Input sequence

Protein name Adhesion G-protein coupled receptor V1
Organism Mus musculus Length 6298
Disorder content 2.7% ProS content 1.9%
IDEAL NA UniProt Q8VHN7

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 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: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 RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP HMMER:SCOP SEG:LCR TMHMM:TMhelix 0 6298 1-4 5-153 154-158 159-524 525-532 533-783 784-787 788-1244 1245-1248 1249-1577 1578-1582 1583-1706 1707-1714 1715-2594 2595-2598 2599-3084 3085-3089 3090-3660 3661-3666 3667-3914 3915-3919 3920-4042 4043-4046 4047-4651 4652-4656 4657-5532 5533-5536 5537-5691 5692-5700 5701-5720 5721-5730 5731-5774 5775-5781 5782-6073 6074-6086 6087-6179 6180-6283 6284-6295 6296-6298 5-153 159-524 533-783 788-1244 1249-1577 1583-1706 1715-2594 2599-3084 3090-3660 3667-3914 3920-4042 4047-4651 4657-5532 5537-5691 5701-5720 5731-5774 5782-6073 6087-6179 6284-6295 1-4 154-158 784-787 1578-1582 3085-3089 3661-3666 5692-5700 5721-5730 6074-6086 6180-6283 6296-6298 1-4 154-158 784-787 1578-1582 3085-3089 5721-5726 6074-6086 6180-6187 6202-6208 6227-6283 6296-6298 1730-1947 2601-2781 2491-2672 1880-2081 2134-2307 4281-4479 1018-1207 4167-4350 44-258 260-488 1993-2201 2871-3046 1622-1804 3582-3724 2729-2926 3827-4002 906-1091 4053-4248 674-856 2995-3145 3944-4131 2286-2389 1005-1197 146-383 1724-1969 2116-2309 2601-2775 1985-2188 917-1080 1582-1784 3940-4175 3579-3726 2233-2389 4263-4403 5210-5355 775-885 399-513 2958-3065 30-258 2491-2672 2701-2925 3790-4021 4395-4479 3063-3213 4995-5123 5701-5891 1334-1494 4255-4351 2105-2201 1727-1804 2947-3044 2812-2921 136-235 2601-2671 2224-2319 1965-2074 3641-3737 1020-1093 418-488 5904-6141 1348-1494 132-236 994-1094 1703-1805 1961-2075 2102-2202 2581-2672 2687-2786 2810-2921 2943-3044 3392-3434 3896-4003 4253-4351 4385-4484 4989-5089 5902-6152 446-529 1318-1497 4261-4393 2592-2696 5000-5122 2964-3066 1004-1134 1316-1529 531-550 1530-1541 3928-3939 4481-4493 5637-5648 5965-5970 6019-6025 6066-6072 6227-6240 13-32 5902-5924 5931-5953 5968-5990 6003-6025 6051-6073 6094-6116 6126-6148 3us9A(14-207) 1e-13 32.29% 3us9A(18-203) 2e-13 32.11% 3us9A(43-208) 3e-12 31.15% 3us9A(18-214) 2e-11 27.49% 3us9A(21-195) 5e-11 32.22% 3us9A(19-203) 1e-10 26.73% 3us9A(17-207) 5e-10 28.06% 3us9A(17-207) 7e-10 26.18% 3us9A(14-246) 9e-10 25.82% 3us9A(1-207) 2e-08 27.27% 3us9A(19-207) 2e-08 27.36% 3us9A(40-210) 6e-08 27.93% 3us9A(50-207) 6e-08 26.63% 3us9A(49-195) 8e-08 26.32% 3us9A(26-213) 2e-05 26.83% 3us9A(45-207) 3e-05 24.04% 3us9A(26-205) 0.0001 29.17% 3us9A(19-217) 0.0002 24.4% 3us9A(19-200) 0.0003 25.53% 3rb5A(40-174) 2e-06 28.48% 3rb5A(31-211) 0.0001 29.17% 3rb5A(55-154) 0.0003 30.77% 3rb5A(3-186) 3e-18 25.77% 3rb5A(3-238) 2e-17 20.73% 3rb5A(8-224) 1e-15 19.84% 3rb5A(3-186) 7e-15 23.59% 3rb5A(18-186) 7e-13 22.29% 3rb5A(11-183) 6e-11 21.08% 3rb5A(23-183) 2e-08 21.89% 3rb5A(13-176) 5e-08 21.18% 3rb5A(25-236) 2e-07 23.75% 3rb5A(45-186) 5e-07 23.65% 3rb5A(5-154) 1e-06 25.48% 2lt9A(3-143) 2e-15 26.06% 2qvkA(3-117) 0.0002 23.29% 2qvkA(3-117) 0.0002 19.49% 2qvkA(7-117) 0.0002 26.5% 3e9tA(5-112) 4e-14 26.85% 3us9A(1-246) 1e-13 23.72% 3us9A(43-208) 2e-05 27.32% 3us9A(3-212) 9e-05 20.7% 3us9A(14-243) 0.0002 17.46% 2fwuA(3-87) 5e-06 27.59% 3e9uA(1-148) 4e-07 20.0% 2dpkA(4-123) 3e-11 23.26% 4dloA(160-349) 1e-07 14.66% 3flpA(13-181) 6e-06 17.42% PF03160(1-97) 7e-10 42.27% PF03160(1-96) 2e-09 41.24% PF03160(19-96) 5e-09 48.72% PF03160(1-97) 1e-08 43.88% PF03160(1-97) 1e-07 38.18% PF03160(1-96) 1e-07 35.0% PF03160(26-96) 2e-07 46.48% PF03160(4-96) 4e-07 35.42% PF03160(1-96) 8e-06 34.55% PF03160(2-97) 2e-05 38.61% PF03160(26-96) 2e-05 43.24% PF03160(29-96) 0.0003 33.8% PF00002(12-237) 2e-08 27.2% PF00354(19-161) 3e-06 28.93% PF03160 0.00021 12.5% PF03160 8e-12 49.9% PF03160 8.9e-13 53.0% PF03160 1.5e-11 49.0% PF03160 4.9e-08 37.3% PF03160 7.4e-05 18.0% PF03160 0.00069 6.2% PF03160 3.8e-05 21.6% PF03160 5.5e-09 40.5% PF03736 1.7e-20 78.7% PF03160 0.00039 9.2% PF03160 1.5e-17 68.9% PF03160 6e-05 19.2% PF03160 1.7e-07 35.5% PF00002 2.6e-06 -68.6% 1nbwA1(63-142) 9e-27 20.24% 1c4rA(1-168) 1e-17 11.67% 2dpkA1(1-121) 3e-08 23.13% 2dpkA1(12-120) 5e-08 33.64% 2dpkA1(4-119) 3e-07 20.16% 2dpkA1(11-119) 3e-05 29.36% 2fwuA1(3-131) 4e-06 24.24% b.29.1 1.6e-26 92.6%

Sequence

MSVTSEPGMISSFLLVYLSTLFISFVFGEAEIRFTGQTEFFVNETSTTVIRLVIERIGEP
ANVTAIVSLSGEDTGDFFDTYAAAFIPARGTNRTVYIAVCDDDLPEPDETFTFHLTLQKP
SANVKLGWPRAASVTILSNDNAFGIISFSTPSSISVIEPRSRNASVPLTLIREKGTYGMV
TVTFDVSGGPNPPEEDLNPVRGNITFPPGRATVIYNVTVLDDEVPENDELFLIQLRSVEG
GAEINASRSSVEIIVKKNDSPVNFMQSVYVVPEDDHVLTIPVLRGKDSDGNLIGSDETQV
SIRYKVMTWDSTAHAQQNVDFIDLQPDTTLVFPPFVHESHLKFQIIDDLIPEIAESFHIM
LLKNTLQGDAVLMGPSTVQVTIKPNDKPYGVLSFNSILFERPVIIDEDTASSSRFEEIAV
VRNGGTHGNVSVSWVLTRNSSDPSPVTADITPASGTLQFAQGQMLAPISLVVFDDDLPEE
AEAYLLTILPHTIQGGAEVSEPAQLLFYIQDSDNVYGEIAFFPGESQKIESSPSERSLSL
SLARRGGSKGDVRVIYSALYIPAGAMDPLRAKDGILNTSRRSSLLFPEQNQQVSIKLPIR
NDAFLQNGAHFLVQLEAVVLVNIFPPIPPVSPRFGEIRNISLLVTPAIANGEIGFLSNLP
IILHEPKDSSAEVVSIPLHRDGTDGQATVYWSLRPSGFNSKAVTLDDAGPFNGSVVFLSG
QNETSINITVKGDDIPELNETVTLSLDRVSVDSDVLKSGYTSRDLIILENDDPGGIFEFS
YDSRGPYVIKEGDAVELRITRSRGSLVKQFLRFHVEPRESNEFYGNMGVLEFTPGEREVV
ITLLTRLDGTPELDEHFWVILSSHGERESKLGRATLVNITILKNDYPHGIIEFVSDGLSA
SIKESKGEDIYHAVYGVIRTRGNFGAVNVSWMVSPDFTQDVFPVQGTVCFGDQEFFKNIT
VYSLVDEIPEEMEEFTIILLNATGGAQTGIRTTASLRILRNDDPVYFAEPCVLRVQEGET
ANFTVLRNGSVDGACTVQYATVDGKASGEEGDFAPVEKGETLVFEVGSREQSISVHVKDD
GIPETDEPFYIVLFNSTGDTVVYEYGVATVIIEANDDPNGVFSLEPIDKAVEEGKTNAFW
ILRHRGHFGNVSVAWQLFQNASLQPGQEFYETSGTVNFTDGEETKPVILRAFPDRIPEFN
EFYILRLVNISGPGGQLAETNFQVTVMIPFNDDPFGIFILDPECLEREVAEDVLSEDDMS
YITSFTILRQQGVFGDVRVGWEVLSREFTAGLPPMIDFILLGSFPSTVPLQPHMRRHHSG
TDVLYFSGLEGAFGTVDPKYQPFRNNTIANFTFSAWVMPNANTNGFLIAKDDSHGSIYYG
VKIQTNETHVTLSLHYKTFGSNVTYIAKSTVMKYLEEGVWLHVLIILDDGIIEFYLDGKA
MPRGIKSLKGEAITDGPGILRIGAGMDGGARFTGWMQDVRTYERKLTPEEIYELHAVPAR
TDLHPISGYLEFRQGESNKSFIVAARDDSEEEGEELFLLKLVSVDGGAQISKENTTARLR
IQKSDNANGLFGFTGACIPEMTEEGSTVSCVVERTRGALGYVHVFYTISQIESEGINYLV
DDFANASGTITFLPWQRSEVLNLYVLDEDMPELNEYFRVTLVSAVPGDGKLGSTPISGAS
IDPEKETTGITVKASDHPYGLMQFSTGLPPQPEDSMSLPASSVPHITVQEEDGEIRLLVI
RAQGLLGRVTVGFRTVSLTAFSPEDYQSTAGTLEFQSGERYKYIFVNITDNSIPELEKSF
KVELLNLDGGVSDLFRVDGSGSGEADTDFFLPPVLPHASLGVASQILVTIAASDHAHGVF
EFSPESLFVSGTEPEDGYSTVVLNVTRTRGALSAVTLQWKVDSDLDGDLAITSGNITFET
GQRIASITVEILSDEEPELDKALTVSILNVSSGSLGVLTNATLTILASDDPYGVFIFPNK
TRPLSVEEATQNVALSIIRLKGLMGEVAVSYATIDDMEKPPYFPPNLARATQGGDYISAS
GLALFRVNQTEATITISILDDAEPERSESVFIELFNSSLVDKVQNRPIPHSPRLGPKVET
VAHLVIVANDDAFGTVQLSATSVHVAENHVGPIINVTRTGGTFADVSVKFKAVPITAAAG
EDYSIASSDVVLLEGETTKAVPIYIINDIYPELEETFLVQLLNETTGGATLGPLREAVIT
IEASDDPYGLFGFQNTKFIVEEPEFNSVRVNVPIIRNSGTLGNVTVQWVAIINGQFATGD
LRVVSGNVTFAPGETIQTLLLEVLADDVPEIEEVVQVQLAAASGGGTIGLDRVANIVIPA
NDNPYGSVAFVQSVFRVQEPLERSSYANITVRRSGGHFGRLLLCYGTSDIDVVARAVEEG
EDVLSYYESPTQGVPDPLWRTWVNVSAVEETQYTCATLCLKERACSAFSVVSGAEGPRCF
WMTSWVSGTVNSSDFQTYKKNMTRVASLFSGQAVAGSDYEPVTRQWAVILEGDEFANLTV
SVLPDDAPEMDESFLISLLEVHLMNISDSFKNQPTIGHPNTSAVVIGLNGDAFGVFIIYS
VSPNTSEDGLCVEVQEQPQTSVELVIYRTGGSLGQVMVEWRVVGGTATEGLDFMGAGDIL
TFAEGETKKMAILTILDDSEPEDNESILVRLGATEGGSRILPSSDTVTVNILANDNVAGI
VSFQTASRSVIGHEGEMLQFHVVRTPPGRGNVTVNWKVVGQNLEVNFANFTGQLFFSEGT
LNKTIFVHLLDDNIPEEKEVYQVVLYDVKTQGVSPAGVALLDAQGYAAVLTVEASDEPHG
VLNFALSSRFVVLQEANVTIQLFVNREFGSLGAINVTYATVPGIVSLKNNTEGNLAEPES
DFIPVVGSLVLEEGETTAAISITVLEDDIPELKEYFLVNLTHVDLIMAPLTSSPPRLDSE
GLTAQIVIDANDGAQGMIEWQRNRFEVNETDGVVTLVAQRSRAALGQVSLFMYAQNLEAQ
AGLDYMRTPQILHFTDGERFKHVDVMILDDDMPEGDERFQLLLTNPSPGLELGKNTIALI
TVLANDDGPGVLSFNNSGHIFLREPTSLYVQESVAVLVIVREPAQGLFGTVAVQFVVTEV
NSSTESKDLSPSKGFIVLEEGVRSKTLRISAILDTEPEMDEHFVCTLFNPTGGARLGAHV
QTLITIFQNQAPLGLFSISAVENSATSIDVEESNRSVYLNVSRTNGLDLTASVQWETVSE
TAFGMRGMDVVFSIFQSFFDKTALDWCFFTVEGSVYGVMLRKSSLVVYRWQGTFVPVEDL
KVESPKTCEAFNIGVSPYLVITHGERSGEKPSINSVYMLTAGFRLVLIQTIIISGSCQVR
HFTSDSQDYFIIASRRNDSELTQVFRWNGNNFAWHQTLPVRGVLGMALFSRGGSVFLAIS
QANIRQTSLLFTWSGTQFINFQELPISGITQVEALSSGDDVYLCFAKNTFLGNQNAIDIF
VWEMGHSSLRYFQSLDFAAVKRIRSFTPASGIVHILLTAQDGSALYCWNSELNAFSFVLE
APAAHDAAFVTVKSLNSSKTLIALVGATDSHLYELTYVSSQSDFIPSLGELIFEPGDKEA
IIAVNVLDDTVPEKEESFRVQLKSPRGGAEIGINSSVRVTVLANDGAYGVVAFAQNSLHK
QLEELERDSLVTLNVERLRGTHGRITVAWEAAGSVSDVFPTSGVISFTEDQAMSMITLTV
LADDLPELSEAVVVTLTQIVTEGVEDPLKGATIDQSRSRSVLTILPSDSPYGAVRWHTES
LFNRVPEPTENITVVQLHIVRDKGLFGDISIHLIAKPNFLLHINNQATEDEDFVLQDSVI
IMKENIKETHAEVAILPDEVPELDEGLIVTIAAVNLVNPNFPAEQPRVQRPRMESAEILI
EENDDPRGIFNFHVVRDVGGVIIAHEGPPPLNVLQVPVVRMAGTFETVNVYWKATPDSAG
LEDFQPSHGMLQFADGQVIAPILVTIIDDSEFELLETFTISLVSVTGGGRLGDDVSVNVV
IAPNDSPFGIFGFEKKTVMVDGPLLSDDPDSYVTLTVVRSPGGKGAVRLHWAIEEKAKDD
LSPLNGTLYFDETESQKSVILHTLKDGMVGEDRRFIIELTAADEVEISPVKGSASVIIRG
DKSISEVGIASSSRHIIIGEPSATYNGTAIIDLVRGPGVSGEITVNWKILPPSRGEFVET
SGQLTMLDGQTAATVVIQVLNDDIPEEKCHYEFQLTEISEGRMLHEASVSARITMVASDA
PYGRFSFSHEQLHVSKAAQRVNVTVVRSGGSFGRARVLYETGSRTAEAGWDFVPASGELL
FEAREKMKSLYIDILDDDLPEGPEEFVLAITRVDLQGRGYDFTIQENGLQIDQPPEIGNI
SIVRIIIMKNDNAEGIIEFDPKYTDISVEEDAGVITLPVLRLHGTYGHVSADFSSRGFSA
VPGGYVLRGSSVTFQHGQNLSFINVSIIDDNGSEFEKQFEILLIGATGGAILGRHLVSKI
TIAKSDSPFGIIRFLNQSKISLPNPSSTMALHLVLERTGGLLGEIQVSWEVVGPDAEEPL
PPHNGDFADPVSGTVSFGDGEGGVRSIILRVCPHEETEAEETFIVQLKPLREAKLDPRAK
AVTLTIQKFGDPNGVIHFAPESLSKRRFSEPPPSDGPLLVSFLVTRSKGTSGDIKVHWEL
SSEFDITRDFLSTRGFFTIADGESDANFDVHLLPDDVPEIEEEYAVQLVSVEGGAELDLG
KCTARFSVSANDDPHGVFALYSDRQSVLIGQNLDRSIQINITRLAGAFGAVAVRVQILSD
NKEDPVATENEERQLVITDGARYKVGLVPLKNQVFLSLGSNFTLQLVSVRLLSGPFYGIP
TILQEAKNAILSVPEEAANSQVGFESAAFQLMDIKAGTSQVMVSRKGTYGRLSVAWTTGY
APGSEIPEPIVIGNMTPTLGSLSFVHGEERKGVLLWTFPSPGRPEAFVLHLSGLRSSAAG
GAQLRSGFTTAEIEPMGVFQFSPSSRNITVSEDAQTIRICVQRLFGFHGDLIKVSYETTA
GSAKPPEDFEAVQKGEVFFQRFQPEIDFEITIINDQLPEIEETYYINLTSVETRGLGKGG
VNWRPRLNPDLSVAVVTIVDNDDLTGAAVSVPVTAGTVAVDSTLLAMETGSTTHPNKSKI
TTIPYTTEVFAPVTETVTVSAIPEKLATAHSVISVKPDVVPGTVVASVYGTLSIGPPIVY
VSEEMKNGTLSTADILIQRMGGFAGNVTITVKTFGGRCAQKEPSVWPFQDVYGVGNLTTW
AVEEEDFEEQLLTLTFLYGERERKIAVQILDDDDAEGQEFFYVFLTDPQGGAEIVRGKDS
TGFSAFAVIIISGSDLHNGIIGFSEESQRGLELREGADKNSQRLVVTRQPNRAFEEVQIF
WRVTLNQTVTILQEKGANLTDELRFVAGVTTCTGGQTRCFIHLELNPKKVHQVEMPFFVE
LYDVTAGAAINNSARFAPIKLSKSGAPQSLVSFSVGSRLAVAHKKSTLISLQVARDSGTG
IMMSVNFITQELRSAETVGRVLISPAVSGKDFVRTEGTLVFEPGQKSAVLDVVLTPEAGS
LNKFPKRFQIVLFDPKGGARIDKVYGTANITLISDADSQAVWGLEDLLHRPLHEDILNRV
LHNLNLRVATESTDEQLSAVMLIMEKITMEGRNQAFSIKSRTLLYELLCVLINPKRKDTR
GFSHFVEVAEHFAFSLLTDVTCGSPGEKSKTILDSCPYLSILALHWNPQQINGHKFEGKE
GDYIQIPERLLDVPEAEMLDGKNACTLVQFVEYSSQQWFIAGDNLPALKDKVLSLNVKGQ
SAQPLPNNNEVLYRIHAAEPRVVPHTSRCLLWNQAAASWLSDSQFCKVVEDASDYVECAC
SHMSVYAVYAQTDNSSSYNEAFFSAGLICISGLCLAVVSHMFCARHSMFAAKLLTHMMVA
SLGTQILFLASAYASPHLSEESCSAVAAVAHYLYLCQFSWMLIQSVNFWYVLVVSDEHTE
RRCLLFCLLSWGLPSFVVILLILILRGIYHRSMPQIYGLIHGDLCFIPNIYAALFTAALV
PLMCLVVVFVVFIHAYQLKPQWKGYDDVFRGRTNAAEIPLILYLFALISMTWLWGGLHMA
YGHFWMLVLFVIFNSLQGLYVFVVYFILHNQTCCPMKASYTVEMNGHPGPSTAFFTPGSG
IPPAGEINKSTQNLINAMEEVPSDWERSSFQQTSQASPDLKTSPQNGASFPSSGGYGPGS
LIADEESQEFDDLIFALKTGAGLSVSDNESGQGSQEGGTLTDSQIVELRRIPIADTHL

Region:1-6298
Length:6298aa
Label:Full sequence
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