Input sequence

Protein name Cubilin homolog
Organism Caenorhabditis elegans Length 4047
Disorder content 1.0% ProS content 1.0%
IDEAL NA UniProt Q20911

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: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 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 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 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 0 4047 1-13 14-808 809-815 816-843 844-859 860-982 983-986 987-1351 1352-1355 1356-1479 1480-1483 1484-1751 1752-1764 1765-2194 2195-2202 2203-2298 2299-2302 2303-2957 2958-2964 2965-3077 3078-3087 3088-3569 3570-3574 3575-3981 3982-3987 3988-4047 14-808 816-843 860-982 987-1351 1356-1479 1484-1751 1765-2194 2203-2298 2303-2957 2965-3077 3088-3569 3575-3981 3988-4047 1-13 844-859 1752-1764 1-13 844-859 1752-1764 1065-1497 3127-3640 2232-2656 783-1189 3515-3951 1428-1846 470-931 1955-2047 2995-3251 169-330 315-518 2590-2755 207-350 346-475 444-521 1065-1181 3786-3897 2465-2585 2590-2699 644-765 3263-3503 3006-3254 3402-3641 1704-1786 173-212 1428-1492 1065-1179 3127-3251 2479-2585 3402-3502 3792-3897 3255-3360 2590-2700 3515-3638 1304-1407 783-931 1428-1550 1955-2027 2996-3074 2721-2831 172-204 207-247 306-344 346-386 442-474 480-511 645-760 769-931 1065-1179 1304-1424 1428-1555 2207-2331 2467-2585 2590-2702 2996-3118 3127-3251 3255-3382 3387-3505 3515-3638 3786-3897 1065-1183 3786-3900 3515-3641 2996-3120 1428-1552 769-932 1704-1747 2482-2585 3136-3251 3402-3503 2603-2699 2232-2331 659-760 3263-3388 177-379 308-502 164-211 205-250 308-362 349-389 386-436 438-475 477-516 517-642 639-762 768-933 942-1061 1064-1183 1187-1301 1299-1430 1427-1557 1559-1681 1686-1844 1950-2086 2201-2337 2334-2462 2466-2587 2589-2696 2716-2826 2995-3122 3126-3253 3254-3384 3386-3507 3509-3647 3644-3784 3785-3900 3913-4038 5-17 1245-1260 2054-2069 3kq4B(1-411) 4e-33 27.52% 3kq4B(1-457) 7e-30 26.38% 3kq4B(21-412) 2e-25 24.07% 3kq4B(9-348) 7e-22 25.06% 3kq4B(1-391) 5e-20 24.6% 3kq4B(1-351) 5e-12 23.29% 3kq4B(70-455) 5e-07 20.21% 3kq4B(234-329) 0.001 27.08% 4gz9A(2-238) 3e-19 28.03% 4xbmB(255-395) 3e-18 30.06% 4xbmB(158-336) 2e-15 26.85% 2qqkA(2-154) 1e-07 25.43% 4cudA(1-121) 1e-24 30.14% 4cudA(1-115) 1e-19 33.59% 4cudA(9-86) 5e-13 32.91% 3pobA(1-112) 8e-16 27.12% 3pobA(1-110) 4e-07 25.89% 2wnoA(3-114) 1e-06 24.79% 2wnoA(5-109) 2e-05 23.64% 1sppB(8-112) 0.0002 18.03% 4lmfA(4-269) 1e-10 15.81% 4lmfA(5-274) 4e-10 15.28% 3demA(5-267) 3e-08 17.11% 3demA(5-87) 0.0007 16.87% 1ne5A(1-42) 2e-08 19.05% 1szbA(2-66) 8e-06 23.08% PF00431(1-110) 3e-18 40.0% PF00431(1-110) 1e-15 35.66% PF00431(8-110) 4e-14 37.38% PF00431(11-107) 1e-12 36.63% PF00431(4-110) 6e-11 36.94% PF00431(1-100) 1e-09 39.45% PF00431(1-107) 2e-09 32.14% PF00431(1-110) 2e-09 36.8% PF00431(1-96) 1e-07 32.38% PF00431(9-110) 2e-07 27.63% PF00431(1-104) 7e-07 30.08% PF00431(1-76) 8e-05 35.53% PF00431(1-76) 0.0005 27.85% PF00431(1-102) 0.001 31.93% PF00008 2.6e-09 41.5% PF07645 1.5e-06 32.4% PF07645 1.5e-08 39.0% PF07645 4.2e-10 44.2% PF00008 7.9e-05 26.6% PF00008 1.5e-08 39.0% PF00431 6.6e-06 3.5% PF00431 1.9e-08 28.9% PF00431 6e-37 133.3% PF00431 3.4e-06 6.4% PF00431 3e-07 16.8% PF00431 5.4e-06 4.3% PF00431 2.5e-19 74.8% PF00431 7.5e-08 22.8% PF00431 1.4e-08 30.0% PF00431 2.3e-23 88.2% PF00431 1.7e-09 39.3% PF00431 2.5e-20 78.1% PF00431 1e-10 46.2% PF00431 7e-13 53.4% 1nt0A2(1-108) 3e-20 26.67% 1nt0A2(1-107) 2e-12 26.72% 1nt0A2(1-107) 1e-08 21.26% 1nt0A2(1-106) 1e-08 21.6% 1nt0A2(1-100) 3e-08 18.4% 1nt0A2(1-105) 5e-08 12.8% 1nt0A2(12-55) 0.0003 25.0% 2qqmA3(2-103) 3e-15 35.58% 2qqmA3(1-103) 9e-13 26.72% 2qqmA3(2-101) 6e-12 24.04% 2qqmA3(2-98) 3e-09 24.24% 2qqmA3(12-103) 6e-06 21.0% 2qqmA3(9-103) 0.0001 16.5% 1sfpA(10-111) 2e-08 10.32% 1wc2A1(10-180) 5e-15 7.39% 1wc2A1(2-176) 6e-13 9.18% g.3.11 4.8e-12 39.6% g.3.11 1.3e-08 29.0% g.3.11 4.1e-11 31.1% g.3.11 2.6e-09 27.5% g.3.11 2.1e-05 16.6% g.3.11 1.1e-06 24.1% g.3.11 1.9e-10 35.8% b.23.1 0.00011 15.6% b.23.1 4.9e-20 62.3% b.23.1 1.3e-21 69.4% b.23.1 2.2e-07 25.1% b.23.1 1.5e-38 123.4% b.23.1 1.3e-11 37.6% b.23.1 6.6e-14 49.9% b.23.1 1.7e-20 65.9% b.23.1 7.4e-12 39.0% b.23.1 1.9e-08 30.8% b.23.1 2.4e-13 47.9% b.23.1 2.4e-18 57.0% b.23.1 1.6e-08 27.8% b.23.1 1.1e-24 80.4% b.23.1 1.3e-17 56.7% b.23.1 3.9e-09 33.2% b.23.1 5.4e-22 70.7% b.23.1 5.9e-28 89.7% b.23.1 4.3e-22 71.0% b.23.1 3e-26 84.3% b.23.1 2.2e-22 69.5% b.23.1 2e-11 37.0% b.23.1 4.6e-23 75.1% b.23.1 6.2e-10 36.0%

Sequence

MIPNLQLFLSLILFGLLNHVSSIDYEEIHIEDSYETRSRILMVDGNVWLHAGKDKNITFK
TTGNGRIYVDETDVSKLPDIASFKQLVGRIENTSQMFTTLKSRQDTQTSAMRVVLNSAKH
YLVALRNMTLEVNILKKWKTDKMARDMRRRGLLVKMTRQIIGINKLIAINACDPNKCSNG
GTCIPSFGAKFTCLCPPHFTGTTCEADIDECSVYNGTTAGCQNNGTCINNRGGFECQCQS
GYHGSLCQYHMSACSKTFELCGPHGHCIESIVDPTGQSSSDTTTYKCICDWGFKVSSDKN
NPTCVDVNECESNPCHPGVDCINLPGSFVCSGCPKGYKTDGNVCIDVNECEGEIRVCSPL
SKCHNTLGSYYCDSCPTGYSGDGGNCVKDDSCVKNKCHKLATCKVTDDGYSAVGDYTCYC
PDGYVGDGIGEEGCVKSASNVCQNHNCVNAGKCKPTSDTEYKCECEAGFLGKFCEKTSPC
QTNPCKNGGTCIAVENSAYCDCPEHFFGRACEEEEEHCGSHFTHSSGNYTFDLQRSNKTE
LSICDFVFNIPAANSAVVMTFTEFDKFTQEGSGPTDCAKTDANLTLYDGPEDSSSEFATF
CGDSHSVHAPLSDTPITMTSTGAMLRFRGTQGSFTIKWETVERKCGYRSSKPEGIISVPQ
NHQDIVCEWFISAPGGKIIEVTIPPVSMHSKDIEKCDQNSLEIYDGYATYDKHRILETCS
STLESQVVRTTGPFLTVAFISNMLQSDAGLETIRGFVLKYKFTTPDRECGAEIDNDSNDF
SFSGVIESPNYGSLYPPNMDCTWKINGTLSNGSYSGDMVLKLTFDEYDVKSGFSANGPGM
HYRSFRRLLPRNEVEYGIAPGFSRVFAYRNLFDMGTCTNDFLKIHDGDGTLVQETCNPRR
PPNVLTVNNPAAVLTFHSDSAEQGKGFRIQYEMLCEKRVNGNGTIQTWNFPNGGAAGTCT
YIIEAPKTHVISVRFLTIGLRVLPMSECFYTPNAVETYENYVEFSGGRTDNALFNRRYVC
ARYPFVEGAWMSVSAARRLQIKVGSDGNPMFKGLSLEYKTSDVGCGGVFSSMTGTISSPN
YPEKYQPHMHCVYNLYVSWSKTVKLTFDVFDLEVTPAKSCEYDRVEIYTSYHNETVHGEL
LGKFCGAMIPPSIYSTTNTMAVVFVSDRSVAGPGWNAKFEAVSRKTTCDFTLTAPSNNLI
FDPQQLKFDKCTYHIAVHENQRILIKMNNMSLPCDKSSLMFRNGPSETSPPFSSLPPESE
ICTPKVNYMPVIRSFSNRVTIVYKSINSEGSFFNLTYETITSGCGGRVDGLTGIVSAPQY
PLGDKKNLKCDWTVAVALGNKVRFALTALDDLNSSDSGGFCPLFAANRIDFFDSALQGNQ
HLKRYCAKEMASEPITSDDNELIIKYVQSGGFQSKKIFGFSGHFTTLCNGIVHEAISGSI
QSPGYPYKVYSNQFCTWTIKVPKGNRIVATVHHFSISQKSYFEGGINCITDMLKVDDTDL
AEAEVTFKKTDYNITNSVNKYCDKAIPRVIRSRHNSMKLTYSSQGDPTNQFWLSWNTLGC
SRDITAPQQLIITKENIDPEVDEFECQYKIQAPIGKQINLKIDKMDILPIGTNCTYTKDF
SGFAIFMSDSNKSGTPFQTYCSSINQQNISSHTNELFLFLSMKKDKLKTNVFFNATVEFV
DVPQSSQSDICGQVINLERGKKNYITSPGYPSAYLPGIKCNFLINAPPGYHIEYALEKYY
SPYYHDDRKTDKPRFMSPYTANYTCKWYLAYNVGMLSFYEGNSSSSSPVERLCDESDTVQ
TFELYASQSLVIFEGASNYMSQKSGEGVRDQIGFVLSMIPKCGGVVYAESKPQTISLYHE
GEGICNVTIKKKDPQDSEINIRLEEYTKLNSSSTHTIDDRIDIYVGGVLKYTEMLKATDN
TMQEYASDEEMMISVQNANAPHSAIIVVSTDDKSCGGEVRHSQGTIYAPTRRLDKPFDCG
WAISNSNGNTVTLSILDHNLKSTPNCTDSYIEIRANNSSGKLIKRQCDISSIDSTEYESQ
SLYVFLRYRPSASDGNDDDDDTPDIDQQDSNKRPLFKARYEKVSGGRPKSRYVSSPMIDN
TEMMVWTLDIVDEKAGILVKFIDLYLPSPTSYLRFTESGENDDVASSDYEEVTGVMAPAE
KFFETNLIRVYGKLEKSDKFSFTWDPVPLNYRNLTLAKDKPAKVYDCGGDLTPTYEWDYF
TNPLPAGQSFGYEENLHCRWIIRRPMFTGIELKFDYLELEDVQNCAFDFVSFRLQFDDQP
EENDDVDLSSVSKHCALVRSNNTFNFSVNRALHIHFVTDRSRHGIGFKLKYRLTCNSFEH
IRPGIFFEHTLTSPNYDGNFHTPSVWKCQYSLIIESNRKVSVEIVDLDIQENSPCSYNNA
LILGNRFSELVETHSQYSKSSKYCGKLEQGERLNFTSARGRLFIKYNSGPNSRKGFKMII
KEQLTECPSGVLHVDDNSPSRVLNSPEFPQRIPNSVECEYVMAAPNGHRLMLTFDSENFD
IDGNQKNCDLLDYIEIRDGPTVHSEVIGIYCGNQAPSTIFSTTNFLYMKLHTSEYGKSRR
FVATYGIATCGGTVMVRENVTTHITSPSFPYPFATPVQCQWNVKSPNTHMIEAKVDHVWL
FYNPNCTMEQLMIRDGNSTANPLIGPVCVPRHAPDVFTRSASNQITVQFTSNSTTTRGGR
QYCSNKKCGFDVAVTMSGEKCGGRITNLIGTLTPPGYPGKLLSHVKCIWDFKMKPGFIYR
FKITFPGANAYHKFDNQVFRIAKQHCFPDVAVVEGFPPYDGAQYSTYFCKNETQITSITD
TIRIVYDDSHTREMISAIGNDQPLNSTFYAPFTIDYMAIPANSENQGCTLQINKNLTTEF
HLRNKVNGKGVGLDSFCHVSIEKPANFESVHIEISDYKADSELQPAGAKCFSWGAHLKIK
SDEPVPIETTVCDGKSMKNKQSEMIYVNPQIDLFISQLFRDQEGQQFNLTIEFQKCGGVI
SSPNTGDITSPNFGSGLKYLPGSKCRWVLEAPEGQIVKVKIVEMQIAYDHECENDHLIIG
EGRQADVNTIHKYCHKMDGEQEQKLEDRFKIIKSHGRYLTLIWVTNMKYEEAGWKIQYEF
LNENEECGYHTSGMSGTIYTPMFGDKDYENDLECVWDIQVPLGYHINLKFKDFDVETAEN
CAKDQLLISQEHSTRANSPNGDYYFLFQDEEKETPLCGIEHPKDFESESNRVRLNFTTDS
QTTARGFRVNWEAECGAIYRLNHGVITSPYYPNGYPNDITCTYLIAPPDQNSVIAIKFAD
FDLATMRTSFGRAPCEDDYLQIIDTGTDRVLHTFCASEPMPKDALVFKGAIGLKFVSDKS
YYWMEEDNKYGRKGSKGFQLAYSINKCGDNIELREGTGFITTVTSPAFPLPYTKDLDCVW
NITTDPNRQLNIRFEEMKLEAFHDCSADYIEFFDSSDIMANKTLGKFCGTMDKIPQYRIV
TSGPNLLIHMRTDFNVNSGGFKLAVISSLGQKEGCGGKLTATTSWQTLTSPKDEDGNYPP
ALLCGWTISGPVDSQLQIRIDGVDTEQLEYPPGDRPSPECIDALAIYDGQEFFSPLLAGD
ICTSGTPLPKILYTSHRHAFITFETDRDGTGRGFNISYSIVDSDCGGWLKATNEIKTLVY
KGITSDDNKEMNKERSHQRCRFMIQGPKTEPVIVNFQQFNIPSKAGDCSDSFVEIRDVGS
LQECKHPACAREPNQRKITKLCGTHVPTSHVSNTNTIQIIVSADIMPNKNQSRPSLKFEY
NILDSCNRTIDTNTIKSGRLTSPNYPQVYSENSTCVTNLQSSNQKMLLVFNDFTLEEPNN
VNKNCDYDYLMLKEGDSNGTYYCGSTLPKALMTSGKDLTALLKSDHSLNHAGYDASYYTV
VSERDDQIQFADSYELEGVISSIGYPNGYNKSYTQIFTLRPPNSHDCSIIFTDVSISMTQ
LPEECFQPTEEYLEIEVKFKTQVKKARIRSCTFALKKARELILEADNNDRYIKFAFKSDA
KSENDGRGFKIRWKCHSIGKTQAVLPS

Region:1-4047
Length:4047aa
Label:Full sequence
Reset:click