtgtcgctacgcagagtcgtcttagatatcgggcaagaaagcaatgtc
ggagtccgagcccctgaagtggaattgtgcatgtgcccagctaactaccgtggagattcc
tgtcaggaatgtgctcctgggtattacagggacaccaaaggtcttttcttgggcaagtgt
gtcccatgcaactgtgggggtcactcagaccagtgtttgcctggcacaggcacttgtgtg
aaatgccagcacaatacagaaggagatcggtgcgagaggtgcaaagatggatttgtgtct
aatgggactgtggatggattcttgcagtgcgtatcctgcccctgtcctctttcagtgctg
tccaacaattttgctattggatgttttcaaagaggctccaccttccagtgtctctgcaag
ctgggctatgccggagccaactgtgaaagatgtgcgccaggtttctatggtaatcccatg
gtgattggcagttcctgcaagccctgcaactgcaacgggaacacggattccaacatgctt
tttagcgactgtgatcccctgttcggcacctgttccagttgtgtttttaacaccgccggg
cagcattgtgaattgtgtgcccctgggttctacggagatgcagtgagagccaaaaactgc
acaaggtgcgactgctcgccatgtggaactgaatcatgtgactccaggacaggaagatgt
ttctgtaaacctggcgtgatggggccacgatgtgaccgctgtgaggaagggtactatggc
tacagccgatgcactggctgccagaagtgcagttgtgctgcaggatcagccagtgccaca
tgtgaccctgtcagcggtcagtgcctctgtcttcctggggttaccggccctcactgccag
cagtgtgcccctgggtattgggggttcagccccagtggctgcacaaagtgtcactgtaaa
ggtggatcctgtgacccacgaacgggtgagtgccagtgcagcgacggactgaccgggaag
cagtgtgacacctgtagccgccagtatgagataccggttagccatgggccggaggttctg
aaatgcgagccatgcgacagttgtgtggtgacccttctgaaagatcttgatcgaaatggt
gacttcctacccagtgtcagagaccaacttgccaacctgagcattagtgctatcgcctgg
aaccgcctcagctccctcaacatctccatcgccaatctgacagagctgtggcttcagtat
cagggtgctattaatgacattaaagataaggctgatgatatggaagatcacagcatcagc
cttgcgcaggatctagatgccctgcaggacaaggtgaatatgacaaacaaaacagccatc
agtgtgcaaaggtcaactaaaaacacccatcaacgggctggagatctgctcaacaaagtg
cagtcactttacaatgtttcccagggaatggtacaacaattaaagaatatcgggttgtcg
aacagcagcaatgtcacctccaccgaggagttccggcagatcatgtccgaggtcgagcgc
atgatgaaggagttgagaggcagggatttccagcaccaaagtcacctggcgaaaaaggag
tacaacgaaagcataaaattgttgaatcgggttaaggcagagcttgtcagcagcctacag
acgaaccaggaacttctgagtgagaccaaaaggcggctggatacctacagctcagaagtc
atggatctcagagatgctctcaatgactcagtgaacaagaccaggcagacagaggatctt
aacagtgctaaccaaaatactctggaggaatatctgcttaaagtcagtgacctaaagaaa
cagcataatgagttggtgtcagcaataaagatggcagaggatgcccttgtgcaagtgtct
gatctcctccaaatgatggaaaacttgaaagaagaatatgagaagctggctgcaggcctt
gatggagcccggggatctctcatagaaaagggaaagaagttctccccagcgagcagcaag
attcctatagtggagaaggccgagatgcacgctaaggatttaggccaactggcaaaggcc
ttgtttagtgctattggggatgccaatcaggatggttacattcagaaagccatcaacgcc
tcggatgcctactccaccattatcgatgcggttaaacaggcagaaaaggcagcaaaagag
gccaatcgagtggctggtgatgcagtaaagaatatcttaaatgaggaacttggcaagaaa
ggcaaagaactaaagcaaaagagttctcagctagaggattctgccagagctgcagaggat
gaaataagccaagatgtgcagagtaaattgcaggaggccaagaccaagcttcaaaataat
agagcaaagaaggagaagctgcaggccaatctgcaatctattgtggacaaaatcagcatg
actcgagataatgtgaccgatgacataacaagtgccaagtttaaggcggctgaggcgaat
gacactgccaacagagtggaagactccctgattgacatcaaaaagaaccttgagtcatgg
aaagagaagtatggcaacttgcagaatgaagatgtgaccaaggctatcgaggaagcaaaa
acatccgtctctgatctggtgagcacaattccactgctgctggataaagtgaaccaactg
gaaaaccgccagactcagaacaacagcatatcggatagtatcaaacgcatccgggaactc
atttcacaagccagagacgctgccagcaaggtcaaggtcccggtgaaatttaatggcagt
tctggggtgcaaatgcgcacccctagtgatgtgccagatctcgcagcctacacctcacta
aagttacacatccagaacccagacccccagactaagaagaagcggcaagcggagacagag
caggggagattcgtcctgttcctcgggcataaagatggtactggtgattacctagggttg
gttctgaaaggtaacaagctgcagtgtgtctacaagttaggggatgaagaacccactttt
ttgtcagccaatgaagatatcaaggaagagtttgtcacagtagccattgaaaggattctt
cagtacggccagatgtccatatttgtgacaaaggacactttgcatgagatcaaaggggac
agcacagctagcggtgaaaaaggtctgctgaacctggacccagaacgggtggtgttctat
gttggtggatatcctgctgaatttatgccaccagcactcttgaactatcctggctaccga
gggtgcattgagatggacacactgaacgagaaacccatcagcctgtacgactttgaacga
acatttgaacttgataccaaaaaggacaagccatgcgccagatccaagtctacaggagac
ccttggcttacggaaggatcatactttgatgggacgggttacgcagaagttaagttggaa
acccttcctggttcctccaagaggtttgagctggatgctcgtctggtctcttacaacggg
atcctcttttacctcgatgctgaagagcagtttctgagcctcgcagttcaagagggaaaa
ttggctttgttttatgacattggagatggtcttcagatgtctaagccaatggaaccatat
aagctacaaatcagcagttccaccactaaagtggtccaggtgattctggctgttgttggg
ggaaagaagaagattattgtgaggctggagagggtcaatgtatataacgtggattacgac
aaggggagcttggagactgcacagtactttttcctaggagggttaccatcaaacaagatg
ccagagagtctcgtggccctgttcccaggtggaggctcaatcagaggctgcatgaagggc
atcaaagccctgggtaaatacgttgacctcaagcggatgagcacaacaggagtgagctat
ggatgcacctcagatttactgatcgcgaggtcagttcagttttatggatatggattccta
aacatgactgtgaaaaatgtgcacagcctgcaggaggatttctacactggctttggattt
cgtacaagccagcccaatggacttttgtaccaacatactacagaggaaggatcatgtcaa
gtggccatgcaacatggccgcctatccgtcaagattttggatgcagaaatgagatccaaa
tctcagtttgccgatggagcaggtcactatctgacgctctacagcaataatgacgctgtg
aggttttacgtggatgacaaactgcaagagacacggacattagcagcaggcacagggctg
ccagacttattaagctcaaccctcctccttggtggttcacaggttgagggagagatacag
aatctgactggctgcatcagtaatgtctttgtgaagaggaaagctggacctcaatctgtc
ctagatcttcaacagaatcaggagagcttgaatgttaccatgagttgccaggcgccaatg
gaagactggcctcaagagatcagagctccattgaagaaggggaaactgaaacaaaagctc
cggcaaaggaagcttgctgatcacaagcactcggaggactcttcctgttttcatcccaaa
gcagtgaggggagctctacgatttggtggatcttccagcagccacctggaattcactaga
ctcccacctatcttccgagacaggtttcactttagcttagacatccgtctgaatgcctcc
aatgggttgatcttttacggccgagatgagagaagcagttcctccctttctctgtatgtg
tctaatggtcgctttgtactccagctggttgtcatagggaagccactgcgtttgaaaagc
aaagaaaagtacaacgatggactctggcacacggtattctttggcaaagagaagaataag
ctgcacttggtcatagatggcattaaagcccagagtagcatggtgtaccctggcgttaca
gcatccttaactggtcctgtcttcatcggaggtctcccaccgctcatcaggagacctgaa
atccctgatgtgtcactcggcagtttccacggatgtctcaggaacttgaagttggatggg
aaagaatttaaccccccaagcaaaatcatgggggtcgcccagtgctatgaagggctcaca
gaacaaggatttttcttctccgagggtggattcttaaaattagactatgaagtggacttt
gggcagagcttggaagtaaagctggagatacgtccaatccaccattcaggcctccttttc
catgtgggaacggaggagggccactctgtcaccctttccatggctgaggggaaggtcagt
gtgtctgtaaatgctgaagcaagtgaatattccacatctgtgaaattgccacaaccattg
tgtgatggacattggcacacagttgcagtgaccaaagtaagtaatgttatccagctggat
gtggacactgagggaaaccatgctgtaggagcaagccagactcagcccattaggagtaag
gggattctctacatcggaggagtgccaggaaacatccacagtccaagaaaaccacacaca
tcctatcgaggctgcatgaggaatctcgttattaaccgaaagccagttgacgtctccata
cctggaacttttgtgggattagccggcacctatctctgcccggccctatga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (181)   
   KEGG ORTHOLOGY (1)   
   RefGene (177)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (8)   
   Pfam (8)   
All databases (204)   

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