- Transcript 'Haaura.CG.MTP2014.S3...'
Transcript Model
Transcript Id
Haaura.CG.MTP2014.S3.g00119.03.t
Possible name(s)
LAMA1; LAMA2; LAMA3
Gene model
Location
S3 [136,747 / 166,253]
Amino acid sequence
Length: 3,132
>Haaura.CG.MTP2014.S3.g00119.03.p
QIFQVAYVILKSSNSPRPGNWILEKSLDNVSWHPWQYFALSSSECRKRYPIRTTRTGSPR
FRADDEVVCTSFFSKILPLNNGEIHISLINGRPTTNNPSQKLLEFTSARFIRFRFQKIRT
LHGDLMTIMKNSAKDVDPYVTRRMLCLPSDIFQFSKQYLPNYHQFLIMNGGKHFSRTCRT
LWIIICLFLYWAVFVDSVPTSSRERLSYGRHHAWRTEYHHPLRHRYAYLKGNNNNNPDFD
EFGKVQGKISRRRPPYRLYDPRPFATSNYRRHIIARQSCPCGLMREFDSPHYFYSVKDIS
IGGLCICYGHADDCPNTAPNGKFHCQCLHNTTGSNCEKCLPKFNQYKWRPGSDGFLCEEC
NCHGHSYSCYYDENVERRKESFNLQGIRDGGGVCINCTDKTAGINCESCIDGYYRPIDRQ
PSNPQPCLQCSCNPFGAKISSDGSQLCVKTVDEARLHRGMMPGDCFCKQGYSGARCDRCA
FGYRGFPNCVPCPCSGGGSLNADPCHTPCICKVNVEGTRCDRCKKGYFNLRRDSGVDCEK
CYCSNLTDNCDSARLSRTTIDIMDGWKLRDEPGSHQRSAEPVNGELSVQHEKVSLALCTA
QYYWSAPEEYLGNKLTSYGGDLTYRIYYEIPADLDSYPVHDVDVIIRGKNAALNYISNLN
FEPFIERFVRVPLKPGDGWVNADTGLSATKGNFIDILGSLTVLLIRTPYDKNANSIFRIR
NITMSSAIISDLVKAGPMTSVEECRCPPGYVGLSCQICSTGYYRKSDACVPCQCNGHATT
CNPHGICESCQHNTFGFNCEKCLPGFYGDASGGTPNDCLRCSCPLTISTNSFSAECILDE
LDNTVHCLNCSFGYEGRQCQRCINGYYGDPTIQGSQCLPCQCNGNADFCDKSTGLCVSCR
GHTGGRQCERCAAGYYGDAVTRKNCRPCMCDLDGSLSRICHPTTGQCSCRPGITGQLCDR
CMDGKYLDRVSKECNPCGCDSLGSINNRCSAVGTCACKYGVAGTKCNNCERGYYNFGKDG
CSACDCDHTNHHCDPITGSCLCPPHTTGPGCSQCNPGSYGWSSVEGCKECNCNLVGSTSH
QCNITTGACQCLEKFQGPRCDMCRGGFHSFPVCSPCSCSQDGTETSTCKENICNCNDMGK
CMCKVNVVGEKCSECAEGSFSLQQSNPKGCTQCFCFGITDRCEQSDYTWDDMISLTANAR
QVMIANQINTRSTNDGVYVSSNNAMVSMDMDVVRRSLRIEPYYWKLPPQFNGDKLTSYGG
RLRFTIYYSAQAESRNRNAASVVIRGHHNSTTIAYKLKDPNNRRSKSYTVTMRESGWTYL
NSNSPVSRMQFAFVLSNIDFILIKASYGESMDQSRLSDVHLDVAVADSGGRGDVSSVGIP
ALGVEECQCPPGYTGLSCQYCQPGYVRVRITLYREECHPCKCNNKSDLCDGNTGICIACR
DNFVGAHCDRCAHGYYLTSGPDGPICRKCACPLPEPGNNFSPSCRPGNGDQYVCDKCPVG
YTGIHCERCSPGYYGDPNVPGGSCKKCGCNKAGTISDICDINTGKCQCKPGLTGRVCDQC
RPHYVITEDGCQACDDDCAGKLLIEVEDMTNKTRSIELENLFPPPWEDLLRLESRKDLLE
NQLDKTMTWMMDTTMTIINLPTEISRLDVKLDRFSKKSRTCYLTSDNLSYQVRRTRQKAI
ETFDGTYGLLNDTKVFSGRAKSFLDRLQGTVLLGEEESMLAILELMEILRNRDISLYMDI
ANKELRSSRKLFQQIQKKFSNKATEIKNRYNESASEIKDLVDEKISKIEDLLQKTLFATK
IVEDTHRVNDLNNLTLVQLNAELETLANRMGMVQAILEDAEGILNKTNYILDSAREQYET
IETGDKALRELTEKLIPETDKIIAASSNLDYLREKVRRAELKRKELQELSNYLQEVYKNV
SGFSYNQTEAATRYSKIAEIMEKANATASKALELATSAENEAKNNLEQKANQSLKMNMRL
LNEVRGMKMTVNEQGKKLEEVKDQSRSRNVTLRELQRKKDKLKRRLSNLDSEVVPNPEHI
KSVSREAVEIADNVLSDVKNLKKKSEDLKDIIDVASRYDEIAMEIKENLKSVPALLSDAN
TAIGDAQEKKWRIETKSDAVRRKIDDVRKQIEESRKKAASVKNAAVKSDGKCVMRYKPKI
TPSRITDLIMQFRINKPDNALFYLGGEADYIFIETYQKYLRVSWNLGSGEGMLKHPLNLT
NRVGEENNWLRLELHRHDQTINLTLSYVLDESAKQSVVGTSPGDSTILDVNEVDLFYIGG
IPEWVELPANTRTRTFTGCMDDVTLQGERVGNWNFREISDPSHCTACIVSPQPRTIPSGV
VYRFDGESYAVLQRIMKLSNIDVVNFDFKTFSSTGLIFYKGAEQNNDFASIELEDGKLAL
RIDLGNGINNLTTKNRYNTGKWTRASFIRKDSKVRMEVAEVSRSGVKESITIHINGSDNH
LNMSLYDITCVGGCPAENILTTQVQKIFYVGCIKNMKLYNKPQPLSGSGSYNIVRYSGVK
SACPSEISRNIGIDNEGYVELDGYDLPASGSISMTFNSREADALLLLATNSNTSHRRRRQ
SGKNYYSISLSGGHIEIRIKTASGSPLILKSEKNTYSDGDEHLVVLKRVDGSKVFLEIDD
KMDVQIGALTDGSSAIMTSQMYVGGIPKSLQISNMAASFVSLNGCIREFITNKLVDFNEA
KKAVNTFMGTCVYTETALKVWTAADTTRGTRATTTPTSIFSTYLVTIPSTPEPTLSDCVP
EGQLPKLKSSALHFGYGPHSHAQFALEDKLDSKFRIQMEVRTLASEGLLLYATHDNQSDF
FSLQLKNGKPVFRFDNGKGPAETIGDTSINDGQWHTIRVAKSRRRGCIIVDKMRYKTVKS
PKGASKMGVNAVLYVGGLPNNMGKRKLDNVWRSLDSCVRNVQVNKNVLNIMKPDASSKVE
PCNKYKEAGTYFSGDGYAISSNKVRVGPDMSIEIEFRTWSQDGILVSISSSTMSDGLALE
IVNGSVFFRVNNGAGNFYTEYMPKQDLPGVTLCDGNWHKVRATKSKKILTLTVDGFSAPK
ASSQAQMSADTNDPLYIGGYPDDASLQRQLVTSRKFKGCMRKVIIKGQNIDFSQVHKYHN
IYPNSCPKNKS*
Nucleotide sequence
Length: 9,520
>Haaura.CG.MTP2014.S3.g00119.03.t
CAGATATTTCAAGTTGCCTACGTCATATTGAAATCTTCCAATTCCCCAAGGCCAGGGAAT
TGGATTCTTGAGAAATCCCTCGACAACGTATCCTGGCATCCCTGGCAATATTTTGCTCTG
TCATCGAGCGAATGCAGAAAGAGATATCCAATCCGGACTACGCGGACCGGCTCTCCGAGA
TTCAGGGCAGATGACGAAGTTGTCTGCACTTCGTTCTTCTCTAAAATTCTACCGTTAAAC
AATGGCGAGATTCACATTTCTTTGATCAACGGACGACCGACAACCAATAATCCTTCGCAA
AAACTGTTGGAATTCACCTCGGCAAGATTCATTCGTTTCCGTTTCCAGAAAATTCGAACC
CTTCACGGAGATCTGATGACGATCATGAAAAATTCTGCCAAGGACGTAGATCCATACGTC
ACAAGAAGAATGCTGTGCCTGCCAAGTGATATTTTCCAGTTTTCAAAACAATATTTACCA
AACTACCACCAATTCCTCATTATGAACGGAGGAAAACATTTTTCAAGGACTTGTCGAACC
TTGTGGATTATAATTTGTTTATTCCTGTACTGGGCGGTCTTTGTCGATTCCGTACCAACA
AGCTCTCGTGAACGTTTATCTTACGGACGACACCACGCCTGGCGCACGGAGTATCATCAC
CCGTTACGGCACAGATACGCATACCTTAAGGGAAATAATAATAATAATCCCGACTTCGAT
GAATTCGGCAAAGTTCAGGGGAAAATCTCGCGGCGAAGGCCACCGTATCGGCTTTACGAT
CCCCGGCCATTTGCGACGTCGAATTACCGTCGTCATATCATAGCCCGCCAGTCCTGTCCT
TGTGGGTTGATGAGAGAATTTGATAGTCCGCATTATTTCTACTCCGTGAAGGACATCAGT
ATCGGTGGATTATGTATTTGTTATGGGCACGCCGACGACTGTCCAAACACGGCACCAAAC
GGAAAATTTCACTGTCAGTGTCTCCACAACACTACAGGAAGCAACTGTGAAAAATGTTTA
CCAAAGTTTAATCAGTATAAATGGAGACCTGGGAGCGATGGATTCCTATGTGAAGAATGT
AATTGCCACGGTCACTCATACTCTTGCTACTACGACGAGAACGTGGAGAGAAGGAAAGAA
AGTTTCAATCTGCAAGGAATAAGGGATGGAGGCGGTGTGTGCATTAATTGCACTGATAAG
ACCGCAGGGATTAACTGCGAAAGTTGTATAGACGGTTACTACCGACCGATAGATCGTCAA
CCTTCAAACCCACAGCCATGTTTACAATGCTCATGCAATCCGTTCGGGGCGAAAATTTCA
TCTGATGGGAGTCAATTGTGCGTGAAGACGGTCGACGAAGCTCGTCTTCACCGAGGTATG
ATGCCAGGCGACTGCTTTTGCAAACAAGGCTACAGTGGCGCTAGATGCGACAGATGTGCT
TTCGGATACCGAGGTTTTCCGAACTGCGTGCCTTGTCCATGCAGCGGTGGTGGGTCGCTC
AATGCAGACCCCTGTCATACTCCCTGTATCTGCAAGGTCAATGTCGAAGGAACTCGCTGT
GACCGCTGTAAGAAAGGCTACTTCAATTTGAGAAGAGATTCTGGAGTTGACTGCGAGAAA
TGTTATTGTTCCAATCTTACTGATAATTGCGATTCAGCGAGACTATCAAGAACTACAATC
GACATTATGGATGGATGGAAACTCCGAGACGAACCTGGATCACATCAAAGATCCGCTGAG
CCAGTTAACGGAGAACTGTCAGTTCAGCATGAGAAGGTATCTCTAGCACTTTGCACAGCT
CAATATTATTGGTCTGCTCCAGAAGAATATTTGGGGAACAAGCTGACATCTTATGGTGGA
GATTTAACATACAGAATCTATTACGAAATACCCGCAGACTTAGATTCTTATCCAGTGCAT
GACGTGGATGTCATTATTAGGGGAAAAAATGCTGCATTGAACTATATTAGCAACCTCAAC
TTTGAGCCATTCATTGAACGATTTGTTCGAGTGCCCCTTAAACCTGGTGATGGTTGGGTG
AATGCTGATACTGGTTTGTCAGCAACTAAAGGAAACTTCATTGATATCCTCGGTAGCCTG
ACTGTACTTTTGATCAGGACACCGTACGACAAAAATGCAAATTCAATATTCCGAATCCGT
AACATTACCATGAGTTCGGCGATTATCAGTGACCTTGTCAAAGCCGGACCAATGACATCA
GTGGAGGAGTGTCGCTGTCCGCCTGGCTATGTTGGTCTCTCCTGTCAGATATGTTCCACT
GGATACTACAGGAAAAGTGATGCATGTGTTCCATGCCAGTGCAATGGTCACGCAACCACA
TGCAATCCACATGGAATTTGTGAGAGTTGCCAACATAACACATTCGGATTCAATTGTGAG
AAATGTTTGCCTGGATTCTATGGTGATGCATCTGGAGGAACCCCCAACGATTGTTTGAGA
TGTTCATGCCCACTCACCATATCAACAAACAGCTTCAGTGCTGAATGCATTCTAGATGAA
CTTGATAACACTGTTCACTGCTTGAACTGTTCATTTGGATACGAAGGCCGACAATGTCAG
AGGTGCATTAATGGTTACTATGGAGATCCTACCATCCAAGGAAGTCAATGTTTACCTTGC
CAATGTAACGGAAATGCAGATTTCTGTGATAAATCAACAGGATTATGTGTTAGCTGCCGA
GGGCATACTGGCGGGCGCCAGTGCGAACGATGTGCAGCGGGTTATTATGGAGATGCTGTT
ACTCGAAAAAATTGCCGTCCTTGTATGTGTGATCTAGATGGATCATTGTCCCGCATTTGT
CACCCAACAACAGGACAGTGCTCTTGTCGACCGGGTATCACTGGCCAACTGTGTGATAGA
TGCATGGATGGTAAATACCTTGACCGAGTAAGCAAGGAGTGCAACCCGTGTGGCTGTGAT
AGCCTAGGAAGTATCAATAATCGTTGCAGTGCAGTTGGAACTTGTGCATGCAAATATGGT
GTAGCAGGCACTAAATGCAATAATTGCGAAAGAGGGTATTATAATTTTGGAAAAGATGGT
TGTTCAGCATGTGATTGTGACCACACTAATCATCACTGCGACCCAATAACTGGAAGCTGC
CTTTGTCCTCCTCATACAACAGGACCTGGATGTAGTCAATGTAACCCGGGCTCATATGGT
TGGTCCTCTGTTGAAGGATGCAAAGAATGCAACTGCAATCTTGTTGGTTCGACTTCACAT
CAATGTAACATTACCACTGGTGCTTGTCAATGCTTAGAAAAATTCCAGGGACCTCGTTGT
GATATGTGCAGGGGTGGATTCCACAGTTTTCCAGTATGTTCACCGTGCTCATGTTCCCAA
GATGGTACAGAGACTTCCACCTGCAAAGAGAATATATGCAACTGTAATGATATGGGGAAG
TGTATGTGCAAGGTGAATGTCGTTGGAGAAAAATGCTCTGAGTGTGCTGAAGGATCTTTT
TCTCTTCAACAAAGTAATCCAAAGGGATGTACACAGTGTTTCTGTTTCGGCATAACTGAC
CGATGCGAACAATCAGACTATACCTGGGATGATATGATTTCCTTAACAGCAAATGCCAGA
CAGGTCATGATTGCCAACCAAATAAACACACGTTCAACTAACGATGGAGTATATGTGTCT
TCGAATAATGCCATGGTTTCCATGGATATGGATGTGGTACGACGATCGCTGCGTATTGAA
CCTTACTACTGGAAGCTTCCACCACAATTCAACGGGGATAAGCTGACTTCCTATGGTGGA
CGTTTACGTTTCACAATCTATTATTCGGCACAAGCAGAATCACGTAATAGAAATGCAGCT
TCTGTTGTAATTCGTGGTCATCATAACTCAACAACTATTGCTTACAAACTCAAGGATCCA
AATAATAGAAGAAGCAAATCATACACAGTGACAATGAGAGAGTCTGGATGGACGTACTTG
AATTCAAACTCACCAGTGTCAAGAATGCAGTTTGCCTTTGTGTTAAGCAACATTGATTTT
ATCCTGATAAAGGCATCATATGGAGAAAGCATGGATCAATCAAGATTAAGTGACGTTCAT
CTAGATGTAGCTGTGGCTGATAGTGGAGGAAGAGGAGATGTGAGTTCTGTTGGTATTCCA
GCTCTTGGTGTTGAAGAATGCCAGTGTCCACCAGGATATACGGGGTTATCATGTCAGTAT
TGTCAGCCCGGATACGTACGAGTCAGAATCACCTTGTATAGGGAGGAATGTCATCCTTGC
AAATGCAACAATAAGTCGGATCTGTGTGATGGCAATACTGGAATTTGTATAGCATGTCGT
GATAATTTTGTTGGTGCCCACTGTGACAGATGTGCACATGGATATTATTTGACGTCTGGT
CCTGACGGACCCATTTGCCGCAAATGCGCTTGCCCCCTTCCTGAACCAGGGAACAATTTC
AGTCCTTCGTGTCGGCCGGGAAACGGGGATCAATATGTGTGTGATAAATGTCCAGTAGGT
TACACAGGAATTCATTGTGAGAGATGCTCTCCTGGTTACTACGGTGATCCAAATGTCCCT
GGCGGTTCATGCAAGAAATGTGGCTGCAATAAAGCAGGTACAATAAGTGACATCTGCGAC
ATAAATACTGGCAAGTGCCAGTGCAAGCCTGGCCTCACTGGCAGAGTGTGCGACCAGTGT
CGTCCGCACTACGTGATTACGGAAGATGGCTGCCAAGCTTGCGACGATGACTGCGCTGGA
AAGCTTCTTATTGAAGTCGAGGACATGACGAATAAAACAAGATCAATAGAATTGGAAAAT
TTATTCCCACCTCCATGGGAAGATTTACTAAGATTGGAAAGCAGAAAGGATTTACTAGAA
AATCAACTTGACAAAACCATGACATGGATGATGGACACAACAATGACCATAATAAATCTG
CCAACAGAAATTAGTAGACTCGATGTAAAGTTGGATCGTTTCTCGAAAAAGTCAAGGACT
TGCTACTTAACTTCAGATAATTTATCATATCAAGTCAGAAGAACTCGACAAAAGGCGATC
GAAACTTTCGATGGGACATATGGTTTACTCAATGATACAAAAGTGTTTTCTGGGAGAGCA
AAAAGCTTTCTTGACCGACTTCAAGGTACCGTACTGCTCGGTGAAGAAGAAAGCATGTTA
GCCATACTGGAATTGATGGAAATATTACGTAATCGAGATATTTCACTGTATATGGACATT
GCTAACAAAGAATTAAGATCCAGTCGTAAACTGTTTCAGCAAATTCAGAAAAAGTTCAGT
AACAAAGCCACAGAGATAAAGAACCGTTATAATGAGAGTGCTTCAGAAATCAAGGACTTA
GTTGATGAAAAAATTAGTAAAATCGAAGATTTACTGCAAAAGACATTGTTCGCTACAAAA
ATTGTCGAAGACACTCATAGAGTCAACGATCTAAACAACCTAACTCTTGTGCAACTGAAT
GCTGAGCTGGAAACATTAGCAAACCGAATGGGAATGGTTCAGGCTATCTTGGAAGATGCC
GAGGGTATTTTAAACAAGACAAATTACATTTTAGATTCAGCAAGAGAGCAGTATGAGACC
ATTGAAACAGGTGACAAGGCATTGAGAGAACTGACAGAAAAACTCATTCCAGAGACTGAT
AAAATCATTGCTGCAAGTTCAAATCTAGATTACCTGAGGGAGAAGGTCAGGAGGGCTGAG
TTAAAAAGGAAAGAGTTGCAAGAGTTGAGCAATTATCTTCAAGAGGTTTACAAAAACGTG
AGCGGTTTCTCATATAACCAAACTGAAGCTGCTACAAGATACTCAAAAATAGCTGAAATT
ATGGAAAAAGCAAACGCCACTGCTAGTAAGGCTTTGGAACTAGCAACCAGTGCTGAAAAC
GAAGCGAAAAATAATCTTGAGCAAAAAGCAAACCAGTCACTGAAAATGAATATGAGGTTA
CTGAATGAAGTTAGAGGAATGAAAATGACTGTCAATGAACAAGGAAAGAAATTGGAAGAA
GTTAAAGACCAATCTCGTAGCCGGAATGTAACGCTGCGTGAACTTCAAAGAAAAAAGGAC
AAACTAAAAAGACGTCTGTCCAACTTGGACTCCGAAGTTGTTCCCAACCCGGAACACATC
AAATCAGTTTCCAGGGAGGCAGTTGAAATTGCGGACAATGTTCTTTCTGATGTTAAGAAT
TTAAAAAAGAAATCGGAGGATCTTAAAGATATTATTGATGTGGCATCACGTTATGATGAG
ATAGCAATGGAAATCAAGGAAAATCTTAAAAGTGTTCCAGCGTTGTTGTCCGATGCGAAT
ACAGCAATTGGCGATGCACAAGAGAAGAAATGGAGAATTGAAACTAAAAGCGACGCTGTA
CGTAGAAAAATTGACGATGTCCGTAAGCAGATTGAAGAATCGCGTAAGAAAGCAGCCAGT
GTCAAGAATGCTGCCGTTAAATCAGATGGGAAATGTGTGATGAGGTACAAACCAAAAATT
ACTCCGTCGCGGATTACTGATCTCATTATGCAATTCCGAATTAATAAGCCTGACAATGCA
TTGTTTTATCTCGGAGGGGAGGCGGACTATATATTCATTGAGACATATCAAAAATATCTT
CGGGTTTCCTGGAATCTTGGTAGTGGTGAAGGCATGCTTAAACATCCCTTAAATCTGACC
AACAGAGTTGGTGAGGAAAATAACTGGCTACGTCTGGAACTTCACAGACATGACCAAACC
ATCAATCTGACTCTATCTTATGTATTGGACGAAAGCGCGAAGCAATCTGTTGTTGGAACA
AGCCCAGGTGATTCCACTATTCTGGATGTCAATGAAGTCGATCTTTTCTATATAGGTGGC
ATTCCGGAATGGGTTGAGCTCCCAGCAAATACTCGCACCCGAACATTTACAGGATGCATG
GATGATGTAACATTGCAAGGGGAAAGAGTGGGCAATTGGAATTTCAGAGAGATAAGTGAC
CCGTCTCACTGCACCGCTTGTATTGTAAGCCCACAACCGAGAACGATTCCATCAGGAGTA
GTTTACAGATTTGATGGGGAGAGCTATGCAGTTCTACAAAGGATCATGAAATTGTCAAAT
ATTGATGTCGTTAATTTCGACTTCAAGACATTCAGTTCAACCGGACTCATCTTCTATAAA
GGGGCTGAACAGAATAATGATTTTGCCTCAATTGAACTTGAAGATGGTAAACTGGCTCTT
CGAATAGATCTTGGTAACGGGATAAACAATTTAACAACAAAAAACAGGTACAACACTGGA
AAATGGACAAGAGCATCTTTCATCAGAAAAGATTCCAAAGTCCGAATGGAAGTGGCAGAA
GTATCTCGATCAGGAGTCAAAGAGTCCATTACAATACACATCAATGGTAGTGATAACCAT
CTCAATATGTCATTATACGATATAACATGTGTCGGCGGTTGCCCAGCTGAAAACATTTTG
ACAACTCAAGTACAAAAGATTTTCTATGTCGGATGTATCAAAAATATGAAGTTGTATAAT
AAGCCGCAGCCACTCTCTGGCTCTGGATCATATAACATTGTTCGCTACTCTGGAGTTAAG
TCCGCTTGCCCATCGGAGATTTCACGGAATATCGGAATCGATAATGAAGGCTATGTAGAA
CTTGATGGTTATGACCTTCCTGCTTCCGGTTCGATCTCCATGACCTTTAATTCCCGTGAA
GCTGATGCACTGTTGCTCTTAGCAACCAATTCCAATACATCACATAGACGCAGAAGACAA
TCTGGAAAGAATTACTACTCCATCTCTCTCTCTGGTGGTCACATAGAAATTCGAATAAAA
ACAGCCTCTGGTTCTCCTTTAATACTGAAGTCGGAGAAAAATACATACAGTGATGGAGAT
GAACATCTTGTTGTACTGAAACGGGTTGATGGATCAAAAGTATTTCTTGAGATTGACGAC
AAAATGGATGTTCAGATTGGTGCTTTAACTGACGGATCTTCTGCTATAATGACGAGTCAG
ATGTATGTTGGTGGAATCCCGAAGTCGCTTCAAATTAGCAACATGGCTGCATCCTTTGTT
TCACTCAATGGATGTATCAGAGAATTCATAACAAACAAACTTGTAGATTTTAATGAAGCA
AAAAAAGCTGTGAATACATTCATGGGCACATGCGTCTACACGGAAACTGCTTTGAAAGTT
TGGACCGCGGCTGACACCACTAGAGGCACCAGAGCTACCACCACTCCCACTAGTATTTTT
TCGACTTATTTGGTAACGATACCATCAACACCAGAGCCGACGCTATCAGACTGCGTACCT
GAAGGTCAATTGCCAAAATTAAAGAGTTCAGCATTGCATTTTGGATATGGACCACACAGT
CATGCACAGTTTGCTTTAGAAGACAAACTTGATAGCAAATTTCGCATTCAGATGGAAGTC
CGTACTCTGGCTAGCGAAGGACTGCTCCTGTATGCCACTCATGACAACCAAAGTGATTTT
TTCTCACTGCAGTTGAAAAATGGCAAACCTGTGTTTCGTTTTGACAATGGCAAAGGCCCT
GCAGAAACGATTGGAGATACCTCTATTAATGATGGGCAGTGGCACACAATTCGTGTGGCC
AAGTCAAGGAGGAGAGGATGCATCATTGTTGATAAGATGAGGTACAAGACAGTTAAATCC
CCCAAAGGGGCCAGCAAAATGGGAGTTAATGCTGTGCTCTATGTAGGAGGTTTGCCGAAT
AACATGGGCAAACGAAAATTGGACAACGTTTGGCGGAGTTTGGATTCTTGTGTCCGGAAC
GTTCAAGTAAATAAAAATGTTTTGAACATCATGAAACCGGATGCTTCGAGCAAAGTAGAA
CCGTGCAATAAATATAAAGAGGCGGGAACATATTTCAGTGGAGATGGATACGCTATTTCT
AGTAACAAAGTTCGTGTTGGTCCCGATATGTCGATTGAAATAGAATTCCGCACTTGGTCA
CAAGATGGCATTCTCGTATCTATCAGCTCAAGCACCATGAGTGATGGACTCGCACTGGAA
ATTGTTAATGGATCGGTGTTTTTCCGTGTTAATAATGGCGCTGGGAACTTTTACACCGAA
TATATGCCGAAGCAAGACTTGCCTGGTGTGACTCTCTGTGACGGCAACTGGCATAAAGTA
AGGGCCACAAAATCTAAAAAGATTTTAACCCTGACAGTGGATGGATTCTCAGCCCCCAAG
GCTTCAAGTCAAGCACAAATGTCAGCAGACACAAACGATCCCTTGTATATTGGAGGGTAT
CCAGATGATGCATCGCTGCAGCGTCAATTAGTAACCTCTAGGAAATTCAAAGGCTGTATG
AGGAAGGTCATTATAAAAGGTCAAAACATAGATTTCTCACAGGTGCACAAGTATCATAAC
ATTTATCCGAATTCATGCCCAAAGAACAAGAGTTAGTTTTTCCAAAGGAATGAGGCGTGA
TCACACTTGGGAGATGAGTAAACAGAGACATGCCTGTGAAACAGATATGTTACTATATAG
GTCCGCTACTAGCGGAGGAAAGTCACGCAATCAAGCGTAG
| ProSiteProfiles |
Laminin_N (IPR008211) - T[1-156] 26.806 |
| Gene3D |
Laminin_N_sf (IPR038684) - T[1-150] 6.3E-42 - T[263-328] 1.3E-9 |
| SMART |
Laminin_N (IPR008211) - T[1-143] 3.0E-14 |
| Pfam |
Laminin_N (IPR008211) - T[2-125] 2.1E-30 |
| SMART |
Laminin_EGF (IPR002049) - T[305-357] 0.0043 - T[360-427] 1.9E-6 - T[430-489] 1.0E-6 - T[492-538] 1.8E-4 - T[772-818] 6.5E-11 - T[821-877] 6.1E-7 - T[880-925] 3.0E-10 - T[928-974] 1.4E-10 - T[977-1021] 1.2E-4 - T[1024-1067] 3.8E-7 - T[1070-1113] 3.2E-7 - T[1116-1170] 6.9E-4 - T[1367-1417] 2.6 - T[1420-1466] 4.8E-10 - T[1469-1524] 1.4E-6 - T[1527-1571] 1.8E-9 |
| Pfam |
Laminin_EGF (IPR002049) - T[305-351] 6.9E-5 - T[360-416] 0.019 - T[430-488] 6.1E-5 - T[492-538] 1.3E-6 - T[743-766] 0.023 - T[772-818] 6.2E-7 - T[821-877] 3.3E-6 - T[880-925] 1.8E-7 - T[928-974] 3.0E-9 - T[977-1021] 6.3E-6 - T[1024-1067] 4.6E-6 - T[1070-1111] 2.4E-8 - T[1116-1170] 3.9E-4 - T[1386-1408] 0.0091 - T[1420-1458] 6.3E-7 - T[1469-1524] 5.9E-5 - T[1527-1571] 9.0E-7 |
| ProSiteProfiles |
Laminin_EGF (IPR002049) - T[305-359] 9.208 - T[360-429] 6.332 - T[430-491] 12.064 - T[492-540] 14.349 - T[772-820] 16.691 - T[821-879] 11.512 - T[880-927] 18.747 - T[928-976] 16.577 - T[977-1023] 15.529 - T[1024-1069] 12.864 - T[1070-1115] 15.548 - T[1116-1172] 14.254 - T[1372-1419] 6.199 - T[1420-1468] 14.273 - T[1469-1526] 11.931 - T[1527-1573] 15.758 |
| SMART |
EGF-like_dom (IPR000742) - T[306-337] 140.0 - T[446-490] 89.0 - T[493-539] 45.0 - T[771-819] 25.0 - T[835-878] 74.0 - T[879-926] 47.0 - T[929-959] 110.0 - T[1020-1052] 110.0 - T[1115-1153] 170.0 - T[1416-1467] 37.0 - T[1483-1525] 55.0 - T[1528-1572] 120.0 |
| ProSitePatterns |
Laminin_EGF (IPR002049) - T[465-494] . - T[947-979] . - T[1040-1072] . - T[1141-1175] . - T[1436-1471] . - T[1546-1578] . |
| ProSiteProfiles |
Laminin_IV (IPR000034) - T[561-743] 30.356 - T[1197-1386] 35.009 |
| SMART |
Laminin_IV (IPR000034) - T[599-729] 3.7E-23 - T[1238-1366] 4.3E-37 |
| Pfam |
Laminin_IV (IPR000034) - T[603-742] 8.4E-23 - T[1243-1371] 1.6E-32 |
| SUPERFAMILY |
ConA-like_dom_sf (IPR013320) - T[1546-1564] 1.64E-21 - T[2147-2323] 1.64E-21 - T[2336-2510] 1.16E-25 - T[2533-2714] 3.48E-20 - T[2772-2931] 2.97E-32 - T[2942-3127] 8.32E-38 |
| Pfam |
Laminin_dom_II (IPR010307) - T[2041-2161] 2.1E-8 |
| ProSiteProfiles |
Laminin_G (IPR001791) - T[2143-2327] 22.744 - T[2339-2523] 29.535 - T[2528-2711] 27.482 - T[2771-2942] 37.669 - T[2947-3126] 36.518 |
| SMART |
Laminin_G (IPR001791) - T[2164-2308] 2.5E-14 - T[2360-2501] 8.1E-23 - T[2548-2694] 1.8E-19 - T[2792-2926] 2.5E-36 - T[2968-3108] 2.6E-32 |
| Pfam |
Laminin_G (IPR001791) - T[2172-2307] 1.8E-13 - T[2368-2498] 1.5E-17 - T[2556-2692] 4.6E-15 - T[2800-2928] 6.2E-30 - T[2976-3111] 1.8E-24 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| LAMA1_HUMAN | 34.092 % | 1737 | 0 |
| LAMA2_HUMAN | 34.663 % | 1706 | 0 |
| LAMA3_HUMAN | 26.714 % | 613 | 9.36E-177 |