Input sequence

Protein name Cubilin homolog
Organism Drosophila melanogaster Length 3750
Disorder content 0.7% ProS content 0.6%
IDEAL NA UniProt Q9W332

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 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 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 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 COILS:coiledCoil 0 3750 1-19 20-903 904-909 910-1723 1724-1728 1729-2315 2316-2320 2321-2463 2464-2467 2468-2798 2799-2802 2803-3451 3452-3459 3460-3468 3469-3750 20-903 910-1723 1729-2315 2321-2463 2468-2798 2803-3451 3469-3750 1-19 3452-3459 5-19 3452-3459 978-1372 1554-1998 629-1092 1332-1707 2915-3359 1792-2239 3272-3728 507-737 2140-2562 216-493 152-270 469-535 157-286 384-509 282-414 1100-1547 627-1092 2898-3360 1554-1668 2019-2133 3623-3733 2139-2242 2516-2641 1786-1899 504-626 2291-2378 1100-1206 1554-1664 1448-1547 1792-1899 509-620 978-1092 1216-1328 3267-3360 627-735 3623-3729 3130-3241 2898-3007 2291-2379 853-968 2140-2241 2035-2132 744-838 3011-3125 2516-2609 202-232 282-322 324-366 430-462 469-502 502-620 627-735 744-849 853-968 978-1092 1100-1209 1216-1328 1439-1547 1554-1667 1792-1899 2019-2133 2140-2253 2263-2380 2516-2628 2898-3007 3011-3125 3130-3243 3249-3361 3623-3733 1434-1555 1215-1332 3010-3131 3124-3247 2514-2630 1909-1998 2033-2133 1109-1209 1801-1900 1563-1667 529-621 988-1093 3272-3362 3632-3733 2910-3007 2291-2381 862-968 2163-2242 3394-3508 627-737 159-423 406-504 153-198 190-232 285-325 326-380 426-463 461-509 508-624 626-739 743-851 852-972 977-1096 1099-1213 1215-1330 1331-1436 1438-1551 1553-1669 1670-1789 1791-1903 1908-2002 2017-2140 2134-2255 2270-2385 2384-2513 2515-2632 2756-2891 2892-3013 3010-3127 3129-3247 3248-3365 3367-3513 3529-3616 3622-3737 702-716 2278-2290 2569-2579 2824-2836 132-159 3kq4B(1-387) 9e-53 32.83% 3kq4B(1-455) 2e-38 27.51% 3kq4B(2-455) 4e-36 25.67% 3kq4B(1-385) 3e-33 27.32% 3kq4B(21-453) 7e-31 26.08% 3kq4B(1-437) 2e-25 25.27% 3kq4B(21-445) 3e-25 23.44% 3kq4B(232-457) 2e-22 27.47% 3kq4B(1-395) 6e-17 23.92% 4xbmB(165-397) 1e-21 28.57% 4cudA(1-109) 3e-18 35.0% 2a2qL(40-104) 0.0002 31.34% 4cudA(6-121) 2e-25 32.31% 4cudA(5-121) 2e-21 29.37% 4cudA(1-111) 5e-15 29.71% 3kq4B(1-455) 2e-18 18.44% 3kq4B(1-455) 8e-13 21.61% 3kq4B(1-454) 7e-11 19.62% 3pobA(1-111) 1e-14 25.0% 3pobA(1-107) 0.0005 20.0% 1sppA(6-103) 9e-10 20.72% 1sppA(5-89) 6e-08 22.12% 1sppA(6-101) 0.0002 12.7% 1sfpA(1-105) 3e-13 17.54% 1sfpA(2-110) 3e-13 20.33% 1sfpA(27-103) 9e-10 22.73% PF00431(1-107) 2e-23 45.79% PF00431(1-107) 6e-18 43.24% PF00431(10-110) 8e-18 47.52% PF00431(1-110) 1e-17 40.0% PF00431(1-110) 3e-16 37.5% PF00431(1-110) 4e-16 40.0% PF00431(1-110) 1e-15 42.48% PF00431(16-109) 1e-14 36.17% PF00431(1-110) 1e-12 38.74% PF00431(1-106) 4e-12 34.58% PF00431(1-108) 7e-11 36.28% PF00431(1-110) 3e-10 36.28% PF00431(26-109) 5e-09 33.71% PF00431(1-110) 4e-08 34.75% PF00431(1-95) 1e-07 33.01% PF00431(14-106) 1e-06 37.86% PF00431(1-95) 5e-06 32.0% PF00431(1-110) 9e-06 31.9% PF00431(1-91) 0.0004 26.32% PF00008 6.4e-06 30.3% PF07645 2.2e-08 38.4% PF07645 5.9e-06 30.4% PF00008 1.4e-07 35.8% PF00008 5.6e-08 37.1% PF00431 8e-25 93.1% PF00431 7.7e-22 83.1% PF00431 6.3e-09 33.5% PF00431 3.8e-10 44.3% PF00431 1.4e-23 89.0% PF00431 7.6e-36 129.7% PF00431 3.5e-19 74.3% PF00431 1.3e-32 118.9% PF00431 1.2e-28 105.8% PF00431 7.5e-36 129.7% PF00431 9.5e-07 11.9% PF00431 6.1e-08 23.7% PF00431 2.6e-23 88.1% PF00431 2.3e-07 18.0% PF00431 2.7e-19 74.7% PF00431 7.2e-08 23.0% PF00431 4.4e-08 25.1% PF00431 2.5e-18 71.5% PF00431 6.5e-21 80.1% 1sfpA(2-111) 4e-18 17.21% 1sfpA(6-109) 9e-15 18.64% 1sfpA(6-111) 3e-09 18.85% 1sfpA(1-109) 3e-08 14.52% 1sfpA(5-107) 5e-07 14.53% 1sfpA(8-105) 0.001 17.35% 1nt0A1(7-104) 1e-07 26.21% 2qqmA3(1-103) 1e-17 31.07% 2qqmA3(1-104) 1e-15 32.69% 2qqmA3(1-103) 3e-15 25.71% 2qqmA3(12-104) 3e-14 32.63% 2qqmA3(2-104) 5e-13 24.53% 2qqmA3(12-104) 2e-12 30.11% 2qqmA3(1-103) 4e-12 21.36% 2qqmA3(7-103) 1e-11 27.55% 2qqmA3(17-104) 2e-11 31.87% 2qqmA3(1-103) 5e-10 22.43% 2qqmA3(14-89) 0.0001 16.25% 2qqmA3(10-102) 0.0002 14.78% 1nt0A2(1-106) 2e-15 25.23% 1lk9A(17-270) 9e-14 6.34% 1rfxA(1-84) 2e-08 12.0% g.3.11 1.5e-12 46.6% g.3.11 3e-08 27.8% g.3.11 1.6e-08 25.2% g.3.11 1.9e-07 21.6% g.3.11 2.6e-07 26.1% g.3.11 4.1e-12 39.8% b.23.1 6.2e-33 105.6% b.23.1 6.2e-35 111.9% b.23.1 6.5e-15 48.8% b.23.1 1.1e-24 79.3% b.23.1 1.1e-32 104.8% b.23.1 2.9e-36 116.1% b.23.1 9.6e-31 98.6% b.23.1 8.7e-10 32.3% b.23.1 7.9e-36 114.8% b.23.1 7.2e-33 105.3% b.23.1 1.3e-08 28.0% b.23.1 1.4e-32 104.4% b.23.1 4.1e-09 31.5% b.23.1 4.6e-18 61.6% b.23.1 1.6e-16 51.4% b.23.1 1e-25 91.5% b.23.1 3.7e-09 30.3% b.23.1 2.2e-16 52.8% b.23.1 1e-10 38.7% b.23.1 4.9e-24 74.6% b.23.1 1.1e-18 60.2% b.23.1 9.8e-17 54.7% b.23.1 3.1e-26 84.2% b.23.1 7.8e-12 38.9% b.23.1 1.1e-07 25.1% b.23.1 3.5e-30 96.8%

Sequence

MEGAARSRLLLCWTLLAIITDTWPIAEGFVNSPKIISKDGNLIFESGANRNISFRLSGNS
RLTINEELDVMELLLATSGSKKRSGGKDDDFVDARELADQLADFNRRAFGANGLSAMLRV
QQNRTRGSMALLRRFQTRLRALENRVDRMKTDLEANSCASGPCENGGTCYNTYTGFRCQC
RSAFEGTKCEMDVNECALYEGTDLGCQNGGQCQNHFGTYSCLCQPGWHGMHCTQRKADCS
QSSAWELCGHGSCVPSADDAGYRCICEPGWKTNGLTPICGEDVDECSDSAAHKPCSTSCI
NLPGSFTCAPCPAGLTGNGVSCRDLDECQTNNGGCSLSPKVDCINTYGSYHCGECPVGWT
GDGRKCERSPQDIDIPAGQTPRTCPAGNNPCYPTASCFLISGTTSCRCPMGMVGTGYGPN
GCVNGTTTNCKENPCLNGGICLFAGPSNYTCLCPIGFRPPICEPQPSPCDQHPCKNGGRC
RPTTSGDLFVCQCLPGYRGRLCETRFSSCNGMLSAQSGRLRYPPEGTGYEHNAQCAWVIR
TNESLVVNVTFNSFDVEDSTECRFDWLQINDGRSAAAQIIGRYCGNHLPHGGNIVSSGNQ
LYLWFRSDNSTAKEGFDLTWNSMEPQCGGRLNFETHGTLASPGSPGNYPKNRDCRWQLVA
PTTKRIKLTFFSLQLEQHANCNFDYVLIKDSISGRELAKYCTTGAPAPLLLPTHLAEIHF
HSDAEGSDTGFQLHYSVEERVPGCGGVYTAKEGTISESSTANTEPGGVSCEYEIHLAVGE
QVVIQFARLELDPLDCLEVLDITDEGGSILQEKICGSDASRLNPPTFTSEFNRLKIKFYA
RAGSFQLNYRMACDYKLNNEQGTITSPGYPNLTRSDRICTYTISTATNTVISLKRIDFQL
TNGESDDDDNDECLTTNLRINDGLNRKILGPYCGKNQPEENFVSETNYLQLHLSTDVDSM
GRGFKFEYRALATGNDKCGGVHTRSGDHIRLPVHDDSYAGEATCYWVIMAPANKAIRLHW
NSFSLENAVDCIYDYLEIYDSLGAQVNDERSKPLAKYCGNSVPEDLLSHSRQLVLKFVSD
YSESDGGFDLTYTFEDRAKCGGHIHASSGELTSPEYPANYSAGLDCDWHLTGTIDHLLEI
QVENFELEQSPNCSADYLEVRNGGGTDSPLIGRFCGRDIPARIPGFSHEMRLILHTDSAI
NGRGFRLRWRIFAFGCGGSLRSNMGAISSPRYPNSYPNMAHCEWRISLHPGSGISLLIED
LELEGLSNCYYDSVKIYTGIKLPNQSPCKVLCKDDDLHNPLIQLENNKGTIVFDSDASNT
FRGFRISYKANCIRNLTATTGTIESLNYMEPFWETIPINCSWTIRAPKGNRVLVEVSHLA
RHEQHVPTATMPGGLYIVDGRNVQEIVTPQAMNISGEVLTVVHNASNVNFQLDYRIDGCM
EELRGTFGFFQSPNYPKMYPNNLECYWLITVEQDSAIELTINNIDLEDSPNCTKDALTVS
NHKNSVEVHERHCGSTTKLVITSSGHRLHVRFISDNSHNGLGFEATYRTVKATCGGKLTA
RNGVIESPNYPLNYPAHSRCEWQVEVSQHHQIVFEMADLNLESGYDCNWDYLEAYDLTED
DTEGERLFKVCGDETEDDKLLSSSSNMAVVRFISDDSVSKKGFRLHFHESCGQTIIVDET
MFDYIQMSRQAARNESCLWVFQAVEPNKRIIFTPTHVKLREDANQQYPTEGDCLNVGVKI
YEGTEPQGTPRLKFCRSHPPALISNGQALTVSVPLQLVEEFQGHYMTMDTSCGSIYNALS
GKFTSPYYPASYPPNIECLWLLEASMGNSLSLTLESMDLEKSESCNRDYLEVREESESGQ
LIGVYCGNEVPGVIHSRGAIWMKFKSDDDNVGEGFMASYNYEHHNELNGTEGTIESPHFP
SKFQDPVPYSWRITVDKEYVVAISLLYLRDLDQPHLNFYDGYSDIGARIEVTDPDETIIS
STNVVYFTSNRGPFKLNWNRLSKEALRSNRTAEERTRQCGNQLITIDRSVIGFHSPGYPN
GYEQDLNCFWTLVPSNPAMHAVLTLSQIDLEIFSEDCIADYVKIFSGSDLQNWSELRTLC
SLPTESSDRVFHGRPYLRVEFVTDPSVNKTGFNGIVRTACGSEITASKGLVNITEILKVL
PRPNHDCVWTIKVRQGRRIKIDFPDFQLQNNMASGSSDCRNYLLLRNGNDEDSPFLGRGK
YCEDVVHEVLNTSSNKAYIKFHFASPPRFLVSFRFEELRYTDSGRIRLSASGDEQFISSP
YYPHLPHPHSECIWIVEAPPEHRIMLHFQGAFDMLDATGEPEECQREFVLINDGSTELRP
EIGRYCGNRKPDTIYSTGNQMRIRYFTDVSEPHMGFNASLSVARCGGSFHSPEGVIASPS
RDLLLIHEEGKQLQECVYTIELEKGSTIDLTSEYLQIPTLRNGSCSQRNHLMLEEMDAFG
LDGEEKIVDTLMLCGMEAKHLISETNKIVFRYRFLDGIPAENQGFRLKYTSLGSRCGETI
YASVGVLQTPGYPLGVPHPMHCKWQVQVPKGRRVRLEILDFNTGTNMDLRGRLGFRGRLT
VANDFKMQSILGRYNVDPPAEVLSSDNTMGIDAFLLPIVQNHGIKLRFSAYGSSSCPGFT
VMMNEVADIQFQRFNISRPLHCSYKVVPPSNSTLLIRVKEYNTTSVMMWNTHMCALLSPL
KFNRLEQEEELMERILCDYQSPAPGKPLPSIRLPFPIQLVVSASARNAMTNLVLSYSTQS
CGGVIILEPGDNMTVHQPSGMVSAAGAIDCAWAIGPYTDASGEDEVLVPQDIQLEVSVYN
VNLPAPSPSAQSPEAPCLHHYLKVYNGPDQNSPSLGLFCNQATAVNMVVERGLFLEYHSD
SFSANATFNVSIKYGSGCGGKLVYPYRAIDFAEQYKNNVECIWEVEATMGYHIGLTFQGR
FYIEDSPGCTKDYLLVQQRNETTGNWTDLQRICGRVAPEMINTTSPYLRLIFRSDGDVVA
DGFLAKFERNCGGLLYADSTEQELASPGFPNGYEKYLQCNWTIVPRSPSMGGVLVSFVNF
DLEQGPISVCLYDNLTVTTKDKGKDPQQTTLCGVKHNHEYRGKEYVNLLLRTDGSYSGRG
FTLLYTSRLCGGIISRTSMVESPVQHTDNTLPPGSDCYWNLTAPAGYKFNIKFLFIDFEA
NSNCAYDGVEVFSGPIPDERYRWGRFCGRINEDLPLISIPQERGIIHSFSDDRDPSRGFR
ALVRVMPNCDEKISLNGSSRYVYSKFNNAGGYQNDLDCQIVFRVNPDQQISVEFSNFHVQ
DTDGCRSDYVELRDGGGTFADIIGRFCGQNQPPTLRTTRHTLYMRFVTDNKVTDTGFQVT
INAIPRLCGSSEITLSADGTKEVTINSPARTPGGNYPNGVSCFWKIKGDSLLRVQFVNFD
LHGPNQNGSCVDDYLKIYNSEDAPLLEQGLGTDLVFNGQTSSKNGFGFATEHVYCGNVKP
DIYYGRSSEVYLKFRSKGLEQHGGFQLQVALNSNRERHYDGLQGRVHLSQSADCNIIIRA
PPNYTLSLYYTELIFGTYDCEMENLEVFDRTNRSLQRVCSFVDMGKSLFSNANELRLQMK
TGSYLTSLDLTYLASPVEKGPGCGGQFYNTEGIFSNPFYPNNVRNNSECQWIVRVPSNNV
VFLTFEVFNLGSKTTCHTDYLQILEQDATGEEREMRRFCGEDNPKYYKSRRSQVLVRFHK
TVNYDGIGWVIRFAGVYSDHQIPRHLLGGS

Region:1-3750
Length:3750aa
Label:Full sequence
Reset:click