- Transcript 'Cisavi.CG.ENS81.R14....' >
- Transcript 'Boleac.CG.SB_v3.S353...' >
- Transcript 'Phmamm.CG.MTP2014.S5...'
Transcript Model
Transcript Id
Phmamm.CG.MTP2014.S56.g02045.01.t
Possible name(s)
LAMA1; LAMA2; LAMA3
Gene model
Location
S56 [84,615 / 100,506]
Amino acid sequence
Length: 2,674
>Phmamm.CG.MTP2014.S56.g02045.01.p
MFGSNGELFYSIITRSKTSVSAECAFVTATPVLVQQIQEQGCACEHNTVGPNCEQCLPGF
QQYKWRPGNDGFQCEACNCHGHSDDCFYDEGVAERRESLNQLGEYLGGGVCVGCKDNTEG
INCQTCIDGFYRPYAAEPDDVNPCVSCDCDPYGGRRVPSRTGPYVCVKDITFIDSENDLY
PGSCYCNEGFAGSRCDRCVFGYRGFPRCDPCPCNVAGSRNVDPCVGECVCKANVVGEGCS
QCKTGYFNMQRDNPSGCERCYCSGVALNCASADLRWSTIHTNHNWEVRDRRNRRRVTPQF
DYDLNEPYVEHGQTARDLGTAMYYWAAPVQYLGERLSSYGGTLRYTVSYDILQGSQALPI
QDADVIMEGNGRSLTYNYMGSLVYPQEETEVLIKLEANKDRDVSGWVDSNSLLPASKEEI
MTVLQHVTRLYIRAVYSRNAGAVYRIRDVYMQAATENGEGATAHSVEKCRCPPGYTGFSC
ENCAGGYWRCEQGYFGDPTTPGGSCQLCECNGNSQSCDSLTGVCTYCRGHTSGKHCEVCE
PAYYGDAIERKNCGPCECNAVGSVSRQCHLVTGQCSCRPGVYGRKCDACESGHYLSAEER
MCVACECDATGSLSEQCGADGSCICRSGVEGRRCNSCARGYFAFSELGCIECNCQHTNGN
CDTQTGECICPTNTHGSECSQCVENAFGIDSVNGCELCNCSDVGSLFTNTCDNSTGQCTC
KPEYDGRQCNTCKRGFYGYPNCRPCNCNKIGTAADECDESRNGSCNCQNDGQCVCKANVV
GKQCDQCGEGYFGLSESNPLGCSECFCFGAADLCIAAQGYSWGPPIALNSAPVEVLNPSG
MANRIEGLIATRDAEVRDADVVIRDIHSQPYYWRLPEQFNGDKLLSYGGKLRYTIYHVSQ
VSFEDEEIVKPSVVLKGGRGSKITIQYQLDSPQTGQSRDYVVSMRELGWTHLDTSRSVTR
AEFATILSDIEFFLIKATYGRLMGQSRLSNVFLDIAQTMIRGRGDAGSNYPPATSIEQCF
CYPGYTGSSCQNCDSGYMRIQQGSNYGRCEACNCNNRSSTCDIMTGVCLNCQDKFIGVQC
EMCSPGYYLSGNECRKCACPGPDPFQNFSPNCHPDGADGIADYTCDACKTGYEGKHCERC
SDGYYGDPTHPGGFCAKCGCNVAGSLDGVCDKVTGQCRCDEGISGRICDQCMPRHIISHS
GCQECNDGCSSKLLDDIEILTYRASRVKIHTMFPPPWDRLIAARNLTQQLQKRVENETEE
ILNRLAVVVSVPDRISATQRNISSLQPQANECKNSGKITVSDVRETKQRLKTQKTSTRFL
SNVIEGFSRTLSRFVHQLRNGTTEEIIGMEDKLEGWVNTMRQRSFDNLRKIAYEELETSA
VFLDMVAANFTAQYLSRLDSIRTEQSEIVNNLTNVMETFDEFRYLLGNSTSIVAVTNTMN
QLNQQTLRQTKSNMERVNNRATIVGVSLSNSESQVEDTRILIQNASAAMANLGVVFNGLL
AELPPLRKIRDGLMGGVDAVVPHFKDALRHVTDLQSDVQYIKSVHRNITEFSYNQTEAAT
RWTQIANKFDLTDQRADSAVTLSMDALNSITTDLGKRSEVSLQRSQDINDAVTSMENNLN
GDRRLLRNQNEALRYENQSVADLAKQHERIQTRLKDTRKQSKTTLKRVRNAVNQATKKLI
GLKKSLYQSDNTLRQLQKTEMDVSQRSFVINETTSNMAAVPVSINRGFEASERASSLAKR
VKLRSDSMRSNITLIRKLIEDTKAKAASIHQVSVHSTGKCAMQYKPQVSPSTTTEIVLNV
DTSAPNNSLLYLARQMQDYLVVQMVNGKVSVTWDLGGGAGYVENPVLVKSVVSSVAQEKD
WYRIEVFRQNQLTNLTVYQVANKSGTVQSVTASSPGSFSGLDVGMQDLLFVGGISNNTKV
HSNVRVRSFTGCMGKAMLQGKSVGLWNFEQIENKEDCTGCPESPVIEPQRQQTNTYRYTG
MSYSVLPLPAQHRQDNNRFNVMFQTFSSNGLIAYASSKDLPDFIALELNDGYVVLKINLG
TGVYNVTTTKRYNNGKWVKVTVQRIRHEALLSTNRGGNVENKRMAIPNTDGLLNLTKNDY
LCVGGAPMERMLKEGVTNVSFVGCLKEFYLGENLISLKRSGTGGVVRDSRVQSTCPAEAF
YSMYLLNGRVHVRIRTQHHGSLNLTSMYSIYDNGQPHLVTLSRNGTRVTLHINENLDQDS
GVLPAVGNVPLKVRQLFIGGIPDNADIFHVAPTKRSINGCVRYVMSENLVNFLNTVEAKN
ALFGTCSEFQPVVLTSASPLTTRVVNVIPTPLKHRPNAMAIPPPRPPPITDPYCKAVKNA
SFYDQGDAVHFGLHNHSRVEILLTKKISKKFTFDLRVRTYAPDGLLLYARSTNAVDYFSL
IVKDGLPIFQFDNGGGAVEGVGKKKINNGKWHRLTNSMDACVRDLTLNRKISLNFTAAKR
VAVEPCTTAAESGAYFHGNGYAIFHHRYRVGTVMGIRMQFRTQASNAVFLSVYNGKDGLA
LEMVNGTIYFRVNNGDGPLEAYYTPDTGRNRGKFTLCDGKWHTITAEKVKNTLRLNVDGR
PGRNTTTFMGAFAAADTTNNLYIGGLPDDEHEPSLLQTDQKFRGCIKDMVLKTTEVRFDD
IMKREDVYPNSCPKQKTKKKKVRRSKKKTKTKSR
Nucleotide sequence
Length: 8,025
>Phmamm.CG.MTP2014.S56.g02045.01.t
ATGTTTGGCTCTAATGGTGAATTGTTTTACAGTATTATTACTCGATCAAAGACATCAGTA
TCGGCGGAATGTGCATTTGTTACGGCCACGCCAGTACTTGTCCAACAGATTCAAGAACAG
GGATGTGCTTGTGAACACAACACTGTGGGCCCGAATTGTGAACAATGCCTTCCCGGCTTT
CAACAATACAAGTGGAGACCGGGCAACGATGGATTTCAGTGTGAAGCGTGCAACTGCCAC
GGACACTCAGACGATTGTTTCTACGACGAAGGGGTTGCCGAAAGAAGAGAAAGTTTGAAC
CAATTGGGTGAATACCTTGGCGGAGGCGTTTGCGTGGGATGCAAGGATAATACAGAGGGA
ATTAATTGTCAAACGTGCATCGACGGATTTTACCGCCCTTATGCAGCAGAGCCGGACGAC
GTCAACCCTTGTGTGAGTTGCGATTGCGATCCGTATGGCGGCCGAAGAGTGCCATCGCGC
ACCGGACCGTACGTTTGCGTCAAAGATATTACGTTTATCGACAGTGAAAACGACCTTTAT
CCGGGTTCATGTTACTGCAATGAGGGATTCGCCGGAAGCAGATGCGACAGGTGTGTTTTT
GGATATCGTGGATTCCCTCGCTGTGATCCTTGTCCTTGCAATGTCGCTGGAAGTCGCAAT
GTCGATCCTTGCGTTGGTGAATGTGTTTGCAAAGCCAACGTTGTGGGCGAAGGTTGTTCC
CAATGCAAGACAGGATACTTTAACATGCAACGCGACAACCCTAGCGGCTGCGAGAGGTGT
TACTGCAGTGGCGTCGCGCTGAATTGCGCCTCGGCCGATCTAAGATGGTCTACAATACAC
ACAAACCACAACTGGGAAGTGCGAGACAGACGAAACCGACGTCGAGTGACGCCGCAGTTC
GATTACGATCTCAACGAGCCTTACGTGGAACACGGACAAACAGCACGTGACCTAGGCACA
GCCATGTACTACTGGGCAGCGCCCGTACAATATTTAGGAGAGCGCCTGTCATCGTATGGT
GGAACATTGCGCTACACTGTGTCCTATGATATTCTGCAAGGTTCACAAGCGCTGCCAATT
CAGGATGCCGACGTTATAATGGAGGGAAACGGAAGATCCTTAACATACAACTACATGGGA
AGTTTGGTTTATCCACAAGAAGAAACCGAAGTTTTAATCAAACTGGAAGCCAATAAGGAT
AGGGATGTATCTGGTTGGGTTGATTCCAATTCCCTGCTACCAGCGAGCAAAGAGGAAATC
ATGACAGTTCTTCAACACGTGACCCGCCTGTACATCAGAGCAGTTTACAGCAGAAATGCT
GGAGCAGTTTACAGAATACGGGATGTGTACATGCAAGCAGCAACGGAAAATGGAGAAGGA
GCAACAGCACATTCAGTAGAGAAATGTCGTTGCCCTCCGGGCTACACCGGATTCTCCTGT
GAGAACTGCGCAGGGGGTTACTGGAGATGCGAGCAAGGTTACTTCGGCGACCCGACAACA
CCTGGTGGATCATGTCAACTCTGCGAATGCAATGGAAACTCCCAATCGTGTGACTCACTC
ACTGGGGTGTGCACTTATTGCAGAGGACACACATCAGGAAAACATTGCGAAGTCTGTGAA
CCAGCATACTACGGAGACGCGATCGAGCGAAAAAACTGCGGACCGTGTGAATGCAACGCG
GTGGGGTCGGTGAGCCGTCAGTGCCATCTTGTCACGGGTCAGTGCTCGTGCAGGCCTGGT
GTTTACGGGAGGAAGTGTGACGCGTGTGAGAGCGGCCATTACCTCAGCGCAGAGGAACGC
ATGTGCGTGGCGTGTGAATGCGATGCCACTGGGAGTCTTTCAGAGCAGTGCGGTGCCGAC
GGATCTTGCATTTGCCGTTCGGGTGTGGAGGGACGACGCTGCAATTCGTGTGCGCGTGGA
TACTTTGCATTCAGCGAACTTGGCTGCATAGAATGTAACTGCCAGCACACCAATGGAAAC
TGCGACACACAAACAGGAGAGTGCATCTGTCCTACAAACACACACGGCTCTGAATGTAGC
CAGTGTGTGGAAAACGCATTTGGGATTGACAGTGTGAATGGGTGCGAGCTGTGTAACTGC
AGTGATGTTGGTTCTCTGTTTACAAACACGTGCGATAACTCAACCGGCCAATGTACATGC
AAACCCGAATACGACGGCAGACAATGTAACACTTGCAAGCGTGGATTCTACGGTTATCCC
AACTGCAGACCGTGCAACTGCAACAAAATAGGCACCGCTGCAGACGAATGTGATGAGTCT
AGAAATGGTTCGTGTAATTGCCAAAACGATGGTCAATGTGTATGCAAGGCAAACGTGGTT
GGAAAACAATGTGATCAATGCGGCGAAGGATACTTCGGTCTGAGTGAAAGCAACCCACTA
GGATGCAGCGAGTGCTTCTGTTTCGGAGCAGCAGACCTCTGCATCGCTGCTCAGGGATAC
TCCTGGGGTCCTCCGATTGCGCTTAATTCGGCGCCAGTAGAGGTTTTGAACCCCTCTGGT
ATGGCGAACAGAATTGAGGGTCTCATCGCTACCAGAGATGCTGAGGTACGTGATGCAGAT
GTTGTGATACGGGATATACACAGTCAACCATACTACTGGCGTCTTCCGGAACAGTTTAAC
GGCGACAAGTTGCTTTCCTACGGAGGCAAACTGAGGTATACAATATACCATGTCTCCCAA
GTATCGTTTGAAGATGAAGAAATCGTAAAGCCAAGTGTAGTTTTAAAAGGCGGTCGGGGA
AGCAAAATAACCATTCAGTATCAGTTGGACAGCCCTCAAACCGGCCAGAGCAGAGATTAT
GTCGTTTCAATGCGTGAGCTTGGGTGGACACACCTAGACACCAGCAGAAGTGTGACTCGA
GCCGAATTTGCAACAATCCTTAGTGACATCGAGTTTTTCCTGATCAAGGCAACATACGGC
CGCTTGATGGGGCAGTCGAGGCTGAGCAACGTTTTTCTGGATATCGCCCAAACCATGATA
CGAGGACGTGGCGATGCAGGCTCCAATTATCCACCTGCAACAAGTATTGAACAATGCTTT
TGCTACCCAGGATATACAGGTTCCTCTTGTCAGAACTGTGACAGCGGATATATGAGAATC
CAACAGGGTTCAAACTATGGACGGTGTGAAGCTTGCAACTGCAACAACCGAAGTAGCACT
TGCGACATAATGACAGGGGTCTGTTTGAACTGCCAGGACAAGTTCATTGGTGTCCAGTGT
GAAATGTGCTCGCCGGGATACTACCTGTCAGGTAACGAATGCAGGAAATGTGCGTGCCCT
GGACCAGATCCTTTCCAAAATTTCAGCCCCAATTGCCACCCGGATGGAGCGGACGGAATC
GCCGATTATACGTGCGATGCATGTAAAACAGGATACGAAGGAAAACATTGTGAACGGTGC
TCGGATGGCTACTACGGGGATCCTACCCACCCTGGAGGTTTCTGTGCCAAGTGCGGATGC
AACGTCGCAGGTTCCCTGGATGGTGTTTGCGACAAGGTCACAGGGCAATGCCGATGCGAT
GAAGGCATCTCGGGTAGAATTTGTGACCAATGTATGCCACGACATATTATCTCCCACTCC
GGGTGCCAAGAATGCAATGATGGTTGTTCCAGCAAACTTCTCGACGATATTGAAATTTTG
ACCTACAGGGCGTCAAGAGTGAAAATTCACACAATGTTTCCACCGCCTTGGGATCGACTT
ATAGCAGCTCGCAACCTTACACAACAGCTTCAGAAACGTGTTGAAAACGAAACAGAAGAA
ATCTTGAACCGCTTGGCTGTTGTAGTGTCAGTTCCTGACAGGATCAGTGCCACACAACGC
AACATATCATCACTGCAACCACAAGCCAATGAATGCAAAAACAGTGGCAAGATTACAGTA
TCCGATGTTCGTGAAACCAAACAACGACTAAAGACCCAGAAGACTTCTACACGATTTTTG
TCCAACGTAATAGAAGGATTTTCACGCACACTATCACGATTCGTGCATCAGCTGCGAAAC
GGAACCACAGAGGAGATAATTGGAATGGAGGACAAGCTTGAGGGTTGGGTTAATACTATG
CGCCAGAGGAGTTTTGACAACTTGCGGAAAATAGCTTATGAAGAACTGGAGACCTCGGCT
GTCTTTTTGGATATGGTTGCAGCAAACTTTACTGCACAATACTTATCAAGGTTAGACTCT
ATTCGCACTGAGCAAAGCGAAATAGTAAACAATCTTACCAATGTTATGGAAACCTTTGAC
GAGTTTCGGTATCTCCTCGGCAACAGCACATCGATAGTCGCTGTAACGAACACAATGAAC
CAACTTAACCAACAAACTCTGAGACAGACAAAGAGCAACATGGAAAGAGTCAACAACAGG
GCTACCATAGTTGGTGTGAGCCTATCCAACTCAGAATCACAAGTCGAAGATACTCGTATT
CTGATACAAAATGCAAGCGCTGCTATGGCGAACTTAGGCGTCGTTTTCAACGGGCTGTTG
GCTGAATTGCCACCACTTCGCAAAATTAGAGATGGTTTAATGGGTGGTGTGGATGCAGTA
GTGCCTCATTTCAAAGACGCTCTTCGGCACGTAACTGACTTGCAGTCGGATGTCCAATAC
ATCAAAAGTGTGCACCGCAATATAACCGAATTTTCGTACAACCAAACCGAAGCAGCTACC
CGCTGGACACAGATTGCAAACAAATTTGATCTTACCGATCAAAGAGCCGATTCCGCGGTG
ACTCTGTCTATGGATGCGCTTAACTCCATCACGACAGACCTTGGCAAAAGATCGGAGGTG
TCGTTGCAGAGAAGCCAAGACATTAATGATGCGGTAACCTCGATGGAAAACAATCTTAAC
GGCGATCGGAGGTTACTTCGCAATCAGAACGAGGCTTTGAGATATGAAAACCAATCGGTC
GCAGATCTTGCTAAACAACACGAACGAATTCAAACCAGACTCAAAGACACTCGAAAACAA
TCGAAGACAACATTGAAACGAGTTAGAAATGCTGTTAACCAAGCCACAAAAAAACTTATT
GGTCTTAAAAAGAGCCTATATCAGTCGGACAACACTTTAAGGCAATTGCAGAAAACTGAA
ATGGATGTTTCACAACGCTCATTTGTAATAAACGAGACTACAAGCAATATGGCTGCGGTT
CCTGTATCCATCAACCGGGGGTTCGAAGCATCGGAGCGCGCATCTTCATTGGCAAAGCGA
GTCAAACTCCGCAGCGATAGCATGCGGTCAAACATCACCCTTATCCGGAAATTGATTGAG
GATACCAAAGCAAAAGCTGCTTCGATTCATCAAGTTTCAGTCCATTCAACTGGTAAATGT
GCAATGCAATACAAGCCACAAGTTTCACCCAGCACCACCACAGAGATAGTCCTAAATGTT
GATACTTCAGCCCCAAATAACAGCCTTCTATACTTGGCTAGACAGATGCAAGACTATCTG
GTCGTGCAAATGGTCAACGGTAAAGTGTCCGTCACTTGGGATCTGGGTGGTGGAGCTGGA
TATGTTGAGAACCCCGTGCTTGTGAAGAGCGTGGTTTCAAGTGTAGCCCAGGAGAAAGAC
TGGTATCGCATTGAGGTTTTTAGGCAAAACCAGTTGACGAATCTGACAGTATATCAAGTG
GCTAATAAGTCGGGAACCGTGCAGAGCGTTACAGCCTCATCTCCTGGATCATTTTCCGGC
CTTGACGTTGGTATGCAAGATTTACTTTTTGTTGGAGGGATATCCAACAACACTAAAGTA
CACAGCAATGTTCGAGTTCGAAGCTTTACTGGTTGTATGGGCAAAGCTATGCTGCAGGGA
AAATCAGTTGGTCTATGGAATTTCGAGCAGATTGAAAATAAGGAAGACTGTACAGGCTGT
CCAGAATCTCCTGTTATCGAGCCGCAGCGACAGCAGACAAACACTTACAGATACACCGGA
ATGAGTTATTCCGTACTTCCTCTACCGGCCCAGCACCGCCAAGATAACAATCGATTTAAT
GTGATGTTTCAAACTTTCAGTTCGAATGGATTAATCGCATATGCTTCCTCCAAAGACCTA
CCGGACTTTATTGCTTTGGAACTAAACGATGGTTATGTAGTGTTAAAAATCAACCTTGGC
ACCGGAGTTTATAATGTGACAACAACCAAACGTTACAATAACGGAAAGTGGGTAAAGGTG
ACTGTTCAAAGGATCCGTCACGAAGCTTTGTTATCAACCAATCGCGGCGGCAATGTTGAA
AACAAAAGAATGGCGATACCAAACACCGACGGTTTATTGAATTTAACTAAAAACGACTAC
CTATGTGTGGGTGGAGCCCCGATGGAGAGAATGCTAAAGGAAGGAGTGACGAACGTTTCG
TTTGTTGGGTGCCTCAAGGAATTCTACTTGGGAGAAAATTTAATTTCGTTAAAGCGTTCA
GGAACAGGCGGGGTTGTCCGAGACTCACGCGTCCAATCTACATGTCCTGCTGAGGCTTTC
TACTCCATGTATTTGCTTAACGGGCGGGTTCATGTTCGAATTCGAACGCAACACCATGGA
AGTCTCAATTTAACATCTATGTACAGCATCTACGACAATGGACAGCCACATCTCGTCACT
TTGTCACGTAACGGCACAAGAGTAACACTTCATATCAATGAGAATCTCGATCAAGATTCT
GGCGTTTTACCCGCAGTCGGAAATGTACCGCTGAAAGTGCGACAGCTTTTCATTGGTGGA
ATACCTGACAACGCGGATATTTTTCATGTTGCTCCTACCAAACGCTCCATCAATGGCTGT
GTGCGATATGTTATGAGTGAAAACCTGGTAAACTTCCTAAACACCGTCGAAGCGAAGAAC
GCTCTGTTTGGGACATGCTCAGAGTTTCAGCCGGTTGTTCTTACATCTGCATCACCATTA
ACAACTAGGGTGGTGAACGTTATACCGACACCTCTTAAGCATCGTCCAAACGCTATGGCA
ATCCCACCACCCAGGCCACCGCCGATCACGGATCCATATTGCAAAGCAGTCAAAAACGCC
TCATTTTATGACCAAGGTGATGCAGTTCACTTCGGTTTACACAACCACAGTCGTGTTGAG
ATTTTACTGACAAAGAAAATTTCGAAAAAATTTACCTTCGATCTTCGGGTGAGAACGTAC
GCACCGGACGGCTTACTGTTGTATGCGCGATCCACAAACGCTGTGGACTATTTCTCGTTG
ATAGTGAAGGACGGGCTGCCAATTTTCCAATTTGATAATGGTGGAGGTGCGGTAGAGGGC
GTTGGCAAAAAGAAAATTAACAATGGCAAATGGCACAGGCTAACTAACAGCATGGACGCG
TGCGTAAGAGATCTGACCTTGAACAGGAAGATATCTCTGAATTTCACCGCCGCAAAACGG
GTTGCAGTGGAACCATGCACCACCGCGGCCGAAAGTGGTGCCTATTTTCATGGCAATGGC
TATGCCATATTTCACCACCGATATCGAGTTGGAACTGTTATGGGAATACGAATGCAGTTT
CGAACACAGGCCTCGAACGCAGTCTTTCTTAGCGTGTATAATGGAAAAGATGGCTTGGCG
CTCGAAATGGTGAACGGAACTATCTACTTTCGTGTTAACAACGGAGATGGCCCATTGGAA
GCATATTATACACCTGACACGGGAAGGAATAGGGGAAAGTTTACGCTGTGCGATGGAAAA
TGGCACACCATCACTGCTGAGAAAGTTAAGAACACGCTCAGATTGAATGTTGACGGGCGT
CCAGGTCGCAACACTACCACCTTCATGGGGGCCTTTGCCGCGGCTGACACAACAAACAAT
CTCTACATTGGCGGATTACCAGATGATGAACACGAACCCAGCCTTCTACAAACAGATCAG
AAATTTCGTGGCTGCATCAAGGACATGGTGTTGAAAACTACAGAAGTCCGCTTTGACGAT
ATTATGAAACGAGAGGATGTTTATCCCAACTCGTGTCCAAAGCAAAAAACAAAGAAGAAA
AAAGTTCGGCGCAGCAAGAAAAAGACTAAAACTAAAAGTAGATGA
| ProSiteProfiles |
Laminin_EGF (IPR002049) - T[1-76] 8.484 - T[77-146] 10.826 - T[147-210] 9.189 - T[211-259] 13.206 - T[457-507] 6.18 - T[508-555] 14.73 - T[556-604] 18.233 - T[605-651] 15.472 - T[652-697] 8.617 - T[698-744] 19.7 - T[745-804] 17.129 - T[1052-1096] 12.197 - T[1111-1157] 12.635 - T[1158-1204] 13.054 |
| Pfam |
Laminin_EGF (IPR002049) - T[19-68] 3.4E-5 - T[77-133] 0.0011 - T[147-207] 0.001 - T[211-257] 1.0E-5 - T[508-553] 3.7E-7 - T[556-598] 9.4E-11 - T[605-645] 5.4E-7 - T[652-695] 4.3E-4 - T[698-741] 8.3E-9 - T[745-802] 3.5E-8 - T[1018-1044] 0.014 - T[1052-1097] 3.1E-7 - T[1158-1205] 5.2E-6 |
| SMART |
Laminin_EGF (IPR002049) - T[22-74] 2.9 - T[77-144] 8.3E-7 - T[147-208] 0.0013 - T[211-257] 0.0017 - T[508-553] 1.1E-7 - T[556-602] 2.8E-11 - T[605-649] 1.4E-8 - T[652-695] 0.013 - T[698-742] 5.2E-10 - T[745-802] 1.7E-9 - T[1052-1094] 9.6E-11 - T[1097-1155] 2.6E-6 - T[1158-1202] 2.8E-7 |
| SMART |
EGF-like_dom (IPR000742) - T[23-75] 81.0 - T[143-196] 84.0 - T[567-603] 230.0 - T[606-650] 43.0 - T[699-743] 25.0 - T[756-803] 29.0 - T[1060-1095] 25.0 - T[1096-1138] 25.0 - T[1154-1189] 240.0 |
| ProSitePatterns |
Laminin_EGF (IPR002049) - T[228-262] . - T[575-607] . - T[718-747] . - T[773-807] . - T[1125-1160] . |
| ProSiteProfiles |
Laminin_IV (IPR000034) - T[280-468] 33.473 - T[828-1018] 31.563 |
| SMART |
Laminin_IV (IPR000034) - T[319-456] 2.4E-26 - T[867-998] 2.3E-34 |
| Pfam |
Laminin_IV (IPR000034) - T[324-467] 6.1E-31 - T[872-1002] 6.5E-29 |
| ProSiteProfiles |
Laminin_G (IPR001791) - T[1771-1960] 23.757 - T[1973-2155] 32.466 - T[2471-2652] 32.082 |
| SUPERFAMILY |
ConA-like_dom_sf (IPR013320) - T[1784-1964] 2.64E-21 - T[1972-2143] 1.58E-27 - T[2159-2288] 5.39E-13 - T[2333-2448] 7.5E-15 - T[2466-2655] 3.56E-32 |
| SMART |
Laminin_G (IPR001791) - T[1792-1941] 3.5E-13 - T[1995-2133] 6.5E-27 - T[2139-2269] 0.059 - T[2369-2487] 0.029 - T[2492-2634] 6.6E-29 |
| Pfam |
Laminin_G (IPR001791) - T[1801-1943] 8.5E-15 - T[2003-2132] 3.6E-20 - T[2157-2265] 2.0E-11 - T[2377-2436] 1.7E-8 - T[2500-2631] 1.5E-19 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| LAMA1_HUMAN | 30.415 % | 1263 | 0 |
| LAMA2_HUMAN | 30.79 % | 1319 | 0 |
| LAMA3_HUMAN | 23.098 % | 443 | 7.53E-125 |