Input sequence

Protein name Zonadhesin
Organism Mus musculus Length 5376
Disorder content 14.4% ProS content 2.9%
IDEAL NA UniProt O88799

Prediction

Order Disorder ProS 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: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 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 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 5376 1-77 78-85 86-248 249-254 255-411 412-415 416-541 542-1148 1149-1457 1458-1462 1463-1845 1846-1856 1857-2234 2235-2254 2255-2349 2350-2358 2359-2726 2727-2733 2734-2966 2967-2973 2974-3564 3565-3576 3577-3804 3805-3808 3809-3914 3915-3926 3927-4051 4052-4058 4059-4294 4295-4317 4318-4407 4408-4413 4414-4768 4769-4774 4775-5037 5038-5059 5060-5376 1-77 86-248 255-411 416-541 1149-1457 1463-1845 1857-2234 2255-2349 2359-2726 2734-2966 2974-3564 3577-3804 3809-3914 3927-4051 4059-4294 4318-4407 4414-4768 4775-5037 5060-5376 78-85 249-254 412-415 542-1148 1458-1462 1846-1856 2235-2254 2350-2358 2727-2733 2967-2973 3565-3576 3805-3808 3915-3926 4052-4058 4295-4317 4408-4413 4769-4774 5038-5059 78-85 249-254 412-415 1109-1115 1144-1148 1458-1462 1846-1856 2235-2254 2350-2358 2727-2733 2967-2973 3565-3576 3805-3808 3915-3926 4295-4317 5038-5045 5053-5059 4425-4739 2734-3033 3049-3157 4145-4246 1171-1233 4744-4841 2449-2557 1554-1608 3777-4006 3311-3525 4053-4876 2375-3163 1535-1760 217-304 379-540 47-208 217-372 1671-1819 1282-1427 4865-5017 2058-2216 1870-1938 5076-5146 47-210 217-374 379-542 1171-1220 1282-1434 1555-1608 1671-1826 1941-1995 2058-2217 2340-2398 2399-2454 2460-2518 2519-2574 2580-2638 2639-2694 2700-2758 2759-2814 2820-2878 2879-2934 2940-2998 2999-3054 3060-3118 3119-3174 3180-3238 3239-3294 3300-3355 3356-3411 3417-3475 3476-3531 3537-3595 3596-3651 3657-3715 3716-3771 3777-3835 3836-3891 3893-3951 3952-4007 4029-4087 4088-4143 4149-4207 4208-4262 4264-4322 4323-4378 4384-4442 4443-4498 4504-4562 4563-4618 4624-4682 4683-4738 4744-4802 4803-4858 4865-5018 5150-5203 5263-5294 374-540 42-208 217-371 1553-1608 1941-1995 5149-5194 1338-1398 1170-1235 1551-1609 1937-1996 2336-2399 2456-2519 2576-2639 2696-2759 2816-2879 2936-2999 3056-3119 3176-3239 3296-3356 3413-3476 3533-3596 3653-3716 3773-3836 3889-3952 4025-4088 4145-4208 4260-4323 4380-4443 4500-4563 4620-4683 4740-4803 5146-5204 5258-5312 72-94 138-150 464-476 549-563 578-607 637-648 672-689 702-760 776-848 851-934 959-982 1010-1041 1052-1087 1092-1103 1106-1123 1134-1148 2349-2362 3189-3198 3546-3561 3665-3677 4037-4047 5042-5058 5315-5333 5337-5355 5312-5334 1n7dA(4-299) 1e-08 26.05% 1n7dA(3-307) 2e-05 22.97% 2mhpA(4-102) 4e-05 28.44% 2mhpA(11-102) 4e-05 31.37% 2mhpA(15-79) 7e-05 33.85% 2mhpA(15-102) 0.0001 30.61% 2mhpA(4-102) 0.0002 27.52% 1hx2A(3-60) 6e-05 37.93% 4xbmB(145-357) 0.0008 26.46% 4xbmB(190-391) 0.001 24.38% 1dp0A(179-1006) 7e-09 5.68% 1dp0A(164-952) 4e-08 6.21% 2fh1A(2-227) 6e-07 5.75% 2v5yA(6-86) 0.0001 23.86% PF00629(1-158) 3e-18 37.2% PF00629(1-158) 7e-10 30.49% PF00629(1-158) 6e-09 32.72% PF00094(1-146) 1e-16 42.0% PF00094(1-146) 7e-16 36.91% PF00094(1-152) 1e-10 32.69% PF00094(1-152) 9e-07 28.75% PF08742(7-73) 5e-07 42.03% PF08742(8-72) 0.001 40.85% PF00629 6.1e-62 216.4% PF00629 5.8e-54 189.9% PF00629 7.3e-65 226.1% PF01826 5.4e-13 53.8% PF00094 1.1e-45 162.4% PF01826 2.2e-18 71.7% PF00094 2e-55 194.7% PF01826 1.5e-17 68.9% PF00094 2.3e-38 138.1% PF01826 6.2e-31 113.4% PF02345 2.9e-37 134.4% PF01826 5.4e-31 113.6% PF02345 7.2e-35 126.4% PF01826 1.4e-26 98.9% PF02345 9.6e-36 129.3% PF01826 2.5e-30 111.4% PF02345 1.2e-38 138.9% PF01826 2.8e-30 111.2% PF02345 2.8e-35 127.8% PF01826 5.7e-27 100.2% PF02345 3.2e-38 137.6% PF01826 6.9e-30 109.9% PF02345 8e-37 132.9% PF01826 1.6e-30 112.0% PF02345 3.1e-34 124.3% PF01826 5.8e-25 93.5% PF02345 4.3e-36 130.5% PF01826 1.4e-31 115.5% PF02345 1.1e-36 132.5% PF01826 1.6e-29 108.7% PF02345 1.8e-35 128.4% PF01826 6.1e-29 106.7% PF02345 5.2e-36 130.2% PF01826 4.3e-29 107.2% PF02345 9e-33 119.5% PF01826 5.2e-31 113.6% PF02345 2.8e-35 127.8% PF01826 7.5e-30 109.8% PF02345 4.8e-35 127.0% PF01826 7.1e-31 113.2% PF02345 6.6e-31 113.3% PF01826 1.3e-29 108.9% PF02345 1.6e-33 122.0% PF01826 3.7e-26 97.5% PF02345 1.9e-34 125.0% PF01826 2.7e-30 111.2% PF02345 3.1e-33 121.0% PF01826 2.3e-30 111.4% PF02345 5.5e-31 113.5% PF01826 2.5e-31 114.7% PF02345 9.7e-34 122.7% PF00094 3.8e-46 163.9% PF01826 3.7e-17 67.6% PF00008 1.5e-06 32.4% 2c9aA2(1-162) 1e-25 18.24% 2c9aA2(2-162) 1e-20 14.29% 2c9aA2(7-159) 3e-15 18.75% 1hx2A(2-60) 9e-10 37.29% 1hx2A(4-60) 2e-06 36.21% 1hx2A(3-48) 0.0001 23.91% 1d6uA4(22-84) 6e-06 16.92% g.22.1 1.1e-13 50.9% g.22.1 2.8e-19 46.0% g.22.1 3e-17 41.1% g.22.1 7.6e-18 42.6% g.22.1 1e-17 42.2% g.22.1 2.3e-16 39.0% g.22.1 3.7e-17 40.9% g.22.1 4.2e-18 43.2% g.22.1 2.7e-16 38.9% g.22.1 1.9e-18 44.0% g.22.1 8.3e-17 40.1% g.22.1 3.8e-19 45.7% g.22.1 7.1e-18 42.6% g.22.1 9.9e-17 39.9% g.22.1 5e-19 45.4% g.22.1 2.3e-17 41.4% g.22.1 8.4e-19 44.9% g.22.1 3.7e-18 43.3% g.22.1 3.4e-18 43.4% g.22.1 7.2e-17 40.2% g.22.1 6.8e-18 42.7% g.22.1 1e-18 44.6% g.22.1 9.8e-16 37.5% g.22.1 2e-18 44.0% g.22.1 2.4e-14 34.2% g.3.11 4e-09 32.3%

Sequence

MALPVWTLMLLVGAAWGQEQVPAWRPNSPDLGPMVHTSREDSILSKCDFEDNSRPFCDWS
QMSADDGDWIRTTGPSLTGTSGPPGGYPNGEGYYLHMDPKTFPQGGVARLRSPDIWEQGP
LCVHFAFHMFGLSWGAQLRLLLLRGRKHLRPYVLWKHVNTQSPSWMPTTVTVPADHDIPS
WLMFEGMRGNTAYLDISLDGLSIQRGTCNQVCMSQMCTFDTLNDLCGWSWVPTATGAKWT
QKKGPTGKQGVGPAEDFSNPGNGYYMLLDSTNARPGQKAVLLSPLSHSRGCMTLSFHYIM
HGQGHEEGLFVYATFLGNIRKYTLFSGHPGPDWQAVSVNYTGQGQIQFMVVGMFGNIPEP
AIAVDAISIAPCGESFPQCDFEDRVHPFCDWNQVYGDMGHWSWGSKSVPTLIAGSPREFP
YGGEHYIFFDSVKLSQEGQSARLVSPPFCAPGGICVEFAYHMYGLGKGTTLKLLLGSPAG
SSPIPLWNRVGSQSSGWMNSSVTIPKGYQQPMQLFIEATRGTSTAFVVALNFILISHGPC
RVLLQTEIPSSPLLPPTGPSESTVPTLPMEQPTSPTKATTVTIEIPTTPTEEATIPTETT
TVPTEVINVSPKETSIPPEVTIPTEVITVSPEEIISPTEVTPVPTDVTAAYVEATNASPE
ETSVPPEVTILTEVTTVSPEETTVPTEVPIVLIEATAFPTGETTLYTEVPTVPTEVTGVH
TEVTNVSPEETSVPTEETISTEVTTVSPEETTVPTEVPIVLIEATASPTGEITLYTEVPT
VPTEVTGVHTEVTNVSPEETSVPTEETISTEVTTVSPEETTLPTEVPTVSTEVTNVSPEE
TSVPPEETILTTLYTEVPTVPTEVTGVHTEVTNVSPEETSVPTEETISTEVTTVSPEETT
LPTEVPTVSTEVTNVSPEETSVPPEETILTEITTVSPEETVFPIEGTTLPTEVLTVPIEV
TTFPTGETTVPTEVPTVSTEMTGVHTEVTTVFPEETSIPTEVATVLPASIPPEETTTPTE
VTTTPPEETTIPAEVTTVPPASIPPEETASLTEVTTTPPEETTTPTEVTTVPPEKTTIPT
EVTTVPPASIFPEETTVPPEETTIASEETTVSTQETTLLTEQSAVTQTSIACRPPCPSPP
LMPIGPLLSKPPGVSMFSLAPTTGVSTTESCPPNAHIELCACPASCESPKPSCQPPCIPG
CVCNPGFLFSNNQCINESSCNCPYNNKHYKPGEEWFTPNCTERCRCLPGSLMECQISQCG
THTVCQLKSDQYQCEPYGKATCLVYGDLHFVTFDERHIGFTGTCTYILTQTCSNSTDHFF
RITANTEERGVEGVSCLDKVVISLPETTVTMISGRHTLIGDQEVTLPAILSDDTYVGLSG
RFVELRTTFGLRVRWDGDQQLFVTVSSTFSGKLCGFCGNYDGDSSNDNLKSDGMMTHDEE
ELRLSWQVEEDEDKDWVSSRCQKKKNPPSCDAALGSTMSGPKLCGQLVNPSGPFEACLLH
LKASSFLDNCVTDMCSFQGLQQKLCARMSAMTATCQDAGYPVKPWREPQFCPLVCPKNSR
YSLCAKPCPETCHPISTTQHCSDKCVEGCECDPGFILSGSECVPSSQCGCTSFQGRYFKL
QEQWFNPDCKEICTCESHNHILCKPWKCKAQEACSYKNGVLGCHAQGAATCMVSGDPHYL
TFDGALHHFMGTCTYVLTQPCWSKSQENNFVVSATNEIHDGNLEVSYVKAVHVQVFDLKI
SMFKGQKVVLNNQRVVLPVWPSQGRVTIRLSGIFVLLYTNFGLQVRYDGRHLVEVTVPSS
YTGSLCGLCGNYNNNSMDDNLRADMKPAGNSLLLGAAWKILEASDPGCFLAGGKPSRCAD
SDMDDVWTKKCAILMNPLGPFSNCHEAVPPQASFSSCVYGQCETNGDNLTFCHSLQAYAS
LCAQAGQVTTWRNSTFCPMRCPPRSSYNPCANSCPATCLTLSTPRDCPTLPCVEGCECQS
GHILSGTTCVPLRQCGCSDQDGSYHLLGESWYTEKTCTTLCTCSAHSNITCSPTACKANH
VCLRQEGLLRCAAEMGECRISEDSQIVSFDDHSHPIQDTCTYILVKVCHPNTNMPFFMIS
AKTDINTNGKNKTFGVYQLYIDIFNFHITLQKDHLVLISLINDSIVTLPTTTHIPGVSVM
TEDVYTIVTIKDEIQVKFESNNFLDVKIPASSNGKVCGVCGNFNGEEEDELMTPSGELAE
DEQEFMNSWKDKSMDPNCQKIEGQNLQVEQQEIMNGKCRPIDFEKAQANCQTALQGPAWA
HCSSRVPIKPFLLKCMNSFCEFRELFRALCDSLQSFEDACQNQGLKPPIWRNSSFCPLEC
PAHSHYTNCLPSCPPSCLDPDSRCEGSGHKVPATCREGCICQPDYVLLNDKCVLRSHCGC
KDAQGVFIPAGKTWISEDCTQSCTCMKGSMRCWDFQCPPGTYCKNSNDGSSNCVKISLQC
PAHSKFTDCLPPCHPSCSDPDGHCEGISTNAHSNCKEGCVCQPGYVLRNDKCVLRIECGC
QHTQGGFIPAGKNWTSRGCSQSCDCMEGVIRCQNFQCPSGTYCQDIEDGTSNCANITLQC
PAHSSFTNCLPPCQPSCSDPEGHCGGSTTKAPSACQEGCVCEPDYVVLNNKCVPRIECGC
KDAQGVLIPADKIWINKGCTQTCACVTGTIHCRDFQCPSGTYCKDIKDDASNCTEIILQC
PDHSLYTHCLPSCLLSCSDPDGLCRGTSPEAPSTCKEGCVCDPDYVLSNDKCVLRIECGC
KDAQGVLIPAGKTWINRGCTQSCSCMGGAIQCQNFKCPSEAYCQDMEDGNSNCTSIPLQC
PAHSHYTNCLPTCQPSCSDPDGHCEGSSTKAPSACKEGCVCEPDYVMLNNKCVPRIECGC
KDTQGVLIPADKTWINRGCTQSCTCRGGAIQCQKYHCSSGTYCKDMEDDSSSCATITLQC
PAHSHFTNCLPPCQPSCLDSEGHCEGSTTKAPSACQEGCVCEPDYVVLNNKCVPRIECGC
KDAQGVLIPADKTWINRGCTQSCTCKGGAIQCQKFQCPSETYCKDIEDGNSNCTRISLQC
PANSNFTSCLPSCQPSCSNTDVHCEGSSPNTLSSCREGCVCQSGYVLHNDKCILRNQCGC
KDAQGALIPEGKTWITSGCTQSCNCTGGAIQCQNFQCPLKTYCKDLKDGSSNCTNIPLQC
PAHSRYTNCLPSCPPLCLDPEGLCEGTSPKVPSTCREGCICQPGYLMHKNKCVLRIFCGC
KNTQGAFISADKTWISRGCTQSCTCPAGAIHCRNFKCPSGTYCKNGDNGSSNCTEITLQC
PTNSQFTDCLPSCVPSCSNRCEVTSPSVPSSCREGCLCNHGFVFSEDKCVPRTQCGCKDA
RGAIIPAGKTWTSKGCTQSCACVEGNIQCQNFQCPPETYCKDNSEGSSTCTKITLQCPAH
TQYTSCLPSCLPSCLDPEGLCKDISPKVPSTCKEGCVCQSGYVLNSDKCVLRAECDCKDA
QGALIPAGKTWTSPGCTQSCACMGGAVQCQSSQCPPGTYCKDNEDGNSNCAKITLQCPAH
SLFTNCLPPCLPSCLDPDGLCKGASPKVPSTCKEGCICQSGYVLSNNKCLLRNRCGCKDA
HGALIPEDKTWVSRGCTQSCVCTGGSIQCLSSQCPPGAYCKDNEDGSSNCARIPPQCPAN
SHYTDCFPPCPPSCSDPEGHCEASGPRVLSTCREGCLCNPGFVLDRDKCVPRVECGCKDA
QGALIPSGKTWTSPGCTQSCACMGGVVQCQSSQCPPGTYCKDNEDGNSNCAKITLQCPTH
SNYTDCLPFCLPSCLDPSALCGGTSPKGPSTCKEGCVCQPGYVLDKDKCILKIECGCRDT
QGAVIPAGKTWLSTGCIQSCACVEGTIQCQNFQCPPGTYCNHNNNCAKIPLQCPAHSHFT
SCLPSCPPSCANLDGSCEQTSPKVPSTCKEGCLCQPGYFLNNGKCVLQTHCDCKDAEGGL
VPAGKTWTSKDCTQSCACTGGAVQCQNFQCPLGTYCKDSGDGSSNCTKIHKGAMGDGVLM
AGGIRALQCPAHSHFTSCLPSCPPSCSNLDGSCVESNFKAPSVCKKGCICQPGYLLNNDK
CVLRIQCGCKDTQGGLIPAGRTWISSDCTKSCSCMGGIIQCRDFQCPPGTYCKESNDSSR
TCAKIPLQCPAHSHYTNCLPACSRSCTDLDGHCEGTSPKVPSPCKEGCLCQPGYVVHNHK
CVLQIHCGCKDAQGGFVPAGKTWISRGCTQSCACVGGAVQCHNFTCPTGTQCQNSSCSKI
TVQCPAHSQYTTCLPSCLPSCFDPEGLCGGASPRAPSTCREGCVCEADYVLREDKCVLRT
QCGCKDAQGDLIPANKTWLTRGCAQKCTCKGGNIHCWNFKCPLGTECKDSVDGGSNCTKI
ALQCPAHSHHTYCLPSCIPSCSNVNDRCESTSLQRPSTCIEGCLCHSGFVFSKDKCVPRT
QCGCKDSQGTLIPAGKNWITTGCSQRCTCTGGLVQCHDFQCPSGAECQDIEDGNSNCVEI
TVQCPAHSHYSKCLPPCQPSCSDPDGHCEGTSPEAPSTCEEGCVCEPDYVLSNDKCVPSS
ECGCKDAHGVLIPESKTWVSRGCTKNCTCKGGTVQCHDFSCPTGSRCLDNNEGNSNCVTY
ALKCPAHSLYTNCLPSCLPSCSDPEGLCGGTSPEVPSTCKEGCICQSGYVLHKNKCMLRI
HCDCKDFQGSLIKTGQTWISSGCSKICTCKGGFFQCQSYKCPSGTQCEESEDGSSNCVSS
TMKCPANSLYTHCLPTCLPSCSNPDGRCEGTSHKAPSTCREGCVCQPGYLLNKDTCVHKN
QCGCKDIRGNIIPAGNTWISSDCTQSCACTDGVIQCQNFVCPSGSHCQYNEDGSSDCAAN
KLERCTIFGDPYYLTFDGFTYHFLGRMNYYLIKTVDKLPRGIEPLIMEGRNKISPKGSST
LHEVTTIVYGYKIQLQEELVVLVNDEKVAVPYNPNEHLRVMLRAQRLLLVTDFEMVLDFD
GKHSAVISLPTTYRGLTRGLCGNYDRDQSNELMLPSGVLTSNVHVFGNSWEVKAQHAFFR
FPRALPEDEERDEEPDLLQSECSQEQTALISSTQACRVLVDPQGPFAACHQIIAPEPFEQ
RCMLDMCTGWKTKEEEELRCRVLSGYAIICQEAGANMTGWRDHTHCAMTCPANTVYQRCM
TPCPASCAKFVTPKVCEGPCVEGCASLPGYIYSDTQSLPVTHCGCTADGIYYKLGDSFVT
NDCSQHCTCASQGILLCEPYGCRAGESCMVANFTRGCFQDSPCLQNPCHNDGRCEEQGAT
FICHCDFGYGGEFCTEPQDITTRKKIEASSLVAILPGVLVMVLVPVLLPRVYVYMATRTT
MGRRRMKRKEKKLLRQSRLRLEDADVPEPTFKATEF

Region:1-5376
Length:5376aa
Label:Full sequence
Reset:click