KEGG   Xenopus tropicalis (tropical clawed frog): 100497008
Entry
100497008         CDS       T01011                                 
Symbol
lama2
Name
(RefSeq) laminin subunit alpha-2 isoform X1
  KO
K05637  laminin, alpha 1/2
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr04510  Focal adhesion
xtr04512  ECM-receptor interaction
xtr04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    100497008 (lama2)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    100497008 (lama2)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100497008 (lama2)
SSDB
Motif
Pfam: Laminin_G_1 Laminin_EGF Laminin_G_2 Laminin_B Laminin_N Laminin_I Laminin_II Laminin_G_3 DUF2630 GP57
Other DBs
NCBI-GeneID: 100497008
NCBI-ProteinID: XP_017949698
Xenbase: XB-GENE-953878
UniProt: A0A8J0T3H2
Position
5:68634640..68972433
AA seq 3239 aa
MLNIYRLVLAKITFHTVFLSLMLCGFIQAQQQRGLFPAVLNLATNARITTNATCGEKGQE
TFCKLVEHVPGQPLRYSQCRTCDQKSSNPNLRHPISNAINGKNSWWQSPSIQNGMQYHYV
TVTLDLQQVFQIAYIIIKAANSPRPGNWILERSLDGVNFKPWQYYAITESECLTRYKVKP
QPAQASFAKDDEVICTSHYSKIHPLENGEIFTSLIIGRPSAEDPSPELLEFTSARYIRLR
LQRIRTLNADLMMLSQSTYKDIDPIVTRRYFYSIKDISVGGMCICYGHARSCPFNLATKK
SSCECEHNTCGDSCDRCCPGFNQKPWKAGTFLLKHECEPCNCHWKSEECYYDQQVADKRL
SLDILGNYSGGGVCINCTSNTAGINCETCVDRFYRPKGVSPTQPYPCQPCSCDPIGSLHD
ICVKDEKQAPRGMLPGSCHCKSGFAGERCDKCAVGYIGYPECVRCNCSLIGSTNKDPCVD
PCICKDNVEGQNCDQCKLGYFNLQKDNPQGCDQCFCSGVSSICTGSRLAYTKITDMNGWY
VTDLSGYTRVAPAKDGFDGPHQLSITNRAARAQGLPEVYYWSAPPTYLRSKVTAVGGHLS
YTISYDASMKTDSVDSTNYPNIIIEGNGIKISSQQETIQLGPFEEITETIVLHPDSFRIY
GTEFQVSRREFMMVLANVNKLLIRATYSNGQEAIYRLSSVTLEVAGDPSSSGKTAFSVEL
CQCPSGFSGTSCEKTDQAYAPLSLLPTSGTKSCLPGNRRVNGTLFGGSCEPCRCYGHTDR
CHDVTGECLDCKHNTYGRYCDYCLPGFYGNPSEGTAEDCKPCSCPLTIDSNNFSPTCHLD
KTRGLVCDSCRPGYTGQRCERCAEGYYGQPSEPGGSCKPCKCNNNLDLSTPGCCDSQTGA
CLVCKPGITGQYCNKCAEGYFGDALEARGCQSCNCHVNGSVSTSCNTETGQCQCRNNVIG
RQCDECLPNCWWDSEKQICLPCGCSLSGSMSLRCDITGRCICKPEYFGKKCEMRRQVYER
KDRTQISQNIQAPPRRWTPTGTRGCPRGAYKPTVLPQTFGLQSAQGCVPCNCNSFGSKSF
DCDDSGQCRCQPGVTGKKCDHCDHGFYDFQEGGCTPCECPHVGNNCDADTGHCVCPPNTI
GEQCDKCAPNHWGYSIITGCKACNCSNPGSLSMQCNSDTGCCFCRPNFSGDKCSSCRLGY
RKYPTCVNCGCMLAGSQPQTCDQETEKCSCAEQTGQCNCKINVEGVLCDRCKPSTFGLHV
GNPLGCSSCYCFGLATHCTEADGLIRMWLTLKPDQTVLPLVDLTQQHRTTKGVTYQHPEI
VAMIDQVKEDLHAEPFYWRLPQQFEGRKLTAYGGKLKYAIYFEARDETGPSTYEPQVIIR
GGPHANHRIIVRNMAAPQNGQLTRHDIEMTEHDWKYLGSVDGRPVSREDFMDVLYDIQYI
LIKAAYGSVLRQTRISEISLEVAEEGTSFTISPRAYLIEKCECPHGYSGLSCEACAPGFY
RVAPATPGRRTGPTLGTCVPCQCNGHSDICDPQSSVCQACKHNTAGDHCERCAPGFYGIV
RGSPDDCKPCACPLLISSNNFSPTCTLQGTNDYRCTACPLGYEGQYCERCASGYTGNPGV
PGGSCQECECNPYGSLSMICHPTTGQCTCKTGSTGLKCAGCTDRHAREGPVCVFCDDECT
GLLLDDLEQLNQMVMSVNLSGPLPPPYKTLFTFGNQTQELKHLLSPQRAPERLLQLAQNN
QDTLVIEMDELLNRAAKVTADGEQTGKDAERTNERAKQLEDFVKETLHASKDIYDKAVKL
NETLGIPNKTLDKSFQELQKDIDSMMAELRRKSLRNQKNTADDELKAAEALLNRVKKLFL
EAHKKNEDLNNEVKEKLGLFEEKLDDVWDLLREARGKIKAADDLSTVNQKNMTELERKKQ
GVEKGKKETESVLGDGDSIMTEVNNLAQIINEAENDLSDMNKELPPLTEQLNEKINNLTQ
EIARRDLPEQILQAENQAAQLIDSSAVLDGILAEAKNLSFNATVAFNAYSNIKDLIDDAE
DTAKEAKAKANEAIDLVTGPQGSLKDEAKNAIQKSFRVLSDAKRHSGDVKDNENDLAGIK
NRLENADEKNQNMLQALNDTFGKLALIPNDTLVKIQTAKDKAKQANDTASDVLERLKDLN
LNLLGLKQNYTALKEDVAKTNAAVKDPVENRFITDADGRVKQLEKEADRLLDKLKPIKEL
QENLGKNISQIKELINQARKQANSIKVSVSSGGDCIRTYKPDIKKGRFNTIILNVKTDTQ
DNLLFYLGSKQFTDFLAIEMRKGKVNFLWDVGSGVGRVEYPELNINDKYWYRIEASRSGI
NGTISVQALDGPRASIVPGVYSSTSLPGYSILDVDANAMLFVGGLTEKIKKPDAVKITTF
SGCMGETFLDGKPIGLWNYRDREGDCKGCSISPQIADSEGTVQFDGEGYALVNRPIRWNP
NISTIMFKFKTFSSNALLMYLATNDLKDFMSVEMTDGRIKVSYDLGSGTAFSVSDRNHND
GKWKSFTLSRIQKQANVSVVDLETNEVDKLTIMSTGSNYGLNLKSDEKIYFGGLPVLRSL
RPEVNLKKYSGCLKDIEVSRTPYNLLSSSDYIGVTKGCALEKVYLVSFAKPGFLELPPVS
LDVGTEITLSFSTKNDSGIILFGNGGNLVPPRRKRRQSGQVYYAVLLKKGRLEVTISGGK
DVYRITIRPEKGEFHDGKEHSLRLERTRNLFTVQVDEDKTQTLKIPSSQSLDVKKLFVGG
IDSDTQFLPFRNVPPFEGCIWNLLVNAVPMDFAQPVSFENADIGQCPTLLQDRLPTHPEE
NGDRDKNATQSLVLPTATPYPVPPSEPDSTDEKSANITDDHETPTGGCAADRDPLILKNG
KQFGLSRNSHVAFAFDDTKVKNTLSIELELRTEAESGLVFYMARINHADFATIQIKEGMA
HFRYDLGSGDTSTMVPLRINDGSWHKITVFRTKQTAYLFVDNISNSTVSPKKADILDVVG
MLYVGGLPINYTTKRIGPVLHSIHGCIRNFRMVEGHTDLENPTSSYNVGSCFVNPEKGTY
FHGSGFAKAVGAFKVGMDLLVELEFRTSKTNGVILGISGKKMDGLGIELVDGKLLFHADN
GAGRFTAFYEPELPGGLCDGKWHKVSASKLKHRLELIVDENKVEASSSNSASTSADTNDP
VYVGGYPEGLSQFGLTTDERFKGCIRDLKLTKGKSKPQEINFSKALELEGVQPLTCPGI
NT seq 9720 nt   +upstreamnt  +downstreamnt
atgttgaacatttatcgcttggttctggcaaaaataacttttcatacagttttcctaagt
ttgatgctttgtggatttatccaggctcaacaacagagagggttgtttccggcagtcctc
aatttggccacaaatgctcgtatcacaacaaatgctacatgtggtgaaaaaggacaggag
accttttgcaagctagtagagcatgttccagggcaacctctgaggtattcccagtgtcgt
acttgtgaccagaaaagctccaatcctaacctgcgtcatccaattagcaatgctattaat
ggcaaaaactcctggtggcaaagcccaagcatccagaatggtatgcagtatcactatgtg
accgtcacattggatcttcagcaggtgttccagattgcttatattattatcaaagctgcc
aattcccctcgtcccggtaactggattttagagagatctcttgatggtgtgaatttcaag
ccctggcaatattacgccattacagaaagtgaatgcctgacaaggtataaagtcaaacca
caacctgcacaggcttccttcgctaaggatgatgaagtcatatgcacctcccattattcg
aaaattcacccactggaaaacggagagatattcacatctctaataattggcagaccaagt
gcagaggatccatctccagaactccttgaatttacatcagcacgctacattcgactaagg
ttacagcgtattcgaactctaaatgctgatttgatgatgttatcccagagtacttacaaa
gacatagaccccattgttacaagaaggtatttctattctattaaagatatttctgtgggt
ggaatgtgcatctgctatggccatgcaagatcctgcccctttaatctggccaccaaaaaa
tcatcttgtgaatgtgagcacaatacctgcggagatagttgtgatcgatgttgtccggga
ttcaaccaaaaaccttggaaggcaggaacatttcttttgaaacacgagtgcgaaccctgc
aactgccattggaagagtgaagaatgttattatgatcagcaagtagcagacaagcgcctc
agtttggacattcttgggaactactctggtggtggagtgtgcattaattgcactagtaat
acagctggaattaactgtgagacttgtgtagaccgcttctaccgaccaaaaggggtgtca
ccaactcagccctatccctgccaaccatgtagctgtgaccctattggttctttacatgat
atttgtgtcaaggatgaaaaacaagctccacggggaatgctacctggttcctgccattgc
aagtctggctttgcaggggagcgatgtgataaatgtgcagtgggttatattggttatcca
gaatgcgtgaggtgtaactgcagtttaataggcagcacaaataaagatccatgcgttgat
ccgtgcatctgcaaggataatgttgaaggacaaaactgtgaccagtgcaagcttggatac
ttcaacctccagaaggataacccacaagggtgtgatcagtgcttttgctccggggtttcc
agcatctgcacaggatctcgccttgcatatactaagatcactgatatgaatggttggtat
gtgacggatttatctggctacaccagagttgcaccggcaaaagatggttttgatggtcca
catcaattaagcattacaaatcgggctgctagggcacaaggcctcccggaagtttattac
tggtcagctcctcctacgtatttgcgtagtaaagttacagcagtgggaggacacctgtct
tacaccatctcctatgacgcatccatgaagacagacagtgtggattctacaaattatcct
aacataataattgagggcaatggtataaagatcagctcacagcaggaaactatccaacta
ggaccatttgaagaaatcacagaaaccatagtgctccaccctgactctttccgaatctat
ggtacagaatttcaagtgagcagaagagagttcatgatggtactagcaaatgtgaacaaa
cttctcatccgagcaacgtacagtaatgggcaggaggccatctacagactaagttctgtt
acacttgaagtagctggagatccctcttcgtctggaaagacagcatttagtgtggagctt
tgtcagtgtccttcaggattcagtggaacatcctgtgaaaagacagatcaagcttatgct
cctctaagtcttttacctacaagtggtacaaagtcctgtttaccaggaaatagacgagtt
aatgggactctttttggtggaagctgtgaaccatgccgatgctatggccatactgatagg
tgccatgatgtcacaggagaatgtttggactgcaagcataatacctatggcagatattgt
gattattgtctgccaggtttctatggcaatccctctgagggcactgctgaagactgtaag
ccatgctcctgtcctttgaccatcgattctaataacttcagcccaacgtgccatttggac
aaaactcgaggattggtttgtgattcgtgtcgtcctggatatacaggacagcgctgtgaa
aggtgtgcagaagggtattatggacaaccatcggaaccaggtggatcgtgcaaaccttgc
aagtgcaataacaaccttgacctttctactcccggatgctgtgatagtcagactggagcc
tgccttgtctgcaagccaggaataacagggcaatattgcaataaatgtgcagaaggatat
tttggagatgcccttgaagcaagaggctgtcaatcctgcaactgtcatgtcaatggttct
gtatctacatcttgcaacactgaaacaggacaatgtcaatgcaggaacaatgttattggc
cgtcagtgcgatgagtgtttgccaaactgttggtgggattctgagaagcagatatgcttg
ccttgtggctgcagtttaagtgggtcaatgtcactgcgatgtgacataacaggaaggtgt
atctgtaaaccagaatactttgggaagaaatgtgagatgagaagacaggtgtatgaaagg
aaagatcgcactcagatttcccagaacatccaagctccacctaggaggtggactcccaca
ggcacaagaggttgtccccgtggtgcttacaaaccaactgttttgccgcaaacctttggc
ctccaatctgcacaaggctgtgttccgtgtaactgtaactcatttggttccaagtctttt
gattgtgatgacagtggccaatgtcgatgccaacctggggtgactgggaagaaatgtgat
cactgtgatcatggattttatgacttccaagaaggaggatgtaccccatgtgaatgcccc
catgttggaaataattgtgatgcggacaccggtcattgtgtttgtcctcccaatactatt
ggagagcagtgtgataaatgtgcaccaaatcactggggatacagtattatcactggatgc
aaggcatgtaattgtagcaacccaggatctctcagtatgcagtgtaattcagatacagga
tgttgcttctgtcggccaaacttctccggtgataaatgttcctcctgccggctgggatat
agaaaatatcccacatgtgtgaactgtggctgtatgctagcaggaagtcaaccacagaca
tgtgatcaagagactgagaagtgttcttgtgctgagcaaacagggcaatgtaactgcaag
ataaatgtagagggagttctttgcgacagatgcaagcccagtacttttggacttcatgta
gggaacccacttggctgcagcagctgctactgctttggtcttgctacccactgtacagag
gcagatggactaatccgtatgtggttaaccttgaagccagatcagactgtgcttccactg
gtggatttgacacagcagcacaggacgacaaaaggagtcacctaccagcacccagaaatt
gttgcaatgatcgatcaggttaaagaagacctgcatgctgaacccttctattggagacta
ccccagcaatttgaaggcagaaagcttacggcatatggcggcaaactgaaatatgccatt
tacttcgaagcacgtgatgagactggtccttcaacgtatgaacctcaagttataattaga
ggaggaccccatgcaaaccacagaatcatagtgagaaatatggctgccccacaaaatggc
cagctaacaagacacgacattgagatgacagagcatgactggaagtatcttggatcagta
gatggaagacctgtttccagagaagatttcatggatgttctatatgatattcagtatatc
cttattaaagctgcctatggcagtgtattgaggcaaaccagaatttctgagatttcactg
gaagtggcagaggaaggaacatccttcaccataagccccagagcatacttgatcgagaaa
tgtgaatgtccacatggatattcaggactgtcatgtgaggcttgtgccccaggattttac
agagtagctccagcaacccctggcagaagaactggtcctacattaggtacttgtgtacca
tgtcagtgcaatgggcacagtgatatatgtgacccacaatcttcagtctgtcaggcatgt
aagcacaatactgcgggtgatcactgtgaaaggtgcgcaccaggattttatgggattgtt
agaggttcaccagatgattgcaaaccatgtgcttgtcccttgctaatatccagcaacaat
ttcagcccaacatgcaccttacaaggaacaaatgactacagatgtacagcttgccctctg
ggatatgaaggccagtactgtgaaagatgtgcatctggttacacgggtaacccaggtgtt
ccaggaggttcatgtcaggaatgtgagtgcaacccttatggttcattgtctatgatatgc
catccaaccaccggccaatgcacgtgcaagactggatcaacagggttgaagtgtgcaggc
tgtactgatcggcatgctcgagaaggcccagtgtgtgtattttgcgatgatgaatgtaca
gggctccttcttgatgacttggaacagctaaaccagatggtcatgagtgtgaatctttct
ggcccattgcctccaccttacaaaacgctgtttacttttggaaatcagactcaggaatta
aagcatttactgtctcctcaacgagctccagaaagactgctccagctggcacaaaacaac
caggatactcttgtcatcgagatggatgagctactaaatagggctgctaaagtgacggca
gatggagagcaaactggcaaggatgcagaaaggaccaatgaaagggcaaaacaactggaa
gactttgttaaagagacactccatgcttctaaggacatctatgataaagctgttaaattg
aatgaaactttgggaatcccaaacaaaacactggacaaaagtttccaagagttgcaaaaa
gatatcgacagcatgatggcagagctaagaagaaaaagcctgagaaatcagaaaaacaca
gccgacgatgagctgaaagcagcagaagctctcctgaatagagtgaagaaactttttctc
gaggctcataaaaagaatgaggacctgaataatgaggtcaaggaaaagttaggtctgttt
gaagagaagctggatgatgtttgggatctactgagagaagcaagggggaaaataaaagcg
gctgacgatctatctactgtgaaccagaaaaatatgacagaactggagagaaaaaagcaa
ggtgttgaaaagggaaagaaagaaacagaaagcgttttaggtgatggtgattctatcatg
accgaagttaataacttggcacagatcatcaatgaagccgaaaatgatttgtctgacatg
aataaagagcttccccctctcactgaacaactaaatgaaaagataaataatttgactcaa
gaaattgcaaggcgggatctcccagaacaaatattacaggcagaaaaccaagcagcccag
ctaattgactcatctgctgttctggatggaatccttgccgaagctaaaaacctttcattt
aatgcaacagtggctttcaatgcctacagtaatataaaggatttaattgatgatgctgaa
gatactgcaaaagaagctaaagccaaggccaatgaagctatagatctggtgactggcccc
caaggatcactcaaggatgaagccaagaacgcaattcagaaaagttttcgagttcttagt
gatgctaaaaggcacagcggtgatgttaaagataatgaaaatgatcttgctggtataaag
aacaggttggaaaatgcagatgagaaaaatcaaaatatgcttcaagctttgaatgatacc
tttggaaaactggctttgatacccaatgatacacttgttaaaattcaaactgcaaaggac
aaagccaagcaggcaaatgatactgccagtgatgtcttagaacgccttaaggatctcaat
ctgaatcttttgggactgaagcagaactatacagcactgaaagaggatgtggctaaaact
aatgcagctgtaaaagatccagttgaaaacagattcattacagatgcagatggcagagta
aaacaacttgagaaggaggcagatcggttgctggataaacttaaaccgatcaaagagctg
caggagaaccttggaaagaatatctcacagataaaggaactgataaatcaagcacgaaag
caagccaattctatcaaagtttcagtgtcatctggaggtgactgtatccgcacatataaa
cctgacataaaaaaaggcagatttaacaccatcatacttaatgtgaaaacagacacacaa
gacaatctattgttctatcttggaagcaaacagtttactgactttttggccatagagatg
agaaaaggaaaagtcaactttttgtgggatgtgggatctggtgttggccgagttgaatat
cctgagttgaacatcaatgataagtactggtacagaattgaggcttcacggtcaggtatc
aatggtactatttccgtccaagctttagatggtcccagagccagcattgtacctggtgtg
tacagttccacttctctgcctggttatagtattttggatgttgatgcaaatgccatgctt
tttgtcggtggtctaacagaaaaaatcaagaaacctgatgctgttaaaatcaccacattc
tctggctgcatgggagaaacatttctggatggcaaacctattggattatggaattaccgg
gacagagagggtgactgcaaaggatgctccatcagcccacagattgcagacagcgagggg
acagtacagtttgatggagaaggatatgccttggtcaaccgtcccatccgatggaatccc
aatatttcaacaatcatgttcaagttcaaaactttttcttcaaatgcacttcttatgtac
ctggcaacaaatgacttgaaagattttatgagtgtggagatgactgatgggcgtataaaa
gttagctatgatctggggtcaggcactgccttttcagttagtgacagaaatcacaatgat
ggaaaatggaagtcctttaccctctctaggatacagaaacaagccaatgtgtcagttgtg
gatctagagaccaatgaagtggacaaactaacaattatgtcaactggaagcaactatggc
cttaatctaaaatcagatgagaagatttactttggaggtctaccagtactgaggagctta
aggcctgaggttaatttgaagaagtattctggttgtctgaaagacattgaagtatctcga
acaccatacaatttactcagcagttcagattatattggtgtaacaaaaggatgtgctctt
gagaaagtatacttggtcagtttcgcaaaaccaggatttttggagttaccaccagtatca
ctagatgtcgggactgagattaccttgtcattcagcaccaaaaatgactcgggcattatt
ttgttcggcaatggaggcaatctggttccacctagaaggaaacgtagacaaagtggtcaa
gtctattatgctgtccttttaaagaaaggtcgtttggaagttaccatctcaggaggtaaa
gacgtctacagaataaccatcagacctgaaaagggggagttccatgatgggaaagaacat
tctctccggctagaaagaacacgaaatctgtttactgttcaggttgatgaagataagact
cagacactgaaaattccatctagccaatcattggatgtgaaaaagctctttgtaggaggc
attgattctgatacacagtttttaccgttccgaaacgtaccgccatttgaaggatgcatt
tggaaccttcttgtcaatgctgtgccaatggatttcgctcagcctgtgtcttttgagaat
gctgatattggtcagtgtcccactctgttgcaagacaggttaccaacacatccagaagaa
aatggagacagggataaaaatgcaactcaatcattagttttacctactgcaacaccatat
cctgttcctccttctgagcctgactccactgacgagaagagtgccaacataacagatgac
catgagaccccaacgggtggatgtgcggctgacagagatccactaatattgaagaatggg
aaacaatttggactctccagaaacagtcatgttgcatttgcatttgatgataccaaagtg
aaaaacacactttccattgaacttgagcttcgtactgaagcagagtctgggttagtattc
tacatggctcgcataaaccatgctgattttgctacaattcagataaaagaaggaatggct
cactttagatatgatctcggaagtggtgacaccagcacaatggttcctcttcgaataaat
gatggaagttggcacaagataacggtattcaggacaaagcaaacagcatatctttttgtg
gataacattagtaactccactgtgagtccaaagaaagcagatatccttgatgtggttgga
atgctttatgttggtgggttgcctataaattacaccaccaaaagaattggtccagtgctg
catagtatacatggctgcatcagaaatttcagaatggtggaagggcatacagacctagaa
aatccaacgtccagctataatgttggttcttgctttgtaaaccctgaaaagggaacatat
tttcatggatcaggctttgcaaaagcagttggagcatttaaagtcggcatggatcttctt
gtagagctggagttccgtacatcaaaaacaaatggagttattcttggaataagtggcaaa
aagatggatggattgggcattgaattagtggatggtaaacttcttttccatgcagacaat
ggagctggtcgttttacagcattctatgaaccagagcttccaggtggtttatgtgatggg
aagtggcacaaagtgtcagcaagcaaacttaagcaccgcttagagctgatagtcgatgag
aacaaagtagaagcaagtagctctaattctgcatccacctctgcagatacaaatgatcca
gtttatgttgggggttatcctgaaggactgagtcagtttggcctgaccactgatgagaga
tttaagggttgcatcagagatctcaaacttaccaaagggaaatcaaaaccacaggaaatt
aacttcagcaaggcactggagctggaaggagtgcagccattaacttgcccaggaatttaa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (10)   
   Pfam (10)   
All databases (39)   

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