Input sequence

Protein name IgGFc-binding protein
Organism Homo sapiens Length 5405
Disorder content 3.0% ProS content 2.9%
IDEAL NA UniProt Q9Y6R7

Prediction

Order Disorder ProS 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 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 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 SEG:LCR 0 5405 1-28 29-651 652-656 657-765 766-771 772-1040 1041-1049 1050-1429 1430-1443 1444-1707 1708-1711 1712-2239 2240-2251 2252-2354 2355-2360 2361-2629 2630-2646 2647-2908 2909-2912 2913-3439 3440-3456 3457-3551 3552-3564 3565-3829 3830-3847 3848-4643 4644-4651 4652-5020 5021-5029 5030-5405 29-651 657-765 772-1040 1050-1429 1444-1707 1712-2239 2252-2354 2361-2629 2647-2908 2913-3439 3457-3551 3565-3829 3848-4643 4652-5020 5030-5405 1-28 652-656 766-771 1041-1049 1430-1443 2240-2251 2355-2360 2630-2646 3440-3456 3552-3564 3830-3847 4644-4651 5021-5029 1-21 652-656 766-771 1041-1049 1430-1443 2240-2251 2355-2360 2630-2646 3440-3456 3552-3564 3830-3847 4644-4651 5021-5029 2716-2825 1515-1624 3917-4026 738-839 4731-4805 2329-2419 3530-3620 1515-1697 2716-2898 3917-4099 3525-3685 2324-2484 1122-1283 4737-4792 743-799 5119-5174 1252-1406 2453-2607 3654-3808 472-627 4856-5002 3273-3428 2072-2227 1673-1831 2874-3032 864-1020 4075-4233 4474-4629 674-742 5045-5118 4280-4348 1889-1946 3090-3147 1474-1529 2675-2730 3876-3931 745-799 1532-1585 472-628 745-799 864-1020 1136-1189 1252-1407 1532-1585 1673-1832 1950-2007 2072-2228 2337-2390 2453-2608 2733-2786 2874-3033 3151-3208 3273-3429 3538-3591 3654-3809 3934-3987 4075-4234 4352-4409 4474-4630 4739-4792 4856-5003 5121-5174 5235-5389 2335-2390 3536-3591 4739-4792 1532-1585 2733-2786 3934-3987 743-799 1134-1189 5121-5174 3150-3204 4351-4405 1949-2003 1584-1626 3986-4028 2785-2827 1187-1231 2389-2432 3590-3633 741-800 1132-1190 1527-1600 1946-2008 2333-2391 2729-2787 3147-3209 3534-3592 3930-3988 4348-4410 4735-4793 5117-5175 160-172 1108-1121 1424-1436 1462-1473 1961-1977 2309-2323 2625-2637 2663-2674 3162-3173 3510-3524 3826-3838 3864-3875 4363-4374 4711-4725 5023-5036 5192-5204 2mhpA(2-102) 2e-06 31.53% 2mhpA(2-102) 3e-06 30.97% 2mhpA(2-102) 4e-06 31.53% 2mhpA(8-94) 1e-05 33.98% 2mhpA(7-79) 0.0003 33.33% 2mhpA(7-92) 0.0004 30.77% 2mhpA(7-92) 0.0004 30.77% 2fh1A(5-188) 7e-10 7.61% 2fh1A(5-188) 3e-09 6.52% 2fh1A(5-188) 4e-09 7.07% 2fh1A(9-169) 4e-08 7.45% 2fh1A(9-169) 5e-08 7.45% 2fh1A(8-169) 1e-07 10.49% 1hx2A(2-60) 2e-07 28.81% 1hx2A(2-60) 0.0001 26.67% 1hx2A(2-60) 0.0002 22.03% PF00094(1-152) 5e-24 42.95% PF00094(1-152) 1e-23 42.95% PF00094(1-152) 3e-23 42.95% PF00094(1-152) 3e-20 43.67% PF00094(1-152) 3e-19 38.96% PF00094(1-152) 4e-18 38.61% PF00094(1-152) 1e-17 37.97% PF00094(1-152) 2e-17 39.13% PF00094(1-152) 2e-17 39.13% PF00094(1-153) 3e-17 38.75% PF00094(1-152) 5e-17 38.51% PF00094(1-152) 5e-17 37.34% PF08742(8-73) 5e-11 49.28% PF08742(3-73) 6e-09 44.59% PF08742(8-72) 2e-07 47.83% PF08742(16-72) 3e-07 48.28% PF08742(16-72) 3e-07 48.28% PF08742(19-73) 3e-06 46.43% PF08742(19-73) 6e-06 44.64% PF08742(19-73) 8e-06 44.64% PF01826(1-55) 2e-05 53.57% PF01826(1-55) 0.001 43.64% PF00094 1e-45 162.5% PF01826 2.2e-16 65.0% PF00094 7.5e-38 136.4% PF01826 3.8e-12 50.9% PF00094 7e-43 153.1% PF01826 2.2e-13 55.0% PF00094 1.2e-41 148.9% PF01826 1.1e-15 62.7% PF00094 4.1e-35 127.2% PF01826 4.8e-18 70.5% PF00094 8.1e-42 149.5% PF01826 2.6e-12 51.5% PF00094 1.2e-41 148.9% PF01826 3.2e-16 64.5% PF00094 6.2e-35 126.6% PF01826 4.8e-18 70.5% PF00094 3.7e-41 147.3% PF01826 2.6e-12 51.5% PF00094 1.8e-41 148.4% PF01826 3.2e-16 64.5% PF00094 2.3e-32 118.1% PF01826 1.9e-18 71.9% PF00094 2.9e-38 137.7% PF01826 2.4e-10 45.0% PF00094 4.2e-14 57.5% 1hx2A(2-60) 4e-11 30.51% 1hx2A(2-60) 4e-11 30.51% 1hx2A(4-60) 8e-11 29.82% 1hx2A(4-60) 1e-08 28.07% 1hx2A(4-60) 5e-08 26.32% 1hx2A(4-60) 5e-08 26.32% 1hx2A(2-60) 8e-08 26.67% 1hx2A(2-60) 1e-07 25.42% 1hx2A(4-60) 9e-07 22.81% 1hx2A(3-57) 3e-05 25.86% 1hx2A(3-57) 3e-05 25.86% 1hx2A(3-57) 0.0006 29.31% 1o9aA1(2-44) 4e-05 25.58% 1o9aA1(2-44) 7e-05 23.26% 1o9aA1(2-44) 0.0001 23.26% 1o9aA1(1-44) 0.0004 15.56% 1o9aA1(2-44) 0.001 15.91% 1o9aA1(2-44) 0.001 15.91% g.22.1 5.9e-19 45.2% g.22.1 2.6e-17 41.3% g.22.1 7.2e-19 69.9% g.22.1 6.3e-17 40.4% g.22.1 3.8e-20 48.1% g.22.1 9.9e-19 44.7% g.22.1 7.6e-17 40.2% g.22.1 3.8e-20 48.1% g.22.1 9.9e-19 44.7% g.22.1 7.6e-17 40.2% g.22.1 3.4e-20 48.2% g.22.1 6.1e-18 42.8%

Sequence

MGALWSWWILWAGATLLWGLTQEASVDLKNTGREEFLTAFLQNYQLAYSKAYPRLLISSL
SESPASVSILSQADNTSKKVTVRPGESVMVNISAKAEMIGSKIFQHAVVIHSDYAISVQA
LNAKPDTAELTLLRPIQALGTEYFVLTPPGTSARNVKEFAVVAGAAGASVSVTLKGSVTF
NGKFYPAGDVLRVTLQPYNVAQLQSSVDLSGSKVTASSPVAVLSGHSCAQKHTTCNHVVE
QLLPTSAWGTHYVVPTLASQSRYDLAFVVASQATKLTYNHGGITGSRGLQAGDVVEFEVR
PSWPLYLSANVGIQVLLFGTGAIRNEVTYDPYLVLIPDVAAYCPAYVVKSVPGCEGVALV
VAQTKAISGLTIDGHAVGAKLTWEAVPGSEFSYAEVELGTADMIHTAEATTNLGLLTFGL
AKAIGYATAADCGRTVLSPVEPSCEGMQCAAGQRCQVVGGKAGCVAESTAVCRAQGDPHY
TTFDGRRYDMMGTCSYTMVELCSEDDTLPAFSVEAKNEHRGSRRVSYVGLVTVRAYSHSV
SLTRGEVGFVLVDNQRSRLPVSLSEGRLRVYQSGPRAVVELVFGLVVTYDWDCQLALSLP
ARFQDQVCGLCGNYNGDPADDFLTPDGALAPDAVEFASSWKLDDGDYLCEDGCQNNCPAC
TPGQAQHYEGDRLCGMLTKLDGPFAVCHDTLDPRPFLEQCVYDLCVVGGERLSLCRGLSA
YAQACLELGISVGDWRSPANCPLSCPANSRYELCGPACPTSCNGAAAPSNCSGRPCVEGC
VCLPGFVASGGACVPASSCGCTFQGLQLAPGQEVWADELCQRRCTCNGATHQVTCRDKQS
CPAGERCSVQNGLLGCYPDRFGTCQGSGDPHYVSFDGRRFDFMGTCTYLLVGSCGQNAAL
PAFRVLVENEHRGSQTVSYTRAVRVEARGVKVAVRREYPGQVLVDDVLQYLPFQAADGQV
QVFRQGRDAVVRTDFGLTVTYDWNARVTAKVPSSYAEALCGLCGNFNGDPADDLALRGGG
QAANALAFGNSWQEETRPGCGATEPGDCPKLDSLVAQQLQSKNECGILADPKGPFRECHS
KLDPQGAVRDCVYDRCLLPGQSGPLCDALATYAAACQAAGATVHPWRSEELCPLSCPPHS
HYEACSYGCPLSCGDLPVPGGCGSECHEGCVCDEGFALSGESCLPLASCGCVHQGTYHPP
GQTFYPGPGCDSLCHCQEGGLVSCESSSCGPHEACQPSGGSLGCVAVGSSTCQASGDPHY
TTFDGRRFDFMGTCVYVLAQTCGTRPGLHRFAVLQENVAWGNGRVSVTRVITVQVANFTL
RLEQRQWKVTVNGVDMKLPVVLANGQIRASQHGSDVVIETDFGLRVAYDLVYYVRVTVPG
NYYQQMCGLCGNYNGDPKDDFQKPNGSQAGNANEFGNSWEEVVPDSPCLPPTPCPPGSED
CIPSHKCPPELEKKYQKEEFCGLLSSPTGPLSSCHKLVDPQGPLKDCIFDLCLGGGNLSI
LCSNIHAYVSACQAAGGHVEPWRTETFCPMECPPNSHYELCADTCSLGCSALSAPPQCQD
GCAEGCQCDSGFLYNGQACVPIQQCGCYHNGVYYEPEQTVLIDNCRQQCTCHAGKGMVCQ
EHSCKPGQVCQPSGGILSCVTKDPCHGVTCRPQETCKEQGGQGVCLPNYEATCWLWGDPH
YHSFDGRKFDFQGTCNYVLATTGCPGVSTQGLTPFTVTTKNQNRGNPAVSYVRVVTVAAL
GTNISIHKDEIGKVRVNGVLTALPVSVADGRISVTQGASKALLVADFGLQVSYDWNWRVD
VTLPSSYHGAVCGLCGNMDRNPNNDQVFPNGTLAPSIPIWGGSWRAPGWDPLCWDECRGS
CPTCPEDRLEQYEGPGFCGPLAPGTGGPFTTCHAHVPPESFFKGCVLDVCMGGGDRDILC
KALASYVAACQAAGVVIEDWRAQVGCEITCPENSHYEVCGSPCPASCPSPAPLTTPAVCE
GPCVEGCQCDAGFVLSADRCVPLNNGCGCWANGTYHEAGSEFWADGTCSQWCRCGPGGGS
LVCTPASCGLGEVCGLLPSGQHGCQPVSTAECQAWGDPHYVTLDGHRFNFQGTCEYLLSA
PCHGPPLGAENFTVTVANEHRGSQAVSYTRSVTLQIYNHSLTLSARWPRKLQVDGVFVTL
PFQLDSLLHAHLSGADVVVTTTSGLSLAFDGDSFVRLRVPAAYAGSLCGLCGNYNQDPAD
DLKAVGGKPAGWQVGGAQGCGECVSKPCPSPCTPEQQESFGGPDACGVISATDGPLAPCH
GLVPPAQYFQGCLLDACQVQGHPGGLCPAVATYVAACQAAGAQLREWRRPDFCPFQCPAH
SHYELCGDSCPGSCPSLSAPEGCESACREGCVCDAGFVLSGDTCVPVGQCGCLHDDRYYP
LGQTFYPGPGCDSLCRCREGGEVSCEPSSCGPHETCRPSGGSLGCVAVGSTTCQASGDPH
YTTFDGRRFDFMGTCVYVLAQTCGTRPGLHRFAVLQENVAWGNGRVSVTRVITVQVANFT
LRLEQRQWKVTVNGVDMKLPVVLANGQIRASQHGSDVVIETDFGLRVAYDLVYYVRVTVP
GNYYQLMCGLCGNYNGDPKDDFQKPNGSQAGNANEFGNSWEEVVPDSPCLPPPTCPPGSE
GCIPSEECPPELEKKYQKEEFCGLLSSPTGPLSSCHKLVDPQGPLKDCIFDLCLGGGNLS
ILCSNIHAYVSACQAAGGQVEPWRNETFCPMECPQNSHYELCADTCSLGCSALSAPLQCP
DGCAEGCQCDSGFLYNGQACVPIQQCGCYHNGAYYEPEQTVLIDNCRQQCTCHVGKVVVC
QEHSCKPGQVCQPSGGILSCVNKDPCHGVTCRPQETCKEQGGQGVCLPNYEATCWLWGDP
HYHSFDGRKFDFQGTCNYVLATTGCPGVSTQGLTPFTVTTKNQNRGNPAVSYVRVVTVAA
LGTNISIHKDEIGKVRVNGVLTALPVSVADGRISVTQGASKALLVADFGLQVSYDWNWRV
DVTLPSSYHGAVCGLCGNMDRNPNNDQVFPNGTLAPSIPIWGGSWRAPGWDPLCWDECRG
SCPTCPEDRLEQYEGPGFCGPLAPGTGGPFTTCHAHVPPESFFKGCVLDVCMGGGDRDIL
CKALASYVAACQAAGVVIEDWRAQVGCEITCPENSHYEVCGPPCPASCPSPAPLTTPAVC
EGPCVEGCQCDAGFVLSADRCVPLNNGCGCWANGTYHEAGSEFWADGTCSQWCRCGPGGG
SLVCTPASCGLGEVCGLLPSGQHGCQPVSTAECQAWGDPHYVTLDGHRFDFQGTCEYLLS
APCHGPPLGAENFTVTVANEHRGSQAVSYTRSVTLQIYNHSLTLSARWPRKLQVDGVFVT
LPFQLDSLLHAHLSGADVVVTTTSGLSLAFDGDSFVRLRVPAAYAGSLCGLCGNYNQDPA
DDLKAVGGKPAGWQVGGAQGCGECVSKPCPSPCTPEQQESFGGPDACGVISATDGPLAPC
HGLVPPAQYFQGCLLDACQVQGHPGGLCPAVATYVAACQAAGAQLREWRRPDFCPFQCPA
HSHYELCGDSCPGSCPSLSAPEGCESACREGCVCDAGFVLSGDTCVPVGQCGCLHDDRYY
PLGQTFYPGPGCDSLCRCREGGEVSCEPSSCGPHETCRPSGGSLGCVAVGSTTCQASGDP
HYTTFDGHRFDFMGTCVYVLAQTCGTRPGLHRFAVLQENVAWGNGRVSVTRVITVQVANF
TLRLEQRQWKVTVNGVDMKLPVVLANGQIRASQHGSDVVIETDFGLRVAYDLVYYVRVTV
PGNYYQLMCGLCGNYNGDPKDDFQKPNGSQAGNANEFGNSWEEVVPDSPCLPPPTCPPGS
AGCIPSDKCPPELEKKYQKEEFCGLLSSPTGPLSSCHKLVDPQGPLKDCIFDLCLGGGNL
SILCSNIHAYVSACQAAGGHVEPWRNETFCPMECPQNSHYELCADTCSLGCSALSAPLQC
PDGCAEGCQCDSGFLYNGQACVPIQQCGCYHNGVYYEPEQTVLIDNCRQQCTCHVGKVVV
CQEHSCKPGQVCQPSGGILSCVTKDPCHGVTCRPQETCKEQGGQGVCLPNYEATCWLWGD
PHYHSFDGRKFDFQGTCNYVLATTGCPGVSTQGLTPFTVTTKNQNRGNPAVSYVRVVTVA
ALGTNISIHKDEIGKVRVNGVLTALPVSVADGRISVAQGASKALLVADFGLQVSYDWNWR
VDVTLPSSYHGAVCGLCGNMDRNPNNDQVFPNGTLAPSIPIWGGSWRAPGWDPLCWDECR
GSCPTCPEDRLEQYEGPGFCGPLSSGTGGPFTTCHAHVPPESFFKGCVLDVCMGGGDRDI
LCKALASYVAACQAAGVVIEDWRAQVGCEITCPENSHYEVCGPPCPASCPSPAPLTTPAV
CEGPCVEGCQCDAGFVLSADRCVPLNNGCGCWANGTYHEAGSEFWADGTCSQWCRCGPGG
GSLVCTPASCGLGEVCGLLPSGQHGCQPVSTAECQAWGDPHYVTLDGHRFDFQGTCEYLL
SAPCHGPPLGAENFTVTVANEHRGSQAVSYTRSVTLQIYNHSLTLSARWPRKLQVDGVFV
ALPFQLDSLLHAHLSGADVVVTTTSGLSLAFDGDSFVRLRVPAAYAASLCGLCGNYNQDP
ADDLKAVGGKPAGWQVGGAQGCGECVSKPCPSPCTPEQQESFGGPDACGVISATDGPLAP
CHGLVPPAQYFQGCLLDACQVQGHPGGLCPAVATYVAACQAAGAQLGEWRRPDFCPLQCP
AHSHYELCGDSCPVSCPSLSAPEGCESACREGCVCDAGFVLSGDTCVPVGQCGCLHDGRY
YPLGEVFYPGPECERRCECGPGGHVTCQEGAACGPHEECRLEDGVQACHATGCGRCLANG
GIHYITLDGRVYDLHGSCSYVLAQVCHPKPGDEDFSIVLEKNAAGDLQRLLVTVAGQVVS
LAQGQQVTVDGEAVALPVAVGRVRVTAEGRNMVLQTTKGLRLLFDGDAHLLMSIPSPFRG
RLCGLCGNFNGNWSDDFVLPNGSAASSVETFGAAWRAPGSSKGCGEGCGPQGCPVCLAEE
TAPYESNEACGQLRNPQGPFATCQAVLSPSEYFRQCVYDLCAQKGDKAFLCRSLAAYTAA
CQAAGVAVKPWRTDSFCPLHCPAHSHYSICTRTCQGSCAALSGLTGCTTRCFEGCECDDR
FLLSQGVCIPVQDCGCTHNGRYLPVNSSLLTSDCSERCSCSSSSGLTCQAAGCPPGRVCE
VKAEARNCWATRGLCVLSVGANLTTFDGARGATTSPGVYELSSRCPGLQNTIPWYRVVAE
VQICHGKTEAVGQVHIFFQDGMVTLTPNKGVWVNGLRVDLPAEKLASVSVSRTPDGSLLV
RQKAGVQVWLGANGKVAVIVSNDHAGKLCGACGNFDGDQTNDWHDSQEKPAMEKWRAQDF
SPCYG

Region:1-5405
Length:5405aa
Label:Full sequence
Reset:click