Input sequence

Protein name Transmembrane cell adhesion receptor mua-3
Organism Caenorhabditis elegans Length 3767
Disorder content 15.6% ProS content 14.1%
IDEAL NA UniProt P34576

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 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: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 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 HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP SEG:LCR TMHMM:TMhelix 0 3767 1-326 327-355 356-1016 1017-1023 1024-1231 1232-1280 1281-1288 1289-1294 1295-1328 1329-1344 1345-1379 1380-1428 1429-2004 2005-2008 2009-2502 2503-2518 2519-2822 2823-2835 2836-2886 2887-2891 2892-2920 2921-2934 2935-2965 2966-3010 3011-3056 3057-3168 3169-3474 3475-3483 3484-3508 3509-3518 3519-3529 3530-3562 3563-3579 3580-3584 3585-3595 3596-3723 3724-3731 3732-3767 1-326 356-1016 1024-1231 1281-1288 1295-1328 1345-1379 1429-2004 2009-2502 2519-2822 2836-2886 2892-2920 2935-2965 3011-3056 3169-3474 3484-3508 3519-3529 3563-3579 3585-3595 3724-3731 327-355 1017-1023 1232-1280 1289-1294 1329-1344 1380-1428 2005-2008 2503-2518 2823-2835 2887-2891 2921-2934 2966-3010 3057-3168 3475-3483 3509-3518 3530-3562 3580-3584 3596-3723 3732-3767 327-355 1017-1023 1232-1280 1289-1294 1329-1344 1380-1428 2005-2008 2503-2518 2823-2835 2887-2891 2921-2934 2966-3010 3057-3168 3475-3483 3509-3514 3530-3551 3559-3562 3580-3584 3596-3605 3621-3628 3635-3640 3665-3723 3732-3767 29-257 1906-2200 2529-2745 1491-1840 2188-2437 691-941 383-547 967-1200 585-790 1731-2045 1224-1406 3328-3410 3236-3360 2691-2805 2384-2493 3166-3253 1228-1411 419-551 1610-1755 862-996 1079-1203 2114-2264 666-794 2212-2342 1914-2046 2669-2796 2575-2720 2311-2441 1761-1917 964-1124 3328-3410 3226-3360 2466-2623 1532-1655 590-713 128-164 1230-1390 19-62 95-129 130-165 419-465 666-712 763-809 862-907 1230-1405 1709-1754 1763-1797 2015-2061 2211-2257 2361-2407 2717-2762 2872-2992 3048-3170 3328-3372 1224-1412 3067-3137 24-60 62-95 97-129 129-162 163-214 227-285 378-418 421-468 469-502 522-561 607-662 668-707 716-745 765-804 819-866 862-906 913-963 964-1008 1074-1120 1123-1170 1171-1215 1224-1411 1468-1521 1524-1564 1611-1650 1661-1708 1709-1757 1761-1807 1818-1856 1865-1913 1916-1955 1966-2005 2017-2057 2114-2158 2163-2207 2213-2260 2261-2290 2313-2360 2363-2402 2457-2501 2512-2547 2564-2622 2619-2648 2669-2713 2717-2761 2764-2808 3178-3225 3222-3258 3273-3315 3331-3375 3378-3415 5-18 572-580 2063-2070 2505-2520 3417-3436 3447-3465 3472-3490 3570-3587 3617-3623 3630-3649 3653-3665 3677-3702 3709-3724 3417-3439 1n7dA(43-311) 2e-17 29.5% 1n7dA(38-317) 2e-13 25.16% 4xbmB(232-397) 2e-16 30.73% 4xbmB(140-397) 1e-14 25.98% 4xbmB(208-397) 3e-14 26.98% 4xbmB(209-397) 2e-13 26.67% 4xbmB(261-397) 8e-12 30.12% 4xbmB(187-398) 5e-11 26.23% 4xbmB(204-397) 5e-11 25.65% 4xbmB(152-400) 2e-10 25.16% 4nehA(126-314) 5e-16 32.82% 4cudA(1-116) 4e-05 31.62% 2bouA(7-121) 7e-08 25.58% 2bouA(15-132) 7e-05 28.23% 4d90A(16-123) 7e-05 31.9% 4d90A(34-115) 0.001 31.58% 1lfaA(2-180) 6e-40 24.19% 4cudA(2-109) 4e-13 30.08% 4cudA(3-115) 7e-13 27.4% 4cudA(2-109) 3e-12 28.15% 4cudA(10-109) 7e-12 28.8% 4cudA(2-121) 1e-11 28.48% 4cudA(2-109) 1e-11 25.58% 4cudA(3-109) 1e-11 29.77% 4cudA(2-109) 6e-11 26.32% 4cudA(2-109) 6e-11 28.91% 4cudA(10-121) 2e-09 26.03% 4cudA(2-109) 3e-09 23.66% 4cudA(3-121) 6e-07 24.05% 4cudA(2-121) 5e-06 19.25% 4cudA(1-78) 6e-06 28.92% 4cudA(3-109) 7e-05 22.63% 4cudA(10-122) 0.0001 18.35% 2bouA(7-136) 3e-06 23.31% 2bouA(17-137) 2e-05 26.19% 2m7pA(4-40) 6e-05 48.65% PF00092(1-153) 4e-09 32.12% PF00057 0.00094 19.8% PF00057 0.00027 24.9% PF00057 4.4e-08 37.5% PF07645 6.5e-05 26.9% PF07645 0.00069 23.4% PF07645 8.5e-05 26.5% PF07645 1.6e-06 32.3% PF00092 5.3e-57 200.0% PF07645 5.9e-06 30.4% PF00008 0.0003 24.7% PF07645 0.00095 22.0% PF07645 0.00018 25.5% PF07645 0.00094 22.1% PF07645 0.00072 23.2% PF01390 8.2e-21 79.8% PF01390 1e-06 32.9% PF07645 0.00011 26.1% 1ao3A(1-185) 1e-26 25.13% 1ivzA(23-89) 0.0008 12.68% g.12.1 8.9e-06 22.9% g.12.1 0.00024 18.5% g.12.1 2.9e-06 22.2% g.12.1 8.2e-08 26.7% g.12.1 1.8e-07 25.6% g.3.11 0.00016 12.8% g.3.11 0.00022 13.3% g.3.11 3.4e-09 27.2% g.3.11 4.1e-05 19.8% g.3.11 3.4e-10 30.0% g.22.1 0.00046 13.6% g.3.11 8.1e-10 29.0% g.3.11 0.00012 13.6% g.3.11 2.2e-09 27.7% g.22.1 4.2e-05 12.1% g.3.11 7.5e-08 29.3% g.3.11 2.7e-06 18.8% g.3.11 1e-07 28.9% g.3.11 1.5e-07 22.4% g.3.11 1e-07 22.8% g.3.11 2.5e-06 24.0% c.62.1 4.3e-50 166.3% g.3.11 1e-05 16.1% g.3.11 2.7e-05 15.9% g.3.11 6e-10 29.3% g.3.11 1.4e-09 28.3% g.3.11 8.8e-08 29.1% g.3.11 2.5e-06 17.8% g.3.11 0.00017 17.6% g.3.11 5.8e-05 14.9% g.3.11 5.8e-08 23.6% g.3.11 4.5e-09 26.8% g.3.11 2.1e-08 24.9% g.3.11 8.3e-08 29.2% g.3.11 6.3e-07 26.1% g.3.11 8.2e-07 20.3% g.3.11 7.5e-05 18.9% g.3.11 3.9e-09 27.0% g.3.11 2e-09 27.8% g.3.11 1.3e-05 21.5% g.3.11 0.00027 15.8% g.3.11 0.00049 14.2% g.3.11 0.00011 18.3% g.3.11 3.6e-06 23.5% g.3.11 2.4e-07 27.6% g.3.11 3.2e-06 23.6% g.3.11 1.9e-05 15.4% g.3.11 4.1e-05 17.6% g.3.11 0.00018 17.5% g.3.11 2.7e-08 24.6% g.3.11 3.4e-06 21.1%

Sequence

MQAGISIFFLFLHIPIFFVNCSNSTSCVAREEFQCKMDDSCISMKKWQDGVDDCYDGSDE
VCLPWQFDCQFGSPRCISKNKLHDKKIDCYSGFDEGCPAHYFVCRDRSACIEPSKYLNGV
ADCKDKSDEPCAQNQFQCSDGTKCIPKAQFQDGKEDCDDGSDEECTTSQFACQCGTIKCV
SDTFIMDGNWDCEDGSDEFINKTLTANCTRNNKVNIATNSLSLGKLKFCSGKNPCKPELG
QVCVIIGGTWRCVCKLGTFRPLGSDKCIPIELLTRYRNAPSSKCSNSHEEQFGLLQGFQK
SLSSRKELERWSNIRRAPPRTLSGTTPSGSDGFLKSGAEQVPFMFQEDKNYVSVIPDEII
DSYGTIMTPPEFHFNRDDIRCGNKTCGLHESCQKNSESKYECICREGFTIFEGTCRELID
ECAQGKHDCHPEARCVDALIGYECLCREGYLDTSIDPKARPGRKCRKLINECTNALMNDC
SQNARCLDKPIGYTCRCQDDYVDVSREGARKPGRNCTQAINECASNLHNCDTHAICQDQP
VGYSCRCPFGFIDSSPTALEPGRKCVQANNEAATTSTTTSQCIKEKNGETVCKCLLGYKN
VGTKTHLNCQMEKRANPCQDYSLHDCDPVAECFSEQPGYFQCQCPKGFTDSSADKRFPGR
KCVRAVDECALGRHTCDPHADCIDTHQGYTCKCRSGWSDTSLDPLRSPGRSCKKADMCSN
IDCAAEAECRETPIGPMCQCVSGYVDVSRQHGRPAGRVCRAVVNECAEGRHDCSSHATCI
DTADGFTCRCKDSYRDESSDTLKHPGKNCVRTVQPDPPECDVSDPMSCDPAKREVCIFVE
NTYKCRCANGYSRLPDGRCVVINECAEPRLNTCGKNAECIDLAEGYTCQCRSGYADISPV
SQPGRICRARVNECSNKEKYNVDCSENAICADTEHSYSCRCRPGFADVSAAFNKLPGRRC
IEAVNECASPSLNDCSKNAFCEDAKEGYICTCRPGYVDNSPNAARHPGRICTKPVEKIKT
DLKDTSFSTDDGCDPKNPKCGANEACVQRHGQHNCECVETAFRYTDGSCRVYSACSKRNT
CDKNAICLNRFDSYTCQCRPGYIDLSADLTNAPGRICKELINECASSDNECSPYARCIDA
TNGYACQCLDGFIDVSSRYNKPPGRQCTNSNNECSEKSLNTCDENADCVDTPDGYTCQCY
GGFVDVSSNANLPPGRVCTVQTTCPKQKTDLVFLIDGSGSIGSYVFKNEVLRFVREFVEL
FEIGRSKTRVGLIQYSDQIRHEFDLDQYGDRDSLLKGISETQYLTGLTRTGAAIQHMVQE
GFSERRGARPQQSDIARVAIILTDGRSQDNVTGPADSARKLSINTFAIGVTDHVLASELE
SIAGSPNRWFYVDKFKDLDTRLRSMIQKAACPSPTKQETPSEDVCNPRTQTGCDRSLNEH
CAVENGRPRCVCPEGFTRHPFTRVCGGDLCNPQLITSCIFPEECQITPYKNFRCSCPEGY
NRDYRSGFCVSVKEVQISPQHDANCHNGGVRCSENERCTNDGSDWFCECLPGFERIRNGQ
CAYPGSCNPNDPMSCDVRKRQQCLPRGNIYTCQCGRNEKRHPITDICLKNECLTGEHDCD
RSARCIDTDESYICACQSGFIDHSPNPSERPGRVCVALQNECLDGSNRCSPNALCTDTEE
GYVCRCKSGFVDYSPNPQTFPGMVCKELVNECTNPRLNQCDRNAHCIDTIEGYSCICKPG
FVDMDEFGNPGRRCEQIKTNDKCSPGKNDCDRNARCIQIGDDDYSCACPPGFKDKSPSSS
RPGRLCIPVIPECDNPTLNDCDSPDRAVCTDTDDGYMCRCRQGFLDISPSISVKPGRLCK
PLQNECALGIDDCARDGGICEDNPDSFTCRCAMNYLDVSFDRVTRPGRKCKRLINECQTG
QNDCSEEATCTDTEDSYICACPQSHIDLSPDTVNRPGRRCLMRINECTSNRHDCSPNADC
IDTPESYKCRCRDDFVDESPDSSRRPGRICRPALVDECRTGKHDCHVNAICQDLPQGYTC
QCSADFVDVSPHRASHPGRLCQPRPTPPPPECRLDGGNQCKVHLNEVCRLMGGEPKCSCP
VNYQRDSSGSCSIINECLFTQLNDCHTAADCIDQVQGYTCQCRDGFKDIGDRRRPGRMCK
PMVNECQYPHLNDCHQNAACIDLEEGYECKCNQGFMDHSHGRPGRICKQLTNECLRPSLN
SCDRNARCIDKEEGYECECRDGFIDVSPSPTLKGRACRELVNECANSRLNDCDKNARCKD
TMDSYECDCPVNSKDISPSPSFPGRVCLMFINECESGVHDCDPSATCRDNEQSFTCECPS
GFVDRSPNKHARPGRVCVKLVDECREGRHTCSSHADCRDLEEGYTCECRDGYVDRSPNLA
SQPGRVCSAPEVCPPNHDCSSAAVCEPLGGMKYQCVCIQGYVDQSPGSQKGRVCVRNNAC
HDPRLNTCSRNAICYDEPRGYRCECKRGFMDRSPDSSQRGRVCEPPPPPSPPPRHPCQDP
ERNDCHPAGTCRATGAQSYTCECLSGYADRSPDPRNKPGRLCVLTEPVCLDPEQNDCHAA
AICSEVNGPEKYTCKCRDGYTDESPDPLRRPGRICKGLINECLDRSLNDCHSLAVCKDLP
NGYTCQCPINAKDQSPDPRKPGRICSLSVNECANPSLNSCSAFADCFDEENGYRCRCRNG
YHDDDPAHPGHRCSFMINECDSSNLNDCDRNANCIDTAGGYDCACKAPYRDEGPPQSPGR
ICRLNECLNPNRNTCDRNADCRDLDYGYTCTCRHGFYDQSPNPQEPGRICIEFQQEEHIE
RVKVTTVQSEPRREFPCGRDDCIKARGEVCISGEYCGCKPGEGRSASTGKCQEVQETPFE
LRVVTRDQRPLMYSTEFGSQKSPSYVEIVELFEKNMARTFGGTSLAPRYVNTKVDYITHP
KTKNSSWDQGLLFKYEVQTTKSQSQPIDECELWKQMQASLDRTNGAIGGGSLRVASDTDL
LNPCKQQEEWGNCGGMSCKEHLKEVCIAGHICGCPDGMKRRDANSECRVVESWNVPLWVV
RDKEKPIVFSESFDNPQTPVYKDYSKRLEKGIEGCYPHTELKNAFVTAEVNDIVNPVLMN
ASYDTGLLFNTTVHFRKGMVHVPSDAYYQLIKYVTKENNNEVGDSELYLNPTQPDPFNPC
FKNDCDPHGKCIEISKYAYKCECGVGYRDINPQSPGKKCLPVHGFNECERKEDNECSENA
RCIDLEHLYKCECLPSYYDTSPVGSVPGSLCVLDYCSDVNFCPTNTTCKNMEQQAECKCD
AGFMDIRKSEKRTALMLGDDTLCMHVRDVDECALGLNNCSGVAHCIDRAVGYTCKCPDGY
IDGNPDEPGRVCGALLCDLCNAHGDCVHNTATNNITCVCTDGWTGPQCQVAPSNASLVLL
ILLALLFLLLTLCCLLYFCTKCHCFKGRRFAGAGANGFGYRRGGAWPWSTLEGSASSESG
AEFSAMSAAGNDYYPDIGIPRAKLKSGMMASGNTAEVRNMEVARLDQYLDENAVRIPRAH
LVDAHGDTSFDSLSEASSEYTIKEEIERKVITDVTTKEIKTTTTTDEQGNTIVTTTEAVH
PRDTTIVHGGGYTQNESSSSSFSGGERAYQSQSQQQQSMSQGMSQSMSQHATSAGYSSSG
MESSAHNSGYASIRHTGERERGGSEEEFSIGRARGMAAASSGYQHSSSENREVEEYCSEE
EDVEHSVGDKRTIVTKNHSYEPFVNGESERFKTEVVTSQTSTHVTKK

Region:1-3767
Length:3767aa
Label:Full sequence
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