Input sequence

Protein name SCO-spondin
Organism Bos taurus Length 5146
Disorder content 14.3% ProS content 12.8%
IDEAL NA UniProt P98167

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 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: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 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 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 5146 1-10 11-354 355-377 378-422 423-429 430-1367 1368-1375 1376-1530 1531-1582 1583-1634 1635-1643 1644-1678 1679-1689 1690-2035 2036-2109 2110-2214 2215-2378 2379-2419 2420-2458 2459-2465 2466-2471 2472-2730 2731-2810 2811-3202 3203-3215 3216-3261 3262-3271 3272-3289 3290-3294 3295-3419 3420-3427 3428-3514 3515-3533 3534-3575 3576-3591 3592-3741 3742-3762 3763-3835 3836-3879 3880-3940 3941-3956 3957-4298 4299-4340 4341-4388 4389-4394 4395-4542 4543-4594 4595-4599 4600-4610 4611-5143 5144-5146 11-354 378-422 430-1367 1376-1530 1583-1634 1644-1678 1690-2035 2110-2214 2379-2419 2459-2465 2472-2730 2811-3202 3216-3261 3272-3289 3295-3419 3428-3514 3534-3575 3592-3741 3763-3835 3880-3940 3957-4298 4341-4388 4395-4542 4595-4599 4611-5143 1-10 355-377 1368-1375 1531-1582 1635-1643 1679-1689 2036-2109 2215-2378 2420-2458 2466-2471 2731-2810 3203-3215 3262-3271 3290-3294 3420-3427 3515-3533 3576-3591 3742-3762 3836-3879 3941-3956 4299-4340 4543-4594 4600-4610 5144-5146 1-10 355-358 1373-1375 1531-1582 1635-1643 1679-1689 2046-2076 2084-2109 2215-2226 2233-2271 2281-2329 2335-2378 2427-2458 2466-2471 2731-2810 3203-3215 3262-3271 3290-3294 3420-3427 3515-3533 3576-3591 3742-3754 3836-3879 3941-3956 4299-4340 4543-4594 4600-4610 5144-5146 1413-1676 2226-2482 2753-2861 2696-2806 1692-1783 4246-4329 3389-3506 2966-3051 1657-1722 3903-3993 4711-4813 4571-4660 807-912 1266-1361 912-1007 2874-2961 4417-4514 4045-4146 3099-3159 4818-4915 3284-3385 3678-3798 4939-5017 2614-2691 1856-1891 3786-3857 1889-1962 2059-2220 2062-2221 1562-1637 1449-1483 2443-2477 4764-4814 4248-4300 3939-3994 817-912 3780-3852 2812-2861 1010-1158 559-708 750-819 1197-1268 384-460 1562-1596 16-94 187-334 464-519 559-709 822-875 1010-1159 1271-1327 1371-1408 1411-1447 1448-1483 1487-1525 1560-1596 1598-1637 1695-1744 1751-1804 1809-1865 1964-2021 2075-2217 2224-2260 2381-2417 2441-2477 2483-2531 2538-2588 2594-2654 2698-2747 2755-2806 2813-2861 2968-3018 3023-3062 3070-3122 3236-3286 3291-3345 3392-3449 3630-3673 3806-3857 3876-3923 3942-3993 4000-4050 4054-4109 4155-4203 4249-4299 4614-4660 4665-4721 4765-4813 4816-4870 4922-4983 4985-5040 2062-2221 3900-3963 4246-4294 3803-3853 2810-2858 1692-1739 3448-3494 1744-1783 1561-1600 4816-4870 4943-4993 460-520 525-558 817-890 881-915 918-985 976-1009 1267-1328 1370-1408 1408-1447 1447-1483 1487-1538 1557-1596 1598-1648 1651-1676 1690-1742 1746-1802 1805-1866 1902-1961 2062-2222 2222-2265 2378-2422 2441-2490 2478-2529 2533-2586 2590-2655 2693-2746 2747-2806 2810-2861 2861-2925 2960-3018 3019-3062 3066-3123 3159-3229 3231-3281 3295-3362 3387-3443 3451-3502 3507-3566 3622-3673 3674-3734 3798-3857 3868-3923 3934-3993 3995-4048 4050-4110 4116-4149 4147-4203 4241-4299 4308-4357 4359-4411 4414-4474 4484-4517 4606-4660 4675-4722 4760-4811 4812-4871 4921-4998 5045-5139 21-33 280-306 473-505 515-528 943-956 1105-1119 1397-1408 1432-1447 1526-1543 1834-1850 2114-2125 2422-2437 2485-2499 2534-2544 2546-2561 2720-2732 2985-3002 3061-3073 3193-3229 3231-3259 3423-3436 3624-3633 3649-3663 3736-3749 3870-3886 3996-4028 4192-4209 4363-4369 4387-4397 4528-4541 4693-4709 1n7dA(4-231) 7e-29 33.33% 1n7dA(4-204) 1e-10 25.19% 1lslA(4-113) 3e-18 39.13% 1lslA(4-113) 4e-17 40.0% 1lslA(3-98) 1e-16 46.88% 1lslA(3-86) 1e-14 40.48% 1lslA(3-113) 1e-13 35.54% 1lslA(4-91) 6e-12 42.05% 1lslA(17-90) 2e-07 40.0% 1lslA(14-113) 1e-06 32.69% 1lslA(1-113) 1e-05 32.0% 1lslA(25-113) 0.0004 30.93% 2mhpA(1-102) 3e-10 37.61% 2mhpA(14-99) 4e-10 33.33% 2mhpA(6-103) 2e-09 40.4% 2mhpA(17-102) 6e-09 32.58% 2mhpA(5-102) 1e-08 32.08% 2mhpA(6-102) 3e-08 33.33% 2mhpA(43-102) 6e-07 40.98% 2mhpA(16-98) 5e-06 27.55% 2mhpA(13-102) 1e-05 33.65% 2mhpA(15-102) 2e-05 26.02% 2mhpA(27-100) 2e-05 30.38% 2mhpA(27-102) 0.0002 29.49% 2mhpA(57-92) 0.0006 47.22% 3ghmA(60-132) 6e-10 47.3% 3ghmA(60-133) 2e-05 38.67% 2l9lA(4-162) 0.001 31.15% 4qdsA(6-157) 6e-07 26.59% 2fcwB(3-78) 6e-07 38.16% 3a7qB(1-35) 0.0002 37.14% 2m0pA(7-41) 0.0003 42.86% 1vexA(7-56) 0.0002 43.14% 1vexA(7-56) 0.0005 35.85% 3t5oA(3-58) 0.0006 32.14% 2mhpA(10-102) 0.0006 34.38% 4v2aA(178-246) 0.0007 30.14% 3vdjA(20-69) 0.001 28.0% PF00094(1-152) 5e-18 39.87% PF00094(1-152) 1e-12 34.62% PF08742(4-73) 2e-10 50.0% PF08742(4-73) 5e-10 48.61% PF08742(3-72) 0.0001 41.56% PF00057(3-37) 0.0003 62.86% PF07546 1.5e-17 68.9% PF00094 7.7e-26 96.4% PF01826 3.7e-09 41.0% PF00094 3e-31 114.4% PF01826 3.5e-07 34.4% PF00094 5.7e-47 166.6% PF01826 1.6e-07 35.6% PF00057 4.3e-08 37.5% PF00057 5.7e-08 37.1% PF00057 4.6e-08 37.4% PF00057 5.6e-05 27.1% PF00057 4.1e-14 57.5% PF00057 5.7e-07 33.8% PF00090 9.6e-05 23.2% PF00090 0.00035 18.5% PF01826 0.00017 23.7% PF00093 1.5e-05 29.0% PF00754 2.8e-21 81.3% PF00057 3.6e-06 31.1% PF00057 2.2e-06 31.8% PF00057 3.1e-10 44.6% PF00090 4.2e-05 26.2% PF00090 4.3e-14 57.4% PF01826 0.00028 21.5% PF00090 1.1e-08 39.4% PF00090 0.0001 23.0% PF00090 7.7e-12 49.9% PF00090 1e-10 46.2% PF00090 3.5e-07 34.4% PF01826 0.0001 26.2% PF00090 6.9e-12 50.1% PF01826 5.6e-09 40.4% PF00090 3.1e-09 41.3% PF00090 3.1e-10 44.6% PF00090 9.5e-11 46.3% PF00090 0.00037 18.3% PF00090 7.4e-07 33.4% PF00090 2.4e-09 41.7% PF01826 0.00062 17.8% PF00090 3e-06 31.4% PF00090 2.3e-14 58.4% PF00090 2.4e-08 38.3% PF01826 0.00018 23.6% PF00090 3.3e-09 41.2% PF01826 1.9e-10 45.3% PF01826 0.00033 20.8% PF00093 2.2e-13 55.1% 1czsA(2-158) 6e-18 21.97% 1t6eX(32-95) 2e-09 32.81% 1lslA1(3-51) 3e-07 42.86% 1lslA1(3-52) 2e-06 41.18% 1lslA1(3-53) 8e-05 39.22% 1lslA1(3-51) 0.0003 46.94% 1mknA(10-57) 1e-05 20.83% 1mknA(11-52) 0.0005 16.67% 1n7dAa(4-43) 4e-05 37.5% 1hx2A(4-60) 5e-05 36.21% 2h9eC1(1-49) 0.0005 23.53% g.22.1 9.9e-19 44.7% g.4.1 0.00014 19.1% g.22.1 4.4e-16 59.7% g.4.1 1.3e-07 28.3% g.22.1 4.1e-13 48.8% g.4.1 0.00021 16.9% g.22.1 1.7e-18 44.1% g.12.1 3.3e-10 35.2% g.12.1 8.6e-10 36.0% g.12.1 3e-09 31.5% g.12.1 7.9e-10 33.4% g.12.1 7.4e-11 39.7% g.12.1 4.6e-10 34.1% g.12.1 0.00073 13.8% g.60.1 8e-11 33.1% g.60.1 6.1e-10 30.5% g.22.1 5.3e-16 38.2% g.60.1 1.7e-11 35.8% b.18.1 4.5e-28 84.6% g.12.1 1.3e-09 35.3% g.12.1 8.6e-10 36.0% g.12.1 1.8e-10 35.5% g.60.1 5.8e-14 42.5% g.60.1 3.3e-20 61.1% g.22.1 5.2e-12 28.6% g.60.1 1.3e-17 53.3% g.60.1 1.5e-09 29.9% g.60.1 9e-14 42.7% g.22.1 5.3e-13 31.0% g.60.1 4.2e-19 58.8% g.60.1 8.4e-11 33.7% g.22.1 1.2e-17 42.1% g.60.1 3.1e-13 41.1% g.60.1 1.1e-15 47.7% g.22.1 5.7e-08 30.0% g.60.1 7.2e-13 39.2% g.60.1 1.4e-12 38.4% g.22.1 7.5e-09 28.3% g.60.1 5.1e-14 43.4% g.22.1 7.6e-11 25.8% g.60.1 1.1e-16 51.5% g.60.1 4.4e-10 31.5% g.60.1 1.7e-14 44.9% g.60.1 7.9e-18 54.0% g.22.1 1.3e-15 37.2% g.4.1 0.00015 17.9% g.60.1 5.9e-12 37.2% g.60.1 3.1e-17 53.2% g.60.1 3.5e-09 28.8% g.60.1 1.2e-06 20.8% g.22.1 6.7e-14 33.1% g.4.1 0.001 14.6% g.60.1 1.1e-12 39.4% g.22.1 6.4e-09 21.2% g.60.1 8.6e-12 36.0% g.22.1 1.3e-14 34.9% g.22.1 2.2e-13 49.8% g.17.1 0.0003 14.8%

Sequence

MLLPALLFGAAWALANGRWCEQTETVLVEEEVTPHQEDLVPCASLQHYQRRGWRLDLTWS
GRAGLCAIYKPPETRPAAWNRTVRACCPGWGGTHCTLALAEASPEGHCFATWLCNLGAGS
VNASAGSLEECCAQPWGHSWRDGRSQTCHSCSNHSRLGSTPSPAILQPLAGAVAQLWSQR
QRPSATCATWSGFHYRTFDGRHFHFLGRCTYLLAGAADATWAVHLQPMGHCPQPGHCQLA
RVMMGPEEVLIRGENVTVNGRLVPEGASQLLPGLSLQWQGDWLVLSGGLGVVVRLDRSSS
VSISVDQELQGQTQGLCGVYNGQPEDDFLEPGRGLAALAATFGNSWRLPDSELGCLDAVE
AAQGCEDPLRGTETGTEAGQLRAEAQDVCHQLLEGPFRECHTQVPPAEYHEACLFAYCAG
APAGSGRAERLEAVCATLASYAQDCAARRIAVRWRKPGFCERLCPGGQLYSDCASACPPS
CSAVGEGSEWSCGEECVSGCECPPGLFWDGALCVPAARCPCYRRRRRYEPGDTVRQLCNP
CECRDGRWLCAQAPCAAECAVGGDGHYVTFDGRSFSFRGRAGCRFILVQDFAKRQLLIVL
EHGDCDAGSCLHAISVSLGDTLVQLRDSGVVLVDGQDVALPWSAAGGLSVSRASSSFLLL
RWPGARILWGVSDPAAYITLDPHHAHQVQGLCGTFTRNQQDDFLTPAGDVETSITAFASK
FQVAGGGTCSLEACTPLSPCSTHTERQVFAEVACAILHGPTFQECHGLVDREAFHLRCLA
AVCGCTPGRDCLCPVLAAYARRCAQEGALPSWRNQTFCPVLCPGGQEYQECAPACDRNCG
EPEDCGELDNCVAGCNCPLGLLWDPEGQCVPPNLCPCQLGAHRYAPGSATMKDCNHCVCQ
ERGLWNCTAHHCAPPRTFCPRELVYVPGACLLTCDSLDADRTCPPGSPGGCVCPPGTVLL
EERCVPPELCPCRHGGQWYLPNAAIQEDCNLCVCQGQQWHCTGQRCDGRCRASGAPHYVT
FDGLALTFPGACEYLLVREASGQFMVSAQNLPCGASGLTCTKALTVRLQGTVVHMLRGRA
VMVNGVSVTPPKVYSGPGLSLHTAGLFLLLSTRLGLTLLWDGGTRVPVQLSPQLRGRVAG
LCGDFDGDASNDLRSRQGVLEPTAELAAHSWRLGPLCPEPGDLPHPCAVNAHRAGWARAR
CGVVLQPLFARCHVEVPPQQHYEQCVYDACGCDSGGDCECLCSAIATYADECARHGIHVR
WRSQELCPLQCERGQVYEACGPTCPATCHDHRPEPGWPCRAVACVEGCFCPEGTLLHGGV
CLEPAACPCEWGGSFFPPGTVLQKDCGNNCTCRESQWLCGDDGGRCVEPGPGCAEGETPC
RESGHCVPHGWLCDNQDDCGDGSDEEGCATRVCGEGQVSCCSGRCLPLVLLCDGQDDCGD
GMDEQGCPCPQDSLTCADGHCLPPARLCDGHPDCPDGADEESCLGQVDCAPGEVSCVDGT
CLGAIQLCDGVWDCLDGGDEGPGHCPLPSLPTPPAGTLPGPSAVSWKLHLPPWPVSALRL
PCGPLDFACGSGECAPRGWRCDGEEDCADGSDESGCDRPCAPHHAPCARGSHCVAAEQLC
DGVPHCPDGSDEDPGACERLQAPGGPNRTGLPCPEYSCPDGLCIGFQQVCDGQPDCELAG
TAGPSPEEQGCGAWGPWSPWELCSRTCGPGVQGWSRRCSPPSLPVLWHCPGPERQTRACF
AAACPEDGVWTSWSRWSPCSEPCGGVTARHRECHPPQNGGRTCATLPGGPPSTRETRPCP
QDGCPNVTCSGELVFHACVPCPLTCDDISGQATCPPDRPCGGPGCWCPAGQVLGAQGRCV
WPRQCPCLVDGSRYWPGQRVKTDCQLCVCQDGRPRRCQPSLDCAVNCGWSAWSPWAECLG
PCGSRSVQWSFRSPNNPRPAGRGHQCRGLHRKARRCQTEPCEGCEQDGRVHRVGERWRAG
PCRVCQCLHDGSARCSPYCPLGSCPQDWVLVEGVGESCCHCVPPGENQTVHPMATPVPAP
TPSPQIGAPLITYLLPPPGDPCYSPLGLARLPEGSLPASSQQLEHPAWAAILRPAPGAPG
WSPVEHADTQGHTPPPYLQLDLLQPRNLTGIIVQGAGSSDWLQVSSDGLHWHSYRDIQHG
TQPAPQLFPKNWNGPSTVWMFARMVQARHVRVWPSDGHHQAAPSSDANLDGPLRVELLGC
EPAPLCLGVGHRCVSGECAPRGAPCDGVEDCKDGSDEEGCVTPPAGAGRIESTAWSSAPS
SAQPGQLPPQPSEGLAEAEADHWHPGRGSPVPPTGKGPASLGSEPHPSPGGSVQTVTPTS
QPEAQALRPEMAAVTVLPPHPMVTPEVPAGRSTTPGPFPHVQCSPGQVPCEVLGCVELEQ
LCDGREDCLDGSDERPCAWAAGTVPFTVPTTTLPGLPASRDLCSPSQLTCGSGECLPVER
RCDLQLDCQDGSDENGCVDCGLAPWSGWSSCSRSCGLGLAFQRRELLRPPLPGGSCPPDR
LRSQPCFVQACPVAGAWAEWEAWGPCSVSCGGGHRSRRRSCMDPPPKNGGAPCPGPPQER
APCGLQPCAGGTDCGQGRVHVSAELCRKGLVPPCPPSCLDPEANRSCSGLCLEGCRCPPG
LLLQDAGCLPLSECPCLVGEELQQPGVPFLLDNCSRCVCEKGALLCEPGGCPVPCGWSAW
SSWGPCDRSCGSGLRARFRSPSNPPAASGGAPCEGQRQELQACYSACGAEVPGWTPWAPW
SACSQSCLVPGGGPALRSRSRLCPGPGDTSCIGEATEEEPCSPPVCLGLGVWGQWAAWSA
CSAPCNGGVQTRGRRCSASAPGDPGCQGPHSQTRDCNTQPCTAQCPGDMVFRSAEQCRWE
GGPCPGLCLARGPGVECTGVCTAGCACPTGLFLHNSSCLPPSQCPCQLRGQLYAPGAVAR
LDSCSNCTCISGEMVCASEPCPVACGWSPWTPWSLCSRSCNVGVRRRFRAGTAPPAAFGG
AACQGPNMEAEFCSLRPCGGPAGEWGPWSPCSVPCGGGYRNRTRGSSGPSPVDFSTCGLQ
PCAGPAPGVCPPGKRWLDCAQGPASCAELSAPRGADQPCHPGCYCPSGMLLLNNACVPTQ
DCPCTHGGRLHPPGSAVLRPCENCSCVSGLITNCTSWPCKEGQPTWSPWTPWSECSASCG
PARRHKHRFCTRPPGGAPSSMAPPLLLSSVPPLCPGPEAEEEPCLLPECDRAGGWGPWGP
WSSCSRSCGGGLRSRSRACDQPPPQGLGDYCEGPRAQGAACQALPCPVTNCTAIEGAEYS
ACGPPCPRSCDDLVHCVWHCQPGCYCPPGQVLSADGTVHVQPGHCSCLDLLTGERHRPGA
QLAKPDGCNYCTCSEGQLTCTDLPCPVPGAWCPWSEWTACSQPCQGQTRTRSRACSCPAP
QHGGAPCPGEAGEAGAQHQRETCASTPECPVDGAWSPWGPWSPCEVCLGRSHRSRECSWP
PTSEGGRPCPGGHRQSRPCQGNSTQCTDCAGGQDLLPCGQPCPRSCEDLSPGVECQPDSM
GCQQPRCGCPPGQLSQDGLCVTPSQCRCQYQPGAMGIPENQSRSAGSGLSSWESLEPGEV
VTGPCDNCTCVAGILQCQEVPACSGLGLWGSWGPWEDCSVSCGGGEQLRFRRCPRPPCPG
PARQSRTCRTQVCREAGCPAGRLYRECQPSEGCPFSCAHVTGQVGCFSAGCEEGCHCPEG
TFLHRSACVQECPCVLTALWLQGLGAAGADPGAHLSVLGENGQPLGPGDELGSGQSLRTG
CHNCSCAHGKLSCSVEACSKAAGGFSPWGPWGPCSRSCGGLGTRTRSRQCVRPMPAPGGQ
GCHGPHWDLEYCPSPECPGAAGSTAEPATGLPGGWGLWSPWSPCSGTCTDPAHPAWRSRS
RLCLANCTGGAASQERPCNLPSCTELPLCPGPGCEAGNCSWTAWAPWEPCSRSCGVGQQR
RLRAYHPPGPGGHWCPDVLTAYQERRFCNLRACPVPGGWSRWSPWSWCDRSCGGGRSLRS
RSCSSPPPKNGGAPCVGERHHARLCNPTPCEEGCPAGMEVVSCANRCPRRCSDLQEGIVC
QEDQACQQGCRCPEGSLEQDGGCVPLGHCECTDAQGHSWAPGSQHQEACNNCTCRAGQLS
CTAQPCPPPAHCAWSRWSAWSPCSRSCGPAGQQSRFRSSTSGSWAPECREEQSQSQPCPQ
SPCPPLCLQGTRPRSLGDSWLQDGCQQCSCTPEGIICEDAECAGLGAWTPWSPWSDCPVS
CGGGNQVRTRVCVASAPPRGGSPCLGPDVQSQRCGLWPCPALPDTCSWGPWGPCSRSCGP
GLASRSASCPCLLAEAEPACNSTSPRLDTQACYAGPCLEECVWSSWSSWTRCSCEVLVQQ
RYRHQRPAPGGAGAGPPCTRLDGHFRPCLTGNCSEDSCAPPFEFQACGSPCTGLCATYLS
PWLCQDLPPCQPGCYCPEGLLEQAGGCVPPEQCNCQHVSGEGAGVTLAPGDRLQLGCKEC
ECQRGELQCTSQGCQGLLPLSGWSEWSPCGPCLPLGLLAPASRAALEERWPQDTAGLSPT
SAPTLASEQHRHRLCLDPETGRPWAGDPDLCTVPLSQQRLCPDPGACQDLCQWGPWGAWS
PCQVPCSGGFRLRWREAGIPPGGGCRGPWAQTESCNMGPCPGESCEAQDTVPTPDCANQC
PRSCVDLWDRVECLQGPCRPGCRCPPGQLVQDGHCVPVSSCRCGLPSPNASWALAPAEVV
RLDCRNCTCVNGSLACSSHECPTLGPWSAWSNCSAPCGGGTTKRHRSCKEGPGVTPCQAQ
DMEQQQDCNLQPCPECPPGQVLSACAVSCPRLCSHLQPGTPCMQEPCQLGCDCPRGQLLH
NGTCVPPAECPCTQLSLPWGLTLTLEEQHRELPPGTLLTQNCTHCICQGGAFSCSLTDCQ
ECPPGETWQQVAPGELGPCEQTCREPNATETQGNCSGRQAPGCVCQRGHFRSQEGPCVPV
DLCECWHHGRPHPPGSEWQKACESCRCVSGESICTQHCPPLTCAQGETAVQEPGGCCPTC
RQEAPEEQPVSCRHLTELRNLTKGACYLEQVEVNYCSGHCPSSTNVLPEEPYLQSQCDCC
SYRLDPENPVRILNLRCPGGRTELVVLPVIHSCQCSACQGGDFSER

Region:1-5146
Length:5146aa
Label:Full sequence
Reset:click