KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102462585
Entry
102462585         CDS       T02980                                 
Symbol
LAMA2
Name
(RefSeq) laminin subunit alpha-2
  KO
K05637  laminin, alpha 1/2
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Pathway
pss04510  Focal adhesion
pss04512  ECM-receptor interaction
pss04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pss00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    102462585 (LAMA2)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    102462585 (LAMA2)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    102462585 (LAMA2)
SSDB
Motif
Pfam: Laminin_G_1 Laminin_EGF Laminin_G_2 Laminin_B Laminin_N Laminin_I Laminin_II Laminin_G_3 DUF948 Tropomyosin
Other DBs
NCBI-GeneID: 102462585
NCBI-ProteinID: XP_006118641
Ensembl: ENSPSIG00000007373
Position
Unknown
AA seq 3236 aa
MARGSLSLLLLLSALAGRGSSQTPPEPRGLFPAVLNLAVNAIITTNATCGENGAEMYCKL
AEHVPGQPTRNPQCSICDQKSRIPHQRHPITNAIDGKNTWWQSPSIQNGIEYHHVTITLD
LRQVFQIAYVIVKAANAPRPGNWILERSLDGVNYEPWQYHAITDTECLTRYKIHPRTGPP
SYAKDNEVICTSFYSKIHPLENGEIHTSLINGRPSADDPSRELLEFTSARFIRLRFQRIR
TLNADLMRFAHKDPNEIDHIVTRRYYYSIKDISVGGMCICSGHARACPLDPATNRSTCEC
EHNTCGESCDHCCPGFHQKPWRAGTFLVKSECEECNCHGKTKECYYDQNVADRNQSLNIH
GEYNGGGVCINCTHNTAGINCETCTDGYFRPKGVLPDDPNPCRPCSCDPVGSLHATCVKD
EKHAGRGMLPGFCHCRTGYAGQSCNWCALGYKGYPNCMACNCSAKGSLNDDPCIGTCICK
ENVEGENCDNCKPSFFNLHQDNHRGCEECFCSGTTNICTASHWTYSKIQDMSGWYLTDIP
GHLRVTPQQDRLPQRLSISNVAARRVLPPIYYWSAPSPYLGNKITAAGGHLKFTISYDLT
EQEEAVQTILHSDIIIEGAGLRISTSEEGIHLHPFEEHTGEVVLKPDKFTKHGTDSLVSK
REFMTALANIKRLLIRATYSNGMDAIYRLSGVSLEVADRYSTGRDLASAVEVCQCPPGYS
GTSCEKKDQVNTASNLTPTNKAKSCWPRHRRVNGTIFGGICEPCTCFGHAEFCDDITGEC
IDCKYNTGGPYCDRCLPGFYGDPTKGTSEDCKICACPLTIPSNNFSPTCHLDRSHGLTCD
ECPPEYAGPRCERCADGYFGQPLIPGGSCRPCQCNDNLDFSVPGSCDSLSGACLICKPGI
TGQYCEMCADGYFGNALDPKNCQSCHCNINGSFSEICNSQTGQCDCKPNVVGRRCDECKS
NYFWAPERQFCVPCGCSPLRSMSLRCDMSGRCICKSGFMGKHCELRRQVHKRKENPRATQ
QIQVPSQRWGFTGTSGCPRGAYRPVALPGTFGLQSSGGCIPCNCNSFGSKSFDCDENGQC
HCQPGVAGKKCDRCAHGFYNFEEGGCTPCECSHLGNNCDPDTGRCVCPPNTIGEKCDKCA
PNYWGHDLVRGCKACDCSPLGSLSFQCNLDTGCCSCQPEFSGDKCTQCRPGHWKYPKCIP
CDCFLAGTDPQTCDAETEKCSCADRTGQCSCKVNVEGVRCDRCRSGMFGLYAKNPLGCNS
CYCFVLTTQCSEAKGLIRMWVTLKPEQVVLPLVDENLQDSTTRGVVFQHPEIVADIELVM
QDIHSGPIYWKLPEQFEGRKLTAYGGKLKYAIYFEAREETGFATYNPQVIIRGGPPKHTR
IIIRHMAAPLIGQLTRHEIEMTEHEWRYHGDGPRTSSSVTHEDFMDVLYNIHYILIKASH
GSIMRQSRISEISMEVAEESNVFGMSPHVHLIEKCDCPPGYSGLSCEACSPGFYRLPPVS
TVRSLGPTLGICAACQCHGHSNVCDPETSICQNCRHNTAGEHCERCAVGFYGNVQGSPED
CHPCACPLTIATNNFSPSCVAEGLTDYRCTTCPPGYEGQYCERCSPGYTGDPRTPGRSCK
ECECDPYGSLPIPCDSVTGQCTCKPGSTGWTCAGCEHRHVRDGMECISCDDECTGLLLSD
LDQLNQMILSVNLSGRLPPPYKILYGFENTTQELKHLLSPQRAPKRLLQLAQKNLDTLVT
EMDELLTRATKVSADGEQTGQDAERTNERAKSLGQFIKDTLQAAEAVNEKAVKLNETLRI
QDKTLEKSLEALQNDIDRMMGELRRRKLNVQEKAAQDELESAEALLNKVKKLFGDPTKKN
EELKNEVRDKMTDYKNKADDARDLLREASSKIREANRLSAINQRNMTVIEKRKQAVESNR
QEMEKILKEGNDILDEASHLANEINLAVEYVEDTGDRIQPIADQLKDKIDDLSQDIQDRM
LPEKVLQAENHASQLNESSAILDGILAEAKNLSFNATVAFKAYSNIKDYIDEAERVAREA
KARANEALQLASGPQGSLKDGAKNSLQKSFRVLNEAKKIESVVKENGDNLNSMQNRLKNA
DEKNLALLRALNDTFEKLSAIPNDTAAKIQAAKDKAGQANTTANDILARIKELNQNLLGL
RNNYSQLADDVAKTNAVVKDSTKNISDADATVTTLQKEADRLLDKLKPIRELQDNLGKNI
SQIKELINQARKQANSIKVSVSSGGDCIRTYRPEIKKGSYNTVIVNVKTAVADNLLFYLG
SAKFTDFLAIEMRKGKVNFLWDVGSGVGRVEYPDLTIDDASWYRIEASRTGRNGTISVRA
LDGPKATIVPSTFSAVSPPGYTILDVDVNAVLFVGGLTDKIKKSDAVRVTTFTGCMGETY
LDSKPIGLWNFRDTEGDCKGCTVSPQVADSEGTVQFDGDGYALVSRPVRWNPNISTVMFK
FKTFSSSALLMYLATDDLKDFMSIELTDGHIKVSYDLGSGTTSVIGNQNYNDGKWKSFTL
SRIQKQANVSVVDIDTNQEEIITTTSTGSHFGLNLKADEKIYFGGLPILRNLSMKARPEV
SLKKYAGCLKDIEISRTPYNILSSPDFVGITKGCTLENLYTVSFPKPGFVELQPVSFDMG
TEINLSFSTKNESGVILFGTGGTPIPPRRKRRQTGQAYYAVFLNKGRLEVHISTGIRDPR
RITIKPESGDFHDGRAHSIRIERIKGMFTVQVDEDRRQTQRLSTDQSITVKKLFVGGTPS
HFQASPIRNIPPFEGCIWNLVFNAIPMDFAQPVSFKNADIGQCSTLEPEARLPEGEDENE
ATQASVLIQPEPDAKEEKESTTTTPRFPSSPPPLSSPSPPAHDFCAADTKPAILEGGKQF
GLSRNSHIAAAFDDTKVKNRLTIEFEVRTEAESGLLFYMARINHADFATVQIKNGLPYFR
YDLGSGDTNTMIPNKINDGQWHKVKIFRTKQEGILLVDGVSNRTTSPKKADILDVVGMLY
VGGLPINYTTRRIGPITYSIDGCIRNFKMTEASVDLDNPTSSFNVGKCFMSAEKGTFFDG
TGFAKTVGTYKVGTDLLVEFEFRTTRMNGVLLGISSQKMDGLGIELVDEKLMFHVDNGAG
KFSAIYEPDKPGNLCDGHWHKVTAQKIKHRLELTVDGNQVDGSSPNGVSSSTDTNDPVFV
GGYPDGLNQFGLTTNTRFKGCIRSLKLTKGTAKPQEINFSKALELKGVQPLSCPTN
NT seq 9711 nt   +upstreamnt  +downstreamnt
atggcccggggaagtttgtcgctcctcctgctcctcagcgcgctggccggccggggcagc
agccaaactccgccggagcctagaggcttgtttccagcagttctaaacttggctgtcaat
gctatcatcacaaccaatgctacctgtggggaaaacggtgctgaaatgtattgcaaactg
gctgaacatgtacctggacaaccaacaagaaatccccaatgtagtatttgtgatcagaaa
agcaggattccacatcaacgccacccaataactaatgcaattgatgggaagaacacttgg
tggcagagtcccagtatccagaatggaatagaatatcatcatgttacaattacactggac
cttcgacaggtattccagattgcatatgttattgtaaaagcagctaatgcacctcgtcct
gggaactggattttggagcgttcactggatggtgttaactatgagccatggcagtatcat
gctataacagacacagaatgtctgacacgttacaaaattcatccccgcacaggacctcca
tcctatgcaaaagataatgaagttatatgtacttcgttttactccaagattcacccactg
gagaatggagagattcatacgtcactgatcaatggacgcccaagtgctgatgatccttcc
cgagaactgctggaattcacttcagctcgctttattcgactgagatttcagaggatacgt
acactgaatgctgatttaatgaggtttgcacacaaagatcccaatgaaattgaccacata
gttacaaggaggtattactattctataaaagatatatctgttggaggcatgtgtatctgt
tctggccatgcaagagcttgtcctttggatccagcaactaacagatctacttgtgaatgt
gagcacaacacatgtggggaaagttgtgatcattgctgtcctggatttcatcaaaagccc
tggcgagctgggacattcctggtcaagtctgagtgtgaagaatgcaattgtcatgggaag
actaaggaatgttattatgatcagaatgttgcagacagaaatcaaagtttgaatatccac
ggagaatacaatgggggtggagtgtgtattaattgtacacataacactgcaggcataaac
tgtgagacctgcactgatggctacttcaggccaaaaggggtgttaccagatgaccctaat
ccatgtcgaccatgttcctgtgatccagttgggtctttacatgctacttgtgtcaaggat
gagaaacatgctggaagaggcatgctccctggattctgccactgcaggactggctatgca
ggtcaaagctgcaattggtgtgcattgggttacaagggttatcctaactgcatggcctgc
aactgctctgcgaaaggcagcttgaatgatgatccttgtataggtacctgcatttgcaag
gaaaatgttgaaggagaaaactgtgataattgcaaaccaagtttcttcaacctgcatcaa
gataatcacagaggctgtgaggagtgtttttgttcagggacaacaaacatctgtacagct
tctcactggacctatagtaagatacaagacatgagtggatggtatctgactgacatacct
ggtcaccttcgagttacacctcaacaggatagattacctcagcggcttagcatcagtaat
gtggctgccagaagagtgctgccaccaatatattactggagtgcacccagtccttatttg
ggcaacaaaataacagctgctggagggcatctgaaatttaccatctcctatgacctcaca
gagcaggaagaagctgttcaaacaatattgcattctgatatcatcatagagggagctggc
ttaagaatcagcacttcagaagagggcattcacctgcatccatttgaagaacacactgga
gaggttgtgctgaaaccagacaaatttactaaacatggcactgactctctagtcagcaaa
agggaattcatgactgcgctggcaaatataaaaaggcttctcataagagccacatacagc
aatgggatggatgccatctacaggttgagtggagttagccttgaagttgctgatcgttat
tcaactggcagagatttggcgtcggctgtggaggtttgtcagtgtcctccagggtacagt
ggtacctcctgtgagaagaaagatcaagttaatactgcctctaatctcacacctaccaat
aaagctaagtcttgttggcctagacacagacgagtgaatggcactattttcggtgggatc
tgtgaaccatgcacatgttttggtcatgcggagttctgcgatgacatcacaggagaatgc
atagactgcaagtacaatacaggtggcccatactgtgatagatgtcttcctggtttctat
ggtgatcctactaaaggcacaagtgaagactgcaagatatgtgcttgtccattaaccatc
ccttctaataactttagcccaacatgtcatttagaccgaagtcatggattaacatgcgat
gagtgcccacctgagtacgcaggaccacgttgtgagaggtgtgcagatggctattttgga
caacctttaataccaggaggatcatgccggccctgccagtgtaatgacaaccttgacttc
tctgttcctggcagctgtgacagcttatctggagcttgcctgatatgtaaacctggtata
acaggccaatactgtgaaatgtgtgctgatggatattttggaaatgctcttgatccaaag
aattgtcaatcatgtcactgcaacatcaatggctcattctcagagatctgcaactctcag
acagggcagtgtgactgcaagcccaatgttgtggggcgtcgctgtgatgaatgtaagagc
aactatttttgggccccagaaaggcaattctgtgtaccctgtggctgcagtcctttaaga
tccatgtccctacgctgtgatatgtcaggaagatgcatctgcaaatcaggattcatgggt
aaacactgtgaactcaggagacaggtgcataaacggaaagaaaacccacgggccactcag
caaatccaagtcccttctcagagatggggcttcaccggtaccagcgggtgccctcggggt
gcttacaggcctgtcgctttgcctggaacatttggtctacagtcatctggaggatgcatt
ccctgtaactgcaattcttttggttccaaatccttcgactgtgatgagaatggacagtgc
cactgccagcctggtgtagcaggaaagaaatgtgatcgctgtgcgcatgggttttacaac
ttcgaggaaggaggatgcactccttgtgagtgttcccatcttggtaataattgtgatcca
gacaccggccgctgcgtatgccctcccaataccataggagagaaatgtgataaatgtgca
ccaaattactggggtcatgaccttgtcagaggatgcaaggcctgtgactgcagtccactt
ggatccctcagtttccagtgtaacttagatacaggctgctgctcctgccaacctgaattc
tctggggacaaatgcacgcagtgcagaccaggccattggaaatacccaaagtgcattccc
tgtgactgctttctggcagggacggatcctcagacgtgtgatgcagagacagaaaaatgt
tcatgtgctgatcgtacaggtcaatgtagctgcaaggttaacgtggaaggtgtccgctgt
gacaggtgcaggtctggaatgtttggactctatgccaaaaacccacttggctgcaacagc
tgctattgctttgtcctgactactcagtgcagtgaggcaaaggggctgatccgcatgtgg
gtgaccttgaagccagaacaggtggttctgccactggtagatgaaaaccttcaggacagt
actaccagaggggttgtattccaacatccagagatagtagctgacattgaactggtgatg
caagatatccattcaggacctatttactggaaacttccagagcagtttgaaggacgaaag
ctgactgcttatggagggaaactgaaatatgctatctactttgaagcacgcgaggagaca
ggttttgccacctataatccccaggtcattatcagaggtgggcctccaaaacatacaagg
attataatccggcatatggctgcccctttgattggccagctgacgaggcatgagatagag
atgacggagcatgaatggagataccatggtgatggtccaagaaccagtagttctgtgaca
catgaggacttcatggatgtgctatacaacattcattacattcttattaaggcttcccat
ggcagcatcatgagacaaagcagaatttctgagatctcaatggaagttgctgaagaaagc
aatgtgtttggaatgagtcctcatgttcacttgattgagaaatgtgactgcccaccaggt
tattctggcttgtcatgtgaggcatgttctcccggattttatagactgcctcctgtatca
actgtcaggagtcttggaccaaccctaggcatttgcgctgcatgtcaatgtcatggacat
agtaatgtgtgtgatcctgaaacctctatatgtcagaactgcaggcacaacacagctggt
gaacattgtgagaggtgcgcggtcggcttctacgggaacgtccaaggatctccagaggac
tgccatccttgtgcttgtcctctaaccattgccaccaataactttagcccttcttgtgtt
gcggaaggtctcactgattaccggtgtaccacttgcccacctggatatgaaggccagtac
tgtgaaagatgttcccctggctacaccggtgatccaagaactccaggacggtcctgcaag
gaatgtgagtgtgatccatatggctcactgcctatcccctgtgactcagtcactggacaa
tgtacttgcaaacctggatccacagggtggacttgtgcaggctgcgagcaccggcatgtg
cgtgatggcatggagtgcatttcctgtgatgatgaatgcacagggctccttctaagtgac
ctggatcagctaaaccagatgattctgagcgtcaacctcagtggccgactgcctcctcca
tataagatcctgtatggttttgaaaacacgacacaggaattaaagcatttgctatcacct
cagcgagcaccaaagagactccttcagctggcacaaaaaaatctggatacccttgtgaca
gagatggatgagctactgacaagggcgaccaaggtgtcagcagacggggaacaaactggg
caggatgctgagaggactaatgagagagcgaagtctcttggacagttcatcaaggacaca
ctgcaggctgcagaagctgtaaatgaaaaagctgtaaaactgaatgagacactcagaatc
caagacaagaccctggagaaaagtcttgaagctctgcagaatgatattgacagaatgatg
ggagaactgaggagaagaaagttgaatgtgcaagaaaaggcagcccaagatgagttagaa
agtgctgaagcccttttgaacaaagtgaagaaattatttggagatcccaccaagaaaaac
gaggagctgaagaatgaggtcagggataaaatgacagattacaaaaacaaggctgatgat
gctcgagatctgctgagagaagccagcagtaaaattagggaagccaatcgcttatctgca
atcaaccaaagaaacatgacagtgatagagaaaaggaagcaagctgtagaaagtaacaga
caagagatggaaaaaattctgaaagaagggaatgacatcttggatgaagccagccatctt
gcaaatgaaatcaatttagctgtagagtatgtagaagatacgggggatcggatacaacca
attgctgatcagctgaaggataaaatagatgatctatctcaagatattcaggataggatg
cttccagaaaaggtgttgcaggctgaaaaccatgcatcccaactgaatgaatcatctgca
atactggatggaatccttgctgaagctaaaaacctctcattcaatgctactgtagctttc
aaggcctatagcaatatcaaggactatattgatgaagcagagagagtcgccagggaggcc
aaggcccgtgcaaatgaagctctgcagctggcatctggtcctcaaggatcattgaaggat
ggtgccaagaactctcttcagaaaagctttagggttctgaatgaggccaagaagatagaa
agtgttgttaaagaaaatggggataacttgaacagtatgcagaacaggttgaaaaatgct
gatgaaaagaatttggctctcctgagagctttgaacgacacctttgaaaagctgtcagcc
attcccaatgacacagctgcaaagatacaagcagctaaagataaagctggacaagctaac
accactgcaaatgatatactagctaggattaaagaactcaaccagaatctccttggctta
agaaacaactacagccaactcgcagatgatgtggcaaaaacaaatgctgttgtcaaagat
tccaccaagaacatttctgatgcagatgccactgttacaaccctacaaaaggaagcagat
cggctcctggataaactcaaaccaatcagagaacttcaggataatttgggaaaaaacatc
tctcagataaaagagttgataaaccaagcccggaaacaggccaattctatcaaagtctct
gtgtcttctggaggtgactgcattcgcacatacagaccggaaataaagaaaggaagctac
aacactgtcattgtcaatgtgaagacggcagtagccgacaaccttcttttttatcttgga
agtgccaaatttactgacttcttggccatagagatgcgtaaaggcaaggtaaacttcttg
tgggatgtgggatctggtgttggacgcgttgagtatccagatctgaccattgatgatgca
tcttggtaccggattgaagcctctaggactggaagaaacggcacaatttcagtacgagct
cttgatggtcccaaagctaccattgtgccgagtaccttcagcgcagtctctccacctggt
tatactattctggatgtagatgtaaatgccgtgctgtttgttggtggtctaactgataaa
attaagaaatctgatgctgtaagagtcactaccttcactggctgcatgggagaaacttac
ttggacagcaaacccataggactgtggaatttcagagacacagaaggtgactgcaaagga
tgtactgtcagcccacaggtggcagacagtgagggaactgttcagtttgacggagatggt
tatgcgttggtgagccgcccagtccgctggaaccccaatatttctactgtgatgttcaag
ttcaagaccttctcttccagtgctctgctgatgtatcttgctacagatgacttgaaagat
ttcatgagcatagagctcaccgatgggcatataaaagtcagctatgatctgggttcaggt
acaacttctgtaattggcaaccaaaactataacgatgggaaatggaaatcattcaccctg
tcaagaattcagaaacaagccaatgtatcagttgtagacatagataccaatcaggaagag
atcataacaacaacttctacaggaagccattttggtctcaacttgaaagctgatgagaaa
atatattttggtggattgccaattctcagaaacctgagtatgaaagcaaggccagaagtg
agcttaaagaaatatgcaggctgcctcaaagatattgaaatttcacgaacaccatataat
atactaagcagccccgattttgttggcataaccaaaggatgcacattggagaatctttac
acagttagcttccccaaaccaggttttgtggaactgcaaccagtctcatttgacatgggt
acagaaatcaacttatccttcagcaccaagaatgaatctggagtcatcttatttggcaca
ggtgggacacctattcctccgaggagaaaacgcagacagactggacaggcctattatgca
gtgttcctgaacaaaggtcgactagaagtgcatatctccactggaatacgagatccacgc
aggatcacaatcaagcctgaatctggagattttcatgatggtagagcacactccatccgg
atagaaagaatcaaagggatgtttactgttcaagtagatgaagacagaagacagactcag
aggctatctactgatcagtcgatcactgttaaaaagctctttgtgggagggaccccatct
cactttcaggcttcacctatcaggaacatacccccttttgagggttgcatatggaatctt
gtcttcaatgccatccccatggacttcgctcagcctgtgtccttcaaaaatgcagatata
ggccagtgttccactttagaacctgaggccagacttcctgaaggagaagatgaaaatgaa
gctactcaggcttctgtcttgatccaacctgaacctgatgctaaagaggagaaagagagc
acaactactacccccaggtttccttcctctcctcctccactatcatcaccttcacctcct
gcccacgatttttgtgctgctgatacaaagccagctattttggagggtggcaagcaattt
ggtctttcaaggaacagccatattgcagctgcatttgatgacaccaaagtgaagaatagg
ctcacaattgaatttgaagtccgaacagaggctgaatctggcttgcttttttatatggcc
cggatcaaccatgctgattttgccactgttcagataaagaatggattgccgtacttccgc
tacgacctaggaagtggggacaccaatacaatgattccaaacaaaatcaatgatggccag
tggcacaaggttaaaatatttcgaaccaagcaagaaggaatccttttagtagatggtgtt
tcaaaccggaccaccagccccaagaaggctgatatcttggatgttgtgggaatgctgtat
gtcggaggattgcccattaactatacaacgcgacgaattggtccaataacctacagcatt
gatggttgcatcagaaattttaagatgacagaggcttctgttgacctagataatccaacc
tcaagcttcaatgttggcaaatgctttatgagtgcagaaaaaggaacattttttgatgga
acaggctttgccaaaacagttggaacatataaagtgggaacagatctactagtggagttt
gaatttcgcactactcgaatgaatggtgttctgctgggaatcagtagccaaaaaatggat
ggacttggcatcgaactggtagatgaaaaactgatgttccatgtggataatggtgcagga
aaattctctgccatttatgaacctgacaaaccaggcaacttgtgtgatggtcactggcac
aaggttactgcacagaagatcaagcaccgattagaattgactgtggatgggaatcaggtg
gatgggagcagcccaaatggggtatccagctccactgacactaatgatcctgtctttgtt
ggaggatatcctgatggtctgaaccagtttggcctgaccacaaatacccgttttaaagga
tgtattcgctctctgaagctcaccaaaggcactgctaaaccgcaggagattaacttcagc
aaggccttggagctgaagggagttcagccgctatcatgccctacaaactaa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (159)   
   KEGG ORTHOLOGY (1)   
   RefGene (154)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (176)   

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