Input sequence

Protein name Laminin subunit alpha
Organism Drosophila melanogaster Length 3712
Disorder content 3.6% ProS content 2.9%
IDEAL NA UniProt Q00174

Prediction

Order Disorder ProS BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP SEG:LCR COILS:coiledCoil 0 3712 1-17 18-61 62-65 66-1197 1198-1202 1203-2173 2174-2180 2181-2247 2248-2249 2250-2782 2783-2788 2789-2871 2872-2876 2877-2944 2945-2951 2952-2983 2984-2989 2990-3156 3157-3168 3169-3226 3227-3237 3238-3337 3338-3455 3456-3459 3460-3468 3469-3645 3646-3652 3653-3712 18-61 66-1197 1203-2173 2181-2247 2250-2782 2789-2871 2877-2944 2952-2983 2990-3156 3169-3226 3338-3455 3469-3645 3653-3712 1-17 2174-2180 3238-3337 3460-3468 1-17 2174-2180 3238-3313 3331-3337 24-402 623-817 1376-1546 333-527 3327-3690 1861-2014 1778-1915 470-587 562-677 1986-2110 2699-3223 2281-2550 26-448 2698-3223 3333-3710 255-834 1859-2015 1776-1915 1421-1562 1374-1465 1938-2116 2396-2663 2237-2524 26-271 2131-2386 2570-2677 1649-1764 3379-3481 3083-3203 3563-3689 2704-2843 2913-3029 1809-1850 541-582 2329-2557 24-271 273-330 333-400 403-445 448-492 495-538 541-584 587-629 632-674 677-729 732-782 1375-1418 1421-1463 1466-1511 1514-1562 1647-1774 1809-1856 1859-1914 1917-1967 1970-2014 2017-2061 2064-2112 2129-2386 2566-2700 2704-2846 2905-3031 3083-3205 3379-3514 3563-3691 3058-3225 3528-3710 3352-3529 2877-3035 2700-2850 1917-1970 1809-1859 2417-2668 2193-2456 87-202 350-679 1466-1514 732-783 1375-1422 1970-2015 2017-2064 1514-1559 1417-1464 2064-2110 677-730 295-392 831-969 1868-1918 65-172 1882-2848 2877-3049 3053-3224 3330-3516 3533-3710 2681-2696 3036-3047 3265-3299 2220-2247 2379-2406 2410-2448 2605-2674 2y38A(4-337) 1e-116 51.98% 4aqsA(226-453) 3e-24 29.06% 4aqsA(237-453) 3e-20 30.59% 4aqsA(238-453) 2e-19 30.47% 2jd4A(3-351) 3e-29 27.3% 1kloA(1-160) 5e-29 36.97% 1kloA(23-161) 8e-19 35.62% 1kloA(23-160) 9e-18 35.51% 1kloA(23-160) 7e-15 33.33% 1kloA(19-161) 1e-11 32.87% 2wjsA(20-518) 4e-27 23.26% 1c1gA(34-284) 6e-06 22.42% 4oveA(19-417) 2e-84 29.93% 2wjsA(19-518) 2e-46 20.93% 1dykA(4-373) 1e-34 20.1% 1n0uA(1-580) 4e-26 5.0% 1kloA(1-161) 5e-26 32.34% 1kloA(21-161) 3e-21 32.65% 1kloA(1-160) 4e-16 30.25% 1kloA(55-162) 4e-09 25.93% 2ygqA(72-230) 6e-06 19.55% 1c1gA(1-283) 2e-09 16.2% 1c1gA(1-279) 3e-07 15.52% PF00055(3-235) 2e-57 46.64% PF06008(4-264) 2e-28 34.35% PF06009(4-115) 6e-17 46.43% PF00052(11-130) 9e-14 38.84% PF02210(1-100) 6e-13 35.14% PF02210(1-124) 2e-09 33.07% PF02210(1-124) 0.0001 28.68% PF00054(1-126) 4e-12 34.29% PF00054(7-127) 7e-12 35.25% PF00053(1-41) 3e-05 54.76% PF00053(1-39) 8e-05 42.86% PF00038(25-269) 8e-05 21.54% PF00055 9e-68 235.7% PF00053 0.00074 14.4% PF00053 1.1e-05 29.5% PF00053 0.001 13.0% PF00053 1.9e-07 35.3% PF00053 1.6e-13 55.5% PF00053 8e-17 66.5% PF00053 8.2e-07 33.2% PF00053 1.2e-14 59.3% PF00053 2.6e-07 34.9% PF00053 2.8e-11 48.1% PF00053 4e-11 47.6% PF00053 1.5e-08 39.0% PF00053 3.7e-14 57.6% PF00053 3e-12 51.3% PF00052 3e-08 38.0% PF00053 2.5e-14 58.2% PF00053 8.1e-08 36.6% PF00053 1.9e-11 48.6% PF00053 4.1e-13 54.2% PF00053 2.2e-09 41.8% PF00053 1e-06 32.9% PF06008 3e-95 327.0% PF06009 1.2e-55 195.5% PF02210 1.9e-34 125.1% PF02210 2.9e-35 127.7% PF02210 1.2e-32 119.1% PF02210 5.9e-35 126.7% PF02210 2.4e-26 98.1% 1h30A2(20-199) 3e-27 25.0% 1h30A2(10-198) 1e-12 20.6% 1dykA1(19-188) 9e-17 23.89% 1c4rA(5-159) 4e-16 16.56% 1d2sA(30-159) 4e-12 15.23% 1kloA2(1-54) 2e-11 40.74% 1kloA2(1-54) 2e-09 33.93% 3cmnA1(8-267) 5e-11 11.9% 3cmnA1(2-270) 2e-06 8.19% 1eutA2(18-126) 7e-10 10.83% 1h80A(96-428) 1e-09 5.92% 1kloA3(1-49) 2e-09 38.78% 1kloA3(1-50) 5e-08 38.46% 1kloA3(1-50) 5e-08 38.0% 1kloA3(1-50) 2e-07 38.0% 1kloA3(1-49) 4e-07 29.41% 1kloA3(1-48) 6e-06 39.58% 1kloA3(2-50) 9e-06 36.73% 1kloA3(3-50) 6e-05 41.67% 1kloA3(1-50) 8e-05 38.89% 1d4cA1(3-97) 4e-09 13.0% 1ciyA1(11-145) 4e-07 18.31% 1kloA1(4-54) 9e-05 21.57% b.18.1 5.6e-07 23.6% b.29.1 3.7e-46 112.5% b.29.1 1.4e-40 98.8% b.29.1 8.3e-36 86.9% b.29.1 2.4e-41 100.6% b.29.1 5.8e-33 79.9%

Sequence

MGHGVASIGALLVILAISYCQAELTPPYFNLATGRKIYATATCGQDTDGPELYCKLVGAN
TEHDHIDYSVIQGQVCDYCDPTVPERNHPPENAIDGTEAWWQSPPLSRGMKFNEVNLTIN
FEQEFHVAYLFIRMGNSPRPGLWTLEKSTDYGKTWTPWQHFSDTPADCETYFGKDTYKPI
TRDDDVICTTEYSKIVPLENGEIPVMLLNERPSSTNYFNSTVLQEWTRATNVRIRLLRTK
NLLGHLMSVARQDPTVTRRYFYSIKDISIGGRCMCNGHADTCDVKDPKSPVRILACRCQH
HTCGIQCNECCPGFEQKKWRQNTNARPFNCEPCNCHGHSNECKYDEEVNRKGLSLDIHGH
YDGGGVCQNCQHNTVGINCNKCKPKYYRPKGKHWNETDVCSPCQCDYFFSTGHCEEETGN
CECRAAFQPPSCDSCAYGYYGYPNCRECECNLNGTNGYHCEAESGQQCPCKINFAGAYCK
QCAEGYYGFPECKACECNKIGSITNDCNVTTGECKCLTNFGGDNCERCKHGYFNYPTCSY
CDCDNQGTESEICNKQSGQCICREGFGGPRCDQCLPGFYNYPDCKPCNCSSTGSSAITCD
NTGKCNCLNNFAGKQCTLCTAGYYSYPDCLPCHCDSHGSQGVSCNSDGQCLCQPNFDGRQ
CDSCKEGFYNFPSCEDCNCDPAGVIDKFAGCGSVPVGELCKCKERVTGRICNECKPLYWN
LNISNTEGCEICDCWTDGTISALDTCTSKSGQCPCKPHTQGRRCQECRDGTFDLDSASLF
GCKDCSCDVGGSWQSVCDKISGQCKCHPRITGLACTQPLTTHFFPTLHQFQYEYEDGSLP
SGTQVRYDYDEAAFPGFSSKGYVVFNAIQNDVRNEVNVFKSSLYRIVLRYVNPNAENVTA
TISVTSDNPLEVDQHVKVLLQPTSEPQFVTVAGPLGVKPSAIVLDPGRYVFTTKANKNVM
LDYFVLLPAAYYEAGILTRHISNPCELGNMELCRHYKYASVEVFSPAATPFVIGENSKPT
NPVETYTDPEHLQIVSHVGDIPVLSGSQNELHYIVDVPRSGRYIFVIDYISDRNFPDSYY
INLKLKDNPDSETSVLLYPCLYSTICRTSVNEDGMEKSFYINKEDLQPVIISADIEDGSR
FPIISVTAIPVDQWSIDYINPSPVCVIHDQQCATPKFRSVPDSKKIEFETDHEDRIATNK
PPYASLDERVKLVHLDSQNEATIVIESKVDATKPNLFVILVKYYQPSHPKYQVYYTLTAG
KNQYDGKFDIQHCPSSSGCRGVIRPAGEGSFEIDDEFKFTITTDRSQSVWLDYLVVVPLK
QYNDDLLVEETFDQTKEFIQNCGHDHFHITHNASDFCKKSVFSLTADYNSGALPCNCDYA
GSTSFECHPFGGQCQCKPNVIERTCGACRSRYYGFPDCKPCKCPNSAMCEPTTGECMCPP
NVIGDLCEKCAPNTYGFHQVIGCEECACNPMGIANGNSQCDLFNGTCECRQNIEGRACDV
CSNGYFNFPHCEQCSCHKPGTELEVCDKIDGACFCKKNVVGRDCDQCVDGTYNLQESNPD
GCTTCFCFGKTSRCDSAYLRVYNVSLLKHVSITTPEFHEESIKFDMWPVPADEILLNETT
LKADFTLREVNDERPAYFGVLDYLLNQNNHISAYGGDLAYTLHFTSGFDGKYIVAPDVIL
FSEHNALVHTSYEQPSRNEPFTNRVNIVESNFQTISGKPVSRADFMMVLRDLKVIFIRAN
YWEQTLVTHLSDVYLTLADEDADGTGEYQFLAVERCSCPPGYSGHSCEDCAPGYYRDPSG
PYGGYCIPCECNGHSETCDCATGICSKCQHGTEGDHCERCVSGYYGNATNGTPGDCMICA
CPLPFDSNNFATSCEISESGDQIHCECKPGYTGPRCESCANGFYGEPESIGQVCKPCECS
GNINPEDQGSCDTRTGECLRCLNNTFGAACNLCAPGFYGDAIKLKNCQSCDCDDLGTQTC
DPFVGVCTCHENVIGDRCDRCKPDHYGFESGVGCRACDCGAASNSTQCDPHTGHCACKSG
VTGRQCDRCAVDHWKYEKDGCTPCNCNQGYSRGFGCNPNTGKCQCLPGVIGDRCDACPNR
WVLIKDEGCQECNNCHHALLDVTDRMRYQIDSVLEDFNSVTLAFFTSQKLNYYDQLADEL
EPKVKLLDPNSVDLSPSKKANSELESDAKSYAKQVNQTLANAFDIRERSSTTLGNITVAY
DEAVKSADQAKEAIASVEALSKNLEAAASTKIDAALEQAQHILGQINGTSIELTPNEQVL
EKARKLYEEVNTLVLPIKAQNKSLNALKNDIGEFSDHLEDLFNWSEASQAKSADVERRNV
ANQKAFDNSKFDTVSEQKLQAEKNIKDAGNFLINGDLTLNQINQKLDNLRDALNELNSFN
KNVDEELPVREDQHKEADALTDQAEQKAAELAIKAQDLAAQYTDMTASAEPAIKAATAYS
GIVEAVEAAQKLSQDAISAAGNATDKTDGIEERAHLADTGSTDLLQRARQSLQKVQDDLE
PRLNASAGKVQKISAVNNATEHQLKDINKLIDQLPAESQRDMWKNSNANASDALEILKNV
LEILEPVSVQTPKELEKAHGINRDLDLTNKDVSQANKQLDDVEGSVSKLNELAEDIEEQQ
HRVGSQSRQLGQEIENLKAQVEAARQLANSIKVGVNFKPSTILELKTPEKTKLLATRTNL
STYFRTTEPSGFLLYLGNDNKTAQKNNDFVAVEIVNGYPILTIDLGNGPERITSDKYVAD
GRWYQAVVDRMGPNAKLTIREELPNGDVVEHSKSGYLEGSQNILHVDKNSRLFVGGYPGI
SDFNAPPDLTTNSFSGDIEDLKIGDESVGLWNFVYGDDNDQGARERDVLLEKKKPVTGLR
FKGNGYVQLNATSNLKSRSSIQFSFKADKDTSNGLLFFYGRDKHYMSIEMIDGAIFFNIS
LGEGGGVQSGSQDRYNDNQWHKVQAERENRNGLLKVDDIVISRTNAPLEADLELPKLRRL
YFGGHPRRLNTSISLQPNFDGCIDNVVINQGVVDLTEYVTGGGVEEGCSAKFSTVVSYAP
HEYGFLRMNNVSSDNNLHVVLHFKTTQPNGVLFYAANHDQSSTIGLSLQDGLLKLNSMGS
QLVIDDRILNDGEDHVVTVQHTQGELRLTVDDVDNKRLGSPQPLILEGGDIFFAGLPDNY
RTPRNALASLAYFVGCISDVTVNEEIINFANSAEKKNGNINGCPPHVLAYEPSLVPSYYP
SGDNEVESPWSNADTLPPLKPDIESTLPPTTPTTTTTTTTTTTSTTTTSTTTTTTTPSPI
VIDEEKEIEAKTPQKILTTRPPAKLNLPSDERCKLPEQPNFDVDFTEAGYRFYGLREQRL
QINSLPVKVRRHHDIGISFRTERPNGLLIYAGSKQRDDFIAVYLLDGRVTYEIRVGAQLQ
AKITTEAELNDGTWHTVEVVRTQRKVSLLIDKLEQPGSVDLNAERSAPVLAVELPIYLGG
VNKFLESEVKNLTDFKTEVPYFNGCLKNIKFDAMDLETPPEEFGVVPCSEQVERGLFFNN
QKAFVKIFDHFDVGTEMKISFDFRPRDPNGLLFSVHGKNSYAILELVDNTLYFTVKTDLK
NIVSTNYKLPNNESFCDGKTRNVQAIKSKFVINIAVDFISSNPGVGNEGSVITRTNRPLF
LGGHVAFQRAPGIKTKKSFKGCISKVEVNQRMINITPNMVVGDIWQGYCPLN

Region:1-3712
Length:3712aa
Label:Full sequence
Reset:click