Input sequence

Protein name Adhesion G-protein coupled receptor V1
Organism Danio rerio Length 6199
Disorder content 2.1% ProS content 1.6%
IDEAL NA UniProt Q6JAN0

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 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 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 HMMER:SCOP HMMER:SCOP SEG:LCR TMHMM:TMhelix 0 6199 1-656 657-661 662-771 772-776 777-1117 1118-1122 1123-2779 2780-2785 2786-3071 3072-3077 3078-3645 3646-3650 3651-4638 4639-4642 4643-4753 4754-4759 4760-4961 4962-4966 4967-5127 5128-5131 5132-5268 5269-5275 5276-5673 5674-5677 5678-5681 5682-5974 5975-5976 5977-6069 6070-6153 6154-6162 6163-6185 6186-6196 6197-6199 1-656 662-771 777-1117 1123-2779 2786-3071 3078-3645 3651-4638 4643-4753 4760-4961 4967-5127 5132-5268 5276-5673 5682-5974 5977-6069 6154-6162 6186-6196 4754-4759 5269-5275 5674-5677 5975-5976 6070-6153 6163-6185 6197-6199 4754-4759 5269-5275 5975-5976 6070-6074 6086-6111 6120-6153 6163-6176 6183-6185 6197-6199 4252-4466 1865-2070 2125-2308 38-231 4999-5226 2589-2769 1713-1932 997-1198 2951-3157 2481-2658 3565-3707 1579-1795 661-877 2858-3032 256-479 3778-3960 1131-1292 1493-1627 1708-1958 997-1188 140-368 2105-2317 1849-2095 3548-3709 4383-4567 768-991 3917-4160 3777-3964 3197-3230 4251-4466 2944-3051 3082-3176 4633-4731 4994-5109 31-136 2581-2685 5697-5785 1318-1500 4248-4336 130-230 1711-1792 2094-2190 2210-2308 2589-2659 2933-3029 4997-5076 4393-4466 3628-3710 1839-1937 3778-3855 5817-6043 126-230 245-356 986-1084 1553-1656 1697-1793 1950-2064 2091-2191 2206-2309 2573-2660 2798-2909 2930-3030 3879-3986 4000-4103 4238-4336 4371-4471 4976-5076 5804-6054 437-520 3565-3658 1313-1490 48-147 2571-2685 2951-3052 1713-1845 4987-5076 996-1124 143-276 1269-1498 2691-2780 4-21 387-398 1633-1649 1805-1814 2888-2898 3715-3728 3965-3980 4468-4485 4907-4920 5918-5928 5804-5826 5835-5857 5872-5894 5906-5928 5952-5974 6000-6022 6027-6049 3us9A(5-203) 2e-16 29.03% 3us9A(14-214) 1e-14 30.28% 3us9A(24-207) 2e-13 31.22% 3us9A(14-209) 2e-11 28.86% 3us9A(14-209) 3e-10 25.44% 3us9A(18-203) 5e-10 30.57% 3us9A(6-203) 3e-09 30.26% 3us9A(3-207) 3e-09 30.95% 3us9A(10-210) 6e-09 26.42% 3us9A(45-208) 3e-08 30.39% 3us9A(49-195) 3e-08 31.58% 3us9A(17-210) 3e-06 27.6% 3us9A(15-222) 2e-05 26.87% 3us9A(39-210) 2e-05 27.47% 3us9A(3-207) 2e-05 26.11% 3us9A(19-182) 8e-05 26.88% 3us9A(23-171) 0.001 24.69% 3rb5A(46-168) 4e-05 29.63% 3rb5A(1-224) 6e-17 21.15% 3rb5A(3-186) 5e-16 27.32% 3rb5A(3-234) 3e-15 20.08% 3rb5A(3-230) 1e-12 21.85% 3rb5A(3-237) 2e-11 23.2% 3rb5A(29-186) 9e-10 27.44% 3rb5A(3-171) 6e-09 18.92% 3rb5A(3-238) 3e-08 21.96% 3rb5A(19-236) 4e-08 22.45% 3rb5A(18-175) 2e-05 16.49% 3rb5A(11-44) 0.0007 41.18% 3us9A(4-203) 3e-15 26.61% 3e9tA(5-112) 2e-14 28.7% 3e9tA(21-112) 2e-06 21.05% 3e9tA(4-106) 5e-05 22.33% 2dpkA(14-122) 4e-13 33.62% 2dpkA(12-124) 8e-12 30.7% 2dpkA(16-124) 2e-10 29.36% 4dlqA(267-353) 3e-06 22.58% 3flpA(8-193) 0.0003 16.67% PF03160(9-97) 9e-13 47.19% PF03160(1-97) 2e-09 40.59% PF03160(12-96) 9e-08 44.71% PF03160(1-96) 2e-07 35.05% PF03160(1-96) 3e-07 39.0% PF03160(26-96) 3e-07 43.66% PF03160(1-96) 7e-07 37.11% PF03160(20-97) 2e-05 45.0% PF03160(19-92) 0.0002 40.54% PF03160(5-87) 0.0006 35.63% PF03160(1-97) 0.0008 33.33% PF03160(27-97) 0.0008 38.46% PF00002(20-237) 5e-08 23.4% PF03160 0.00021 12.5% PF03160 8.5e-05 17.3% PF03160 7.4e-06 30.1% PF03160 0.00035 9.8% PF03160 4.5e-10 44.1% PF03160 3.3e-07 34.6% PF03160 1.7e-05 25.7% PF03160 6.3e-05 18.9% PF03160 0.00041 9.0% PF03160 8e-05 17.6% PF03160 6.8e-12 50.1% PF03160 5e-08 37.3% PF03160 0.00065 6.6% PF03160 4.5e-08 37.4% PF03160 2.3e-14 58.4% PF03160 6.4e-09 40.2% PF00002 0.00013 -97.9% 1nbwA1(63-142) 1e-26 28.57% 1nbwA1(65-149) 7e-06 16.67% 1c4rA(1-167) 3e-15 14.04% 2cbiA3(13-112) 1e-08 26.36% 2dpkA1(3-121) 2e-06 26.05% 2dpkA1(12-119) 2e-05 32.11% 2dpkA1(8-121) 0.0008 29.93% 2fwuA1(4-92) 0.0001 24.44% 2fwuA1(3-131) 0.0004 22.31% 2fwuA1(7-139) 0.0009 18.38% b.29.1 5.4e-36 113.1% b.1.1 0.00081 12.3%

Sequence

MPAVLALSGLLLMLLTVSVRSESAELRFQGQTQFVVNESSRAIVRLVVERVGDPINVTAL
VLLQGDDTGDFEATTAAAFLLSSESSKTIFIAVKDDDIPEADETFVFILRLQSSSNGVTV
GTPNTATITILSNDNAFGIISFNSSSLITVEESKGRSQYVPLTLLREKGTYGTVTVNFEI
FGGPNPASEDLSPDMGNITFPPGRSVVVFSIMIQDDKLPEDDEIFTVQLTEAAGGALLNP
NRSSVQIKISRNDAPIRFSKSTLVVPENIGVISLTVTRGRTEDGLLIGSDDKTVSVAYAI
ITGNGAASATPLTDFVDLQTERMVVFLPGVHEADLRFSIRDDNIPEIAESFQVVLLEETL
LGDAVLVTPSLTLVTIEPNDKPYGVLSISPSPIQPHIINEDLNLIYEGMIIVRNGGTHGA
VSVQWNITRNSTDRSPVSADLNPAAGTLRFSEGQMSAVLPLNITQDSLPEEAEAFLLKLI
PGSVQGGAEVDEPMEMVFFIQDSDDVYGRFGFHPRENQSIQSQPEGRFLSLSFLREGGTL
GEVRLTLTALYIPARPLDPSRARDGVLNGTSVNTVLFSSGQSRAQLILPIRNDAFLQNGA
HFRIQLDSVELVNITPPIPSMSPRFAGALNISLIITPDIANGEIGFTSNQTVVALEPEDS
NSSLITLQLRRDGTDGQAVVFWSLRPTGENKEDVTKGDISPFTGSVTFLSGQSEAVINLT
VLADNIPEINETIILTLDRTNVDNQILKPGFTSREIVILENDDPGGVFEFSPVSKGPWFI
NEGETVELRVIRAQGQLLNQLIRYTVIPSGTAQFYGATGILEFQPGEREVMVALVAKPDG
IPELDETFSVVLSSYSTPASRLGNRREVNITVRKSDDPFGVIEFIQPDLDFTINESKALG
CLLSILPPLEKSRGRFGNVSIFWILEPTYSGDVKPVQGEIVFAEGEYQKNLTLSSVADEI
PEKTENFTITLLNATGGARLGNILSARLSIRANDDPIYFAEPVGQRVREGGVANFTILRA
GLANFVTTVNYRFEYGDTSSEDFIPESNDTMLVFHFGEWMKNISVAVVDDNIPETDEPFY
IVLFNATGDAVVYGQITATVVIEANDDANGIFSLDSAQKPGEEGKTNNFYVLRDRGHFGN
VTIYWQLFANDTPLEPYQEFVNTSGFITFRTGEKTKPIVLEVISDKLPEFNEFYELRLMN
VSGGYPGEGGKLANRDLNASVLIPFNDDPFGVFAIAPDSLEREVAEDVLSVNDMTSVTSL
TILRQQGTFGDVRVAWEILSGAFPRGLPPMEDLILMASFPSAVELQPHSRRRHAGTDALF
FSGRPGAYGSISAETTLLVPQILANFTLSVWLKPKPNTDGFVVSKGNGNGTVYYGVQVQT
NDSHVTIMLHYTTIGSNSTHVARATANTFVEDAWVHVIIAVEDGIIEFYLDGSPIPGGIK
SLKGEAIVNDATPIRIGSNPDGEQRFTGLLQDVRLYSSCLNRSQIHELHNQPAKTDLHNV
SGYLTYRQEEKEKSFLVEVRDDQEAEGEEVFYLQLVAVQGGARLPMPRPTAILKVMKSDN
ANGLFSFTGACIPDIAEEGSMISCVVERTRGALDYVYVNYTVTQLDSPADLSNASDFANA
TGFILFQPGQLSEVLNLLVVNDDLPEVDEHFRVRLVSAKSGDGKPGSTPTSGASIDPEKA
VNNVTVKASDHPYGLLQFQTTPVPVGMIRPALEEARVTVQEEAGVVRLLVARAQGLLGRV
MVGYRTSPFTAAGSEDYEGFLDFLPGERFKYINVTIIDNSVPELDKVFRVELYNPNGGVD
PYFASEGSGSGESETDFFLPSFHYHHANLGAAARIIVTIAASDEAHGVFQFGADSLIVNG
TEPEEGRSTVVLQVIRTFGALSNVTVYWEADAASEGELVYRSGNVNFEVGQTVRSIYLLI
SQDDVPELDKTFKVRLTNASHGRLGKETTATLTVLASDDPYGLFVFSDNTRPVRVAEANA
LVALTIQRRKGLMGRVRVAYRTLRDTDTVLYSTPGVGRASEGNDFIAVVDSVIFSANQSE
VNVTLRVLDDNEPERAESVFLELVSVTLIEGLQPRPVALSPRLGPRNVTIAQVIIEASDD
AFGVLQLSSSAVSVPEYYTGPIINVTRIGGIFADVSVKFRAVPLTARVGEDYRVASSDVV
LLEGESSKPVPILIINDVVPELEETFRIELLNQTTGGALLGDLTQAIITILPSDDPFGLF
VFQAAPITIEEPALTAFEVSVPIVRNAGTMGDVAVQWRATVNGRPATGDLRPVSGEVMFS
PGETLKTLKVEVLPDDVPEIEEIIKVELVSATSGGNIGLEKVVDTIVPANDNPHGTVYFE
QAVYRVQEPLEGIYIANVTIRRSGGNFGMLEVVYSTLEVDIVSNALKEGRNFLVYYDSRL
AGVPSNAIRRPINITTSTNVLNFCAAFCLRERACQAFSFTNTTTPSCFWVTSGVSQLSPS
PQTFTYLKNTTATASLFSSQAVAGSDFITMTAQTTTMLDGSGVANLTVPILTDSLPEMDE
SFIIKILKVSLVNVTATARNLPTIRQPDTALVTIGMNGDAFGIFLLYSINPNATQEGLYL
EVREEPKTTVLLVIERRGGSMGQVTVEWKYVGGSATPNADFNGTGETLIFAEGDVKKTLE
FIITDDTEPENNETLQIGLVSTEGGSRILPSSDTVTILILANDNAAGVVGFHTASRSRIV
REGESVTLLVERTAPAIGNVAVDWRIEGPLVPTTFADTSGTLFFSEGILNNTIVLKLLED
TTPEDREEYRVILSNIQTTGVTKTGIAALSAQGREAVVSVEASDEPFGLLSIAPSSLQVT
TDEKNTTIRIYINREFGASGAVNISYETVRGSLQDLRQTEGALAQPGQDFRYVSNSVIMQ
DGQTSVSIPITIIDDDIPELQEFFLVNITSAVLITTLPTAPKLNTEGLVAEIIINANDGI
RGIIGWQNIDYVVNETIGVLTLVAYRDAGTYGNVSLFFYAQNLEAQLGLDFNATPSMIYF
VDGERHKFIEVQILDDAVPEGGETFQLILANPSAGLQLGENTTATVMILANDDGHGIISF
NNSEHFLLREPTSVSGLGTSVATLYIIRDPPQGTFGTVTVQFTITDVNGSLYTDDLTPSS
GFVVLEDGVRYKTLEIWAVLDAEPEMNETFTVTLSNPTGGARLGVSLQTFITVLENQAPL
GLFRISPSINRTLDTMTVEEHMGTVFLTVSRSNGLESAVSVEWETRSGTAFGMRGEQPVL
AVYQSIRDSFASVWCSVPSGDAALVLRLIKGLTQNQTVLYKWQGVFVPVEFVSIQNPKSC
VGFTVNGSSYVAVSHADNTVSLTTNISLFRVQADLNLTLEQTFSVSGFSVKHFSTDLKQY
LIASSEIFVWNRGSFFLHQSLELQDIIAAVPFRRGSSNVQHLAVCRNRTSAACFIYQWTD
GRFQNPQPLALNTEVKQVESHQMGGDTFLFIVTEGLNPACEVFLWGSQQTVFQQTQSILV
PGLFSVHPFTTPSGIFHLLLAGVNGSALYSWRSELRQFAEMLKSASAQEFLYLPVPSINS
PKSLILASGKSSSLVYELTSVSNQSDFIPSSGELFFQPGVQELEIAVNVIDDDVPEEEEH
FRVSLKNPKGGAEIGFRGQVTFFIPANDDTYGIIGFSQNSLMREVEELQSDNPVSLSIER
RRGRFGRLTVHWSAYGSLDDIFPTSGVVTFSESQAVATISLNVLADDIPELAEKVTIVLT
KVTTIGIIDPSRGASIDYQRAQANLTIRANGSPYGVIGWHLDSQYFITPEPQKSPSNITL
SIVRDQGSSGNVLVYYSTKPALHLLPLNQASGGTDYVAKEATVVMMENATVVLVFLTILP
DDIPELAETFFVNITRVEVLGGDTGAAQPSVKRPGLEIAEVTIQENDDPRGVLSFNVSKD
VSGAVLAFEVPSPGNVLRLAVMRMAGIFGRLVLYWETQSVTASTEDFTPSSGNITFQDGQ
AMAYIEITIIDDTIVESTETFMVKLIRVIGGARLGVETSVVVSIPANDSPFGRFGFEELK
VSVSEPQFLNDPASVATLTVVRSSGGEGVVHLIWLLQEESRDDLSPRNGTLIFNGTESKK
TLVIQALADAVLEGEESFTIQLLSPKNEPVIDPVRGVATVVIRPDVGALGTVGIADSSRN
VLIGEPICSYNGTALISLIRGPGIFGEIEIFWNITTAAVSEFEETSGKVVMKDRQSAATI
QLKALDDEIPEERRVYQLRLSSLTPGSVINPDRQFASITMAASDLPHGLFSFSQASLRAT
EEDRAVNVTIVRSMGLFGSVWVSFHTEGRTAISGQDFGQSSGRPLFRPGESSRVIPLVIF
DDDLPEGPEEFFLNITLVELLNASSMDFTVREYGLQIDQPPAIGNLSSLMVIIQKNDNAE
GILEFDPKYVNNTVEEDVGTLSIPVLRRVGSYGQVTVQFVSKGLTAQPDSDYILLNGSIT
FQHGQTLSYINVSIVDDTESEFNEIFELQLTGATGGAILGAQLIARITIAKSDSPNGVVR
FINQSAITIPNPNSTVRLSLFAERADGLLGDATVMWHIQGPNSNEVLPSMNTDIEPVNGT
FSFRDGEGGVRSIDLKILPHGEVEVTEKFIIMLSVISGEMGVDPRAGSVTLTIEKFGDPN
GIVQFTEQDLKERIYSEPSDSEGPLKVSVLVTRREGVMGNITVFWEILSDADTSGDFAAL
RGSVIILAGQRLAEIILTLLPDSVPELEETYTLRLTSVEGGAELDLNRSSTRLKVRANDE
PHGVFVMYSQNQSVVVNAADRSRQLIISVNRLAGAFGNASVGYRISFTTPGQSFTEDTIT
GNILVKDGEREASIRVPVSSQVFFVTGFNFSVELTDVTLIGPLLGSPPRIQLESKLAVVS
VPEVAANPVVGFASLALRVLDIESGQCEALVTRTGLYGNITVRWSSGFPPGQTPPGYQPG
EILPRSGSIMLAHGQRSELISFTALNNISVVTAHAIYLTSVESESPGGARLRTGYTVAEV
EPLGLYQFHPNSQHLVIEEDVQTITLYVQRFYGFRSNRSSVSYRTWPGTAQPDKDYVPVT
DGQLLFDSRQTSASIRLSILDDTLTEPDEDFYVNLTSVRVLSTTLPLITAQPGIVQKNSI
STVTIRANDVVSGFLSIGPAVKLISEDSVEDSPQQKLQLRVRRTAGLSGVVSAKIRAYAG
LKTPLVDASQFHREHKGTWALEGEDFALETQSVTLLEGQNEVEVTVIMLNDQEPEGQEAF
FIYLSDAEGGAQIVSVPDELGFTSFAKIIILGSDLQNGIVGFSLSSLSGQVLDEDSVNRT
VTLVLQRQENRAFEDVLVFWRVTFSTTDHALVSHGVDLSKELLQTSGTSIRRKGEVLCAL
KLEVQPDKNPEYEVWFLVEVYKVGEGAAINQTARFANITMLESDDPRGLVYFAQGSRLPV
VTLKATSVSLQIYRDASTASSISVEYRMQELPKVESIGPSLVWPAVAGQDFVMSEGTLTF
EIGQSSAGLNIDLTPNIGSSNLTPKRFQVVLSDATGGARVHPEFGLANVTLVSDTETQAV
WALLDQLHQPLEETIINRVLHALINKVSRDITPEQLMAVLDASSKILSDAEQTPLKDSSR
GLTYDLLCAMANPNRTDTQGVSQLSEVAERFAYSLLTDIKCGAEGKRGITILDNCPYFTI
AAHHWYPMQINGHTFIGKNTDTFTLPETLLEVPALPADSTAPSACYKVHFTEYSTEHWFL
TNKKPSALNGKVFSVSLYGRGSKPLSEGQEVVYRIHTPDRRGKPKPSQSLCLLWNQAAES
WLSDGQFCRLVDDTQNYVECACSHLSIYTAYAEIESLASFNEAFYAAGFICISGFALAMV
SHLMCARFLMFAAKLLTHMMVACLGTQICFLVSAFRGRMFSEDSCAALGLFFHYFHLSQF
GWMLVQAINFWQILVMNDEHTERRYLLYFLLSWGLPALVIIVLVVVLLGGFGWSIHSVYG
LVQGDLCFIPNVYAALCTAALVPLICLVGVLVIFIHAYQVTQQWKAYDDIYRGRTNSSEV
PMMLYLFALVTLVCVWAGLHMAYRYIWMLILLVIFNIFLGLYVFSVYFVMHNQLFWPGKA
TYTVEMNGHSSPDSIYQSTGAATVGGGEISKSTQNLISAMEEISADWERASLRPSSQPSS
IFKPSPQDEAYITEGGFINTSLVRDEESQEFDDLIFALKTGSGLNVSDNESIHGSHDGGS
MANSQIVELRRIPIADTHL

Region:1-6199
Length:6199aa
Label:Full sequence
Reset:click