Input sequence

Protein name Laminin-like protein epi-1
Organism Caenorhabditis elegans Length 3672
Disorder content 3.6% ProS content 1.1%
IDEAL NA UniProt Q21313

Prediction

Order Disorder ProS 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: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 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 3672 1-13 14-82 83-86 87-1216 1217-1224 1225-1231 1232-2196 2197-2204 2205-2265 2266-2290 2291-2519 2520-2528 2529-2658 2659-2663 2664-2807 2808-2813 2814-2890 2891-2895 2896-2963 2964-2971 2972-3139 3140-3146 3147-3173 3174-3181 3182-3189 3190-3241 3242-3291 3292-3417 3418-3423 3424-3441 3442-3448 3449-3595 3596-3603 3604-3672 14-82 87-1216 1232-2196 2205-2265 2291-2519 2529-2658 2664-2807 2814-2890 2896-2963 2972-3139 3147-3173 3190-3241 3292-3417 3424-3441 3449-3595 3604-3672 1-13 1217-1224 2197-2204 2266-2290 2520-2528 2808-2813 3182-3189 3242-3291 3418-3423 1-13 2197-2204 2275-2290 2525-2528 112-425 2007-2121 671-841 357-596 1797-1971 1414-1585 3308-3670 2751-3223 540-657 28-472 2711-3236 3293-3670 1880-2035 1790-1934 1415-1554 2007-2131 280-853 2325-2634 32-296 3357-3472 2926-3052 2723-2868 3518-3635 2583-2719 2323-2598 1672-1782 298-346 1830-1871 564-605 1415-1456 30-296 298-354 357-424 427-469 472-516 519-561 564-607 610-653 656-698 701-753 756-806 809-853 1415-1458 1461-1503 1506-1551 1554-1602 1660-1795 1830-1877 1880-1934 1937-1987 1990-2034 2037-2081 2084-2129 2578-2719 2723-2866 2926-3049 3101-3218 3340-3469 3517-3642 3294-3472 3481-3670 2898-3067 3055-3236 2719-2880 1506-1554 1414-1462 756-807 610-657 564-610 2034-2083 427-473 1461-1505 2084-2131 656-701 519-558 701-754 472-515 1554-1599 809-847 2431-2521 1937-1986 1830-1876 110-196 320-416 1886-1938 94-298 317-2878 2880-3067 3071-3235 3292-3471 3477-3670 97-108 257-270 1987-2000 2277-2293 2306-2321 2543-2563 2665-2674 3244-3257 3266-3289 2300-2444 2471-2505 2529-2630 2y38A(24-336) 7e-95 52.55% 4plmA(265-402) 3e-16 31.16% 4aqsA(256-453) 2e-26 32.66% 4aqsA(238-453) 1e-20 28.47% 4aqsA(259-452) 1e-20 30.1% 4aqsA(237-452) 3e-18 29.82% 2jd4A(19-372) 2e-33 25.14% 2wjsA(44-505) 2e-30 24.24% 1kloA(23-161) 1e-18 37.59% 4oveA(15-417) 2e-64 28.26% 2wjsA(13-519) 9e-41 20.7% 1dykA(2-373) 7e-39 23.82% 1kloA(1-161) 1e-22 25.9% 1kloA(14-160) 4e-20 33.33% 1kloA(1-160) 8e-18 31.87% 1kloA(21-162) 1e-13 22.54% 1n0uA(1-576) 3e-20 5.9% 4uxvA(158-464) 9e-09 15.36% PF00055(3-235) 2e-42 39.11% PF00054(20-132) 3e-15 39.5% PF00054(1-132) 1e-14 34.33% PF00054(1-131) 3e-13 31.97% PF02210(2-119) 3e-07 30.33% PF06009(5-138) 1e-11 32.12% PF05701(199-467) 5e-09 24.04% PF00052(14-126) 3e-05 33.33% PF00053(1-43) 8e-05 46.94% PF00053(1-41) 0.0001 52.38% PF00053(1-39) 0.0003 50.0% PF00053(1-39) 0.0004 52.38% PF00055 1.3e-45 162.2% PF00053 0.0002 20.1% PF00053 1.8e-05 28.8% PF00053 2.4e-08 38.3% PF00053 1.9e-09 42.0% PF00053 2.3e-09 41.7% PF00053 8.3e-15 59.8% PF00053 5.3e-14 57.1% PF00053 4.6e-12 50.7% PF00053 1.8e-06 32.1% PF00053 1.5e-16 65.6% PF00053 4.6e-06 30.7% PF00053 7.1e-16 63.3% PF00053 2.2e-08 38.4% PF00053 2.4e-14 58.3% PF00053 3e-12 51.3% PF00052 5.9e-07 23.4% PF00053 3.8e-13 54.3% PF00053 1.3e-12 52.5% PF00053 1e-07 36.2% PF00053 6e-06 30.4% PF00053 7.6e-10 43.3% PF00053 1.1e-09 42.8% PF06009 2.7e-54 191.0% PF02210 2e-29 108.4% PF02210 1e-37 135.9% PF02210 1.3e-12 52.5% PF02210 2.8e-39 141.1% PF02210 1.4e-23 88.9% 1h30A2(9-181) 8e-20 23.16% 1h30A2(9-198) 3e-12 18.66% 1dykA2(5-178) 4e-19 21.02% 1z78A1(25-206) 9e-09 11.05% 1d2sA(30-169) 1e-09 14.81% 1kloA3(1-49) 4e-11 36.73% 1kloA3(2-50) 5e-10 36.73% 1kloA3(1-50) 1e-09 42.31% 1kloA3(1-50) 3e-09 38.0% 1kloA3(1-49) 3e-08 34.69% 1kloA3(1-51) 2e-07 35.29% 1kloA3(1-50) 6e-07 38.0% 1kloA3(1-51) 2e-06 33.33% 1kloA3(3-51) 4e-06 30.61% 1kloA3(1-49) 5e-06 32.65% 1kloA3(1-42) 2e-05 35.71% 1kloA3(1-50) 3e-05 37.04% 1kloA3(1-46) 3e-05 41.3% 1kloA3(1-48) 6e-05 31.25% 1kloA3(1-41) 0.0002 31.71% 1nzeA(8-106) 2e-09 18.45% 1kloA2(1-50) 4e-09 32.0% 1kloA2(1-52) 6e-08 36.54% 1eutA2(17-107) 1e-08 13.19% 1d4cA1(4-98) 2e-07 15.0% 1kloA1(2-54) 0.0003 26.42% b.18.1 2.2e-09 31.6% b.29.1 2.5e-41 100.6% b.29.1 2.9e-54 132.6% b.29.1 5.9e-16 49.4% b.29.1 6.4e-45 109.5% b.29.1 4.8e-29 96.2%

Sequence

MSPYDSSPWATKALFLIVTLLAQFTYSQVLTPSQITISHRKPITATSTCGEIQGQPVTEI
YCSLTGSTQYTPLNSYSYQDDEQQKSWSQYENPMVRGGHGCGHCNAGNENSHPAANMVDG
NNSWWMSPPLSRGLQHNEVNITIDLEQEFHVAYVWIQMANSPRPGSWVLERSTDHGKTYQ
PWFNFAENAAECMRRFGMESLSPISEDDSVTCRTDMASLQPLENAEMVIRILEHRPSSRQ
FATSEALQNFTRATNVRLRLLGTRTLQGHLMDMNEWRDPTVTRRYFYAIKEIMIGGRCVC
NGHAVTCDILEPQRPKSLLCRCEHNTCGDMCERCCPGFVQKQWQAATAHNNFTCEACNCF
GRSNECEYDAEVDLNKQSIDSQGNYEGGGVCKNCRENTEGVNCNKCSFGYFRPEGVTWNE
PQPCKVCDCDPDKHTGACAEETGKCECLPRFVGEDCDQCASGYYDAPKCKPCECNVNGTI
GDVCLPEDGQCPCKAGFGGTFCETCADGYTNVTAGCVECVCDATGSEHGNCSASTGQCEC
KPAYAGLSCDKCQVGYFGDDCKFCNCDPMGTEGGVCDQTTGQCLCKEGFAGDKCDRCDIA
FYGYPNCKACACDGAGITSPECDATSGQCPCNGNFTGRTCDKCAAGFYNYPDCRGCECLL
SGAKGQTCDSNGQCYCKGNFEGERCDRCKPNFYNFPICEECNCNPSGVTRDFQGCDKVSP
GELCSCRKHVTGRICDQCKPTFWDLQYHHEDGCRSCDCNVNGTISGLNTCDLKTGQCMCK
KNADGRRCDQCADGFYRLNSYNQMGCESCHCDIGGALRAECDITSGQCKCRPRVTGLRCD
QPIENHYFPTLWHNQYEAEDAHTEDQKPVRFAVDPEQFADFSWRGYAVFSPIQDKILIDV
DITKATVYRLLFRYRNPTSVPVTATVTINPRFTHTHDVEQTGKATFAPGDLPAMKEITVD
GKPFVLNPGKWSLAISTKQRLFLDYVVVLPAEYYEGTVLRQRAPQPCLSHSTKNTTCVDL
IYPPIPSVSRQFVDMDKVPFNYINEDGTTTALEHVPVEILLSEITGPAAFVRADENPRVV
EAKLDVPETGEYVIVLEYHNREETDGNIGVGISQNDKEVLNGNAVIHHCPYATFCRELVS
SEGTIPYIPLEKGEATVRLNIKPNHEFGLAGVQLIKKSDFSSEYLQQVPVCIKKDARCVQ
QSYPPAADSVTTEAESGSNMDKSILGDKLPFPVSNSKEMRVVPLDDAQATVEISGVVPTR
GHYMFMVHYFNPDNTPINIDVLIQNEHYFQGDSCNSFACSSVPLAFCPSISGCRALIRDK
ERPEVIQFYMDDKYTATFYHNSSQKGPIYIDSITAVPYNSYKDKLMEPLALDLSNEFLKE
CSEDNLKNHPESVSDFCKQKIFSLTTDFNAAALSCDCVAQGSESFQCEQYGGQCKCKPGV
IGRRCERCAPGYYNFPECIKCQCNAGQQCDERTGQCFCPPHVEGQTCDRCVSNAFGYDPL
IGCQKCGCHPQGSEGGNLVCDPESGQCLCRESMGGRQCDRCLAGFYGFPHCYGCSCNRAG
TTEEICDATNAQCKCKENVYGGRCEACKAGTFDLSAENPLGCVNCFCFGVTDSCRSSMYP
VTIMSVDMSSFLTTDDNGMVDNKDDTVIYTSEETSPNSVYFNVPIEKKDYTTSYGLKLTF
KLSTVPRGGRKSMNADADVRLTGANMTIEYWASEQPTNPEEQFTVKCKLVPENFLTAEGK
TVTREELMKVLHSLQNITLKASYFDHPKTSTLYEFGLEISEPNGVDSVIKASSVEQCQCP
APYTGPSCQLCASGYHRVQSGSFLGACVPCECNGHSATCDPDTGICTDCEHNTNGDHCEF
CNEGHYGNATNGSPYDCMACACPFAPTNNFAKSCDVSEEGQLLQCNCKPGYTGDRCDRCA
SGFFGHPQISGESCSPCQCNGNNNLTDSRSCHPNSGDCYLCEQNTDGRHCESCAAWFYGD
AVTAKNCSSCECSQCGSQYCDNKSGGCECKINVEGDSCDRCKPDHWGFSKCQGCQGCHCG
TAAFNTQCNVENGQCTCRPGATGMRCEHCEHGYWNYGEHGCDKCDCEADLSMGTVCDVRT
GQCHCQEGATGSRCDQCLPSYLRIPTYGCRRCDECVHHLIGDVDNLELEIDVLGTAIANI
SSATIVGARLARNKKEFNDINEITKMLNDEENSFGNVFGDAQDILTNSTQIQNKLVRTKT
HSQNSVSSAKNITLNGTEFLQEVMKRAQRARQSVRSLAEIALAIGSSSKAVNVDPRLLKE
AEETLMTLEAASADQYPEKAQTVPGKLEEIQKKIQEETEKLDKQKETFEAQKKRAEELAA
YLNSAQQLLKESKSKADKSNNIAKMLQLTKVENLVAAITDDLERVEAAKGEFQKLNVAIG
NITENLKDKREEMTHAVTTLNETRNDVAEALEAAKKRVRRDEKSVDMQLVNAKAHELHLQ
ATTLRQTFDNNKDNTDQAVEAANAFSNLTDTLKNAKAQIDNAYEALSAEPAFAESVQNAR
DKPFPDETKEKIDALSKTVSQDLKETEKLKKQLEQLTELSEKLRKRKEAVKAGIPKYSKN
TLDSIDEKVQEVEKLKAEIDANIEETRAKISEIAGKAEEITEKANSAMEGIRLARRNSVQ
LNKLAPVIVSKFEELKKLSSARSAKVDSVSDKVSQIKEMIAVARDAANRIKLGAHFEKGS
SLDLNIPQRVTRSAAHADISFYFRTEQEHGIPLFFGNEETAVGSRAVPTADYVAAEIEYG
RPKITVDLGDAPAVVKLDTPVNDGLWRRLNIERIGKTVSVTLSKPNSVETAETKSSVAGG
NKSVLNLNQQISRLFVGGVPTSARISKDLYNRDFVGDIESLKLHGEPIGLWNSREKGNTN
VNGAQKKPKITDNADELVVSLDGEGYTSYKPSHWNPRKATKISLSFLTFSPHGLLFFVGK
DKDFMALELSDGGVKLSVDLGSGVGQWITESSNYNDGKWHTVSIVREEKHVKIMIDGETE
VLEGDVPGKDSEMSVTEFLYIGGTPSGLSVRTTIVPLRGCIKSVKLGSDNVDLESSHASK
GVRSGCPLHSVRTVSFLSDRTTASFNNATEFSEDVSVTFKFKTRSIRQPSSLFTVNDDED
SVLSVSINEDGILTVTSGEDIATLELAASPDEKWHYVSIRKTKYIIRIDADDSFSNEVAR
KHADDSNPDASFLSAFFGKSGETPSFVGCIGDVTLNGKLLDFANSEIKEISLNGCSLSDD
ENISTTTTAAPKPTDDSDVAVLPIDEEEESTTTTTTTTTEEPTEEPAEARPDGHCSLPED
PMVQFEDAEGFNFGSQQYSRIEYDILPEAIDKSGEFTFKIRPTSDNGIIFIATNKRTDHI
AVMLEHGRVVFTYDTGSGQVIIKSDKSIIDGRWHTIKVSRRGKSAHLIVDDNSYESEGAA
NQNEDLIETQPPFYVGGVPADLAGFARNLVVGVRSQFSGCIKDFKLNGKSLDNGKEFGTE
QCSQFSEPGMYFGKDGGYAIVQKDYEVGLTFGLEVEMRPRMKNGILFSVGVLEYITVEFV
NGSIKTTVESGSGGEELWHHPDIENQYCDGQWQSFKISKKRNLLTVAVNGKAHLKILKKA
KTDVLTKDPLYFGGLPEGVTNKGIKTNKPFVGCIRFVSFGLKKDRKIRRKKQVDTERFDV
FGDVHRNACPAI

Region:1-3672
Length:3672aa
Label:Full sequence
Reset:click