Signal Peptide Database

Signal Peptide Database - Mammalia

Entry Details

370

Source Database

UniProtKB/Swiss-Prot

UniProtKB/Swiss-Prot Accession Number

Q8VHN7 (Created: 2006-04-18 Updated: 2009-01-20)

UniProtKB/Swiss-Prot Entry Name

GPR98_MOUSE

Protein Name

G-protein coupled receptor 98

Gene

Gpr98

Organism Scientific

Mus musculus

Organism Common

Mouse

Lineage

Eukaryota
  Metazoa
    Chordata
      Craniata
        Vertebrata
          Euteleostomi
            Mammalia
              Eutheria
                Euarchontoglires
                  Glires
                    Rodentia
                      Sciurognathi
                        Muroidea
                          Muridae
                            Murinae
                              Mus

Protein Length [aa]

6298

Protein Mass [Da]

687458

Features

TypeDescriptionStatusStartEnd
signal peptide      potential   1   28
chain   G-protein coupled receptor 98      29   6298
transmembrane region   1   potential   5902   5922
transmembrane region   2   potential   5933   5953
transmembrane region   3   potential   5974   5994
transmembrane region   4   potential   6004   6024
transmembrane region   5   potential   6053   6073
transmembrane region   6   potential   6098   6118
transmembrane region   7   potential   6127   6147
topological domain   Extracellular   potential   29   5901
topological domain   Cytoplasmic   potential   5923   5932
topological domain   Extracellular   potential   5954   5973
topological domain   Cytoplasmic   potential   5995   6003
topological domain   Extracellular   potential   6025   6052
topological domain   Cytoplasmic   potential   6074   6097
topological domain   Extracellular   potential   6119   6126
topological domain   Cytoplasmic   potential   6148   6298
domain   Calx-beta 1      76   115
domain   Calx-beta 2      194   234
domain   Calx-beta 3      320   361
domain   Calx-beta 4      448   489
domain   Calx-beta 5      707   746
domain   Calx-beta 6      822   862
domain   Calx-beta 7      939   980
domain   Calx-beta 8      1052   1093
domain   Calx-beta 9      1167   1208
domain   Calx-beta 10      1500   1540
domain   Calx-beta 11      1622   1662
domain   Calx-beta 12      1763   1804
domain   Calx-beta 13      1907   1937
domain   Calx-beta 14      2034   2074
domain   Calx-beta 15      2161   2201
domain   Calx-beta 16      2279   2319
domain   Calx-beta 17      2497   2537
domain   Calx-beta 18      2631   2671
domain   Calx-beta 19      2745   2785
domain   Calx-beta 20      2880   2920
domain   Calx-beta 21      3003   3043
domain   Calx-beta 22      3127   3167
domain   Calx-beta 23      3581   3622
domain   Calx-beta 24      3697   3736
domain   Calx-beta 25      3831   3872
domain   Calx-beta 26      3962   4002
domain   Calx-beta 27      4079   4119
domain   Calx-beta 28      4195   4235
domain   Calx-beta 29      4310   4350
domain   Calx-beta 31      4565   4607
domain   Calx-beta 32      4687   4728
domain   Calx-beta 33      5047   5088
domain   Calx-beta 34      5284   5326
domain   Calx-beta 35      5420   5461
domain   GPS      5846   5895
repeat   EAR 1      3185   3237
repeat   EAR 2      3292   3341
repeat   EAR 3      3343   3389
repeat   EAR 4      3390   3435
repeat   EAR 5      3436   3484
repeat   EAR 6      3487   3530
splice variant   (in isoform 4)      0   0
splice variant   (in isoform 2, isoform 3)      0   0
splice variant   (in isoform 5)      0   0
splice variant   (in isoform 3)      0   0
splice variant   (in isoform 2)      0   0
splice variant   (in isoform 3)      1   1804
splice variant   (in isoform 2)      1   720
splice variant   (in isoform 5)      617   6298
splice variant   (in isoform 4)      1219   6298
splice variant   (in isoform 2, isoform 3)      2959   6298

SP Length

----+----1----+----2----+----3----+----4----+----5

Signal Peptide

MSVTSEPGMISSFLLVYLSTLFISFVFG

Sequence

MSVTSEPGMISSFLLVYLSTLFISFVFGEAEIRFTGQTEFFVNETSTTVI
RLVIERIGEPANVTAIVSLSGEDTGDFFDTYAAAFIPARGTNRTVYIAVC
DDDLPEPDETFTFHLTLQKPSANVKLGWPRAASVTILSNDNAFGIISFST
PSSISVIEPRSRNASVPLTLIREKGTYGMVTVTFDVSGGPNPPEEDLNPV
RGNITFPPGRATVIYNVTVLDDEVPENDELFLIQLRSVEGGAEINASRSS
VEIIVKKNDSPVNFMQSVYVVPEDDHVLTIPVLRGKDSDGNLIGSDETQV
SIRYKVMTWDSTAHAQQNVDFIDLQPDTTLVFPPFVHESHLKFQIIDDLI
PEIAESFHIMLLKNTLQGDAVLMGPSTVQVTIKPNDKPYGVLSFNSILFE
RPVIIDEDTASSSRFEEIAVVRNGGTHGNVSVSWVLTRNSSDPSPVTADI
TPASGTLQFAQGQMLAPISLVVFDDDLPEEAEAYLLTILPHTIQGGAEVS
EPAQLLFYIQDSDNVYGEIAFFPGESQKIESSPSERSLSLSLARRGGSKG
DVRVIYSALYIPAGAMDPLRAKDGILNTSRRSSLLFPEQNQQVSIKLPIR
NDAFLQNGAHFLVQLEAVVLVNIFPPIPPVSPRFGEIRNISLLVTPAIAN
GEIGFLSNLPIILHEPKDSSAEVVSIPLHRDGTDGQATVYWSLRPSGFNS
KAVTLDDAGPFNGSVVFLSGQNETSINITVKGDDIPELNETVTLSLDRVS
VDSDVLKSGYTSRDLIILENDDPGGIFEFSYDSRGPYVIKEGDAVELRIT
RSRGSLVKQFLRFHVEPRESNEFYGNMGVLEFTPGEREVVITLLTRLDGT
PELDEHFWVILSSHGERESKLGRATLVNITILKNDYPHGIIEFVSDGLSA
SIKESKGEDIYHAVYGVIRTRGNFGAVNVSWMVSPDFTQDVFPVQGTVCF
GDQEFFKNITVYSLVDEIPEEMEEFTIILLNATGGAQTGIRTTASLRILR
NDDPVYFAEPCVLRVQEGETANFTVLRNGSVDGACTVQYATVDGKASGEE
GDFAPVEKGETLVFEVGSREQSISVHVKDDGIPETDEPFYIVLFNSTGDT
VVYEYGVATVIIEANDDPNGVFSLEPIDKAVEEGKTNAFWILRHRGHFGN
VSVAWQLFQNASLQPGQEFYETSGTVNFTDGEETKPVILRAFPDRIPEFN
EFYILRLVNISGPGGQLAETNFQVTVMIPFNDDPFGIFILDPECLEREVA
EDVLSEDDMSYITSFTILRQQGVFGDVRVGWEVLSREFTAGLPPMIDFIL
LGSFPSTVPLQPHMRRHHSGTDVLYFSGLEGAFGTVDPKYQPFRNNTIAN
FTFSAWVMPNANTNGFLIAKDDSHGSIYYGVKIQTNETHVTLSLHYKTFG
SNVTYIAKSTVMKYLEEGVWLHVLIILDDGIIEFYLDGKAMPRGIKSLKG
EAITDGPGILRIGAGMDGGARFTGWMQDVRTYERKLTPEEIYELHAVPAR
TDLHPISGYLEFRQGESNKSFIVAARDDSEEEGEELFLLKLVSVDGGAQI
SKENTTARLRIQKSDNANGLFGFTGACIPEMTEEGSTVSCVVERTRGALG
YVHVFYTISQIESEGINYLVDDFANASGTITFLPWQRSEVLNLYVLDEDM
PELNEYFRVTLVSAVPGDGKLGSTPISGASIDPEKETTGITVKASDHPYG
LMQFSTGLPPQPEDSMSLPASSVPHITVQEEDGEIRLLVIRAQGLLGRVT
VGFRTVSLTAFSPEDYQSTAGTLEFQSGERYKYIFVNITDNSIPELEKSF
KVELLNLDGGVSDLFRVDGSGSGEADTDFFLPPVLPHASLGVASQILVTI
AASDHAHGVFEFSPESLFVSGTEPEDGYSTVVLNVTRTRGALSAVTLQWK
VDSDLDGDLAITSGNITFETGQRIASITVEILSDEEPELDKALTVSILNV
SSGSLGVLTNATLTILASDDPYGVFIFPNKTRPLSVEEATQNVALSIIRL
KGLMGEVAVSYATIDDMEKPPYFPPNLARATQGGDYISASGLALFRVNQT
EATITISILDDAEPERSESVFIELFNSSLVDKVQNRPIPHSPRLGPKVET
VAHLVIVANDDAFGTVQLSATSVHVAENHVGPIINVTRTGGTFADVSVKF
KAVPITAAAGEDYSIASSDVVLLEGETTKAVPIYIINDIYPELEETFLVQ
LLNETTGGATLGPLREAVITIEASDDPYGLFGFQNTKFIVEEPEFNSVRV
NVPIIRNSGTLGNVTVQWVAIINGQFATGDLRVVSGNVTFAPGETIQTLL
LEVLADDVPEIEEVVQVQLAAASGGGTIGLDRVANIVIPANDNPYGSVAF
VQSVFRVQEPLERSSYANITVRRSGGHFGRLLLCYGTSDIDVVARAVEEG
EDVLSYYESPTQGVPDPLWRTWVNVSAVEETQYTCATLCLKERACSAFSV
VSGAEGPRCFWMTSWVSGTVNSSDFQTYKKNMTRVASLFSGQAVAGSDYE
PVTRQWAVILEGDEFANLTVSVLPDDAPEMDESFLISLLEVHLMNISDSF
KNQPTIGHPNTSAVVIGLNGDAFGVFIIYSVSPNTSEDGLCVEVQEQPQT
SVELVIYRTGGSLGQVMVEWRVVGGTATEGLDFMGAGDILTFAEGETKKM
AILTILDDSEPEDNESILVRLGATEGGSRILPSSDTVTVNILANDNVAGI
VSFQTASRSVIGHEGEMLQFHVVRTPPGRGNVTVNWKVVGQNLEVNFANF
TGQLFFSEGTLNKTIFVHLLDDNIPEEKEVYQVVLYDVKTQGVSPAGVAL
LDAQGYAAVLTVEASDEPHGVLNFALSSRFVVLQEANVTIQLFVNREFGS
LGAINVTYATVPGIVSLKNNTEGNLAEPESDFIPVVGSLVLEEGETTAAI
SITVLEDDIPELKEYFLVNLTHVDLIMAPLTSSPPRLDSEGLTAQIVIDA
NDGAQGMIEWQRNRFEVNETDGVVTLVAQRSRAALGQVSLFMYAQNLEAQ
AGLDYMRTPQILHFTDGERFKHVDVMILDDDMPEGDERFQLLLTNPSPGL
ELGKNTIALITVLANDDGPGVLSFNNSGHIFLREPTSLYVQESVAVLVIV
REPAQGLFGTVAVQFVVTEVNSSTESKDLSPSKGFIVLEEGVRSKTLRIS
AILDTEPEMDEHFVCTLFNPTGGARLGAHVQTLITIFQNQAPLGLFSISA
VENSATSIDVEESNRSVYLNVSRTNGLDLTASVQWETVSETAFGMRGMDV
VFSIFQSFFDKTALDWCFFTVEGSVYGVMLRKSSLVVYRWQGTFVPVEDL
KVESPKTCEAFNIGVSPYLVITHGERSGEKPSINSVYMLTAGFRLVLIQT
IIISGSCQVRHFTSDSQDYFIIASRRNDSELTQVFRWNGNNFAWHQTLPV
RGVLGMALFSRGGSVFLAISQANIRQTSLLFTWSGTQFINFQELPISGIT
QVEALSSGDDVYLCFAKNTFLGNQNAIDIFVWEMGHSSLRYFQSLDFAAV
KRIRSFTPASGIVHILLTAQDGSALYCWNSELNAFSFVLEAPAAHDAAFV
TVKSLNSSKTLIALVGATDSHLYELTYVSSQSDFIPSLGELIFEPGDKEA
IIAVNVLDDTVPEKEESFRVQLKSPRGGAEIGINSSVRVTVLANDGAYGV
VAFAQNSLHKQLEELERDSLVTLNVERLRGTHGRITVAWEAAGSVSDVFP
TSGVISFTEDQAMSMITLTVLADDLPELSEAVVVTLTQIVTEGVEDPLKG
ATIDQSRSRSVLTILPSDSPYGAVRWHTESLFNRVPEPTENITVVQLHIV
RDKGLFGDISIHLIAKPNFLLHINNQATEDEDFVLQDSVIIMKENIKETH
AEVAILPDEVPELDEGLIVTIAAVNLVNPNFPAEQPRVQRPRMESAEILI
EENDDPRGIFNFHVVRDVGGVIIAHEGPPPLNVLQVPVVRMAGTFETVNV
YWKATPDSAGLEDFQPSHGMLQFADGQVIAPILVTIIDDSEFELLETFTI
SLVSVTGGGRLGDDVSVNVVIAPNDSPFGIFGFEKKTVMVDGPLLSDDPD
SYVTLTVVRSPGGKGAVRLHWAIEEKAKDDLSPLNGTLYFDETESQKSVI
LHTLKDGMVGEDRRFIIELTAADEVEISPVKGSASVIIRGDKSISEVGIA
SSSRHIIIGEPSATYNGTAIIDLVRGPGVSGEITVNWKILPPSRGEFVET
SGQLTMLDGQTAATVVIQVLNDDIPEEKCHYEFQLTEISEGRMLHEASVS
ARITMVASDAPYGRFSFSHEQLHVSKAAQRVNVTVVRSGGSFGRARVLYE
TGSRTAEAGWDFVPASGELLFEAREKMKSLYIDILDDDLPEGPEEFVLAI
TRVDLQGRGYDFTIQENGLQIDQPPEIGNISIVRIIIMKNDNAEGIIEFD
PKYTDISVEEDAGVITLPVLRLHGTYGHVSADFSSRGFSAVPGGYVLRGS
SVTFQHGQNLSFINVSIIDDNGSEFEKQFEILLIGATGGAILGRHLVSKI
TIAKSDSPFGIIRFLNQSKISLPNPSSTMALHLVLERTGGLLGEIQVSWE
VVGPDAEEPLPPHNGDFADPVSGTVSFGDGEGGVRSIILRVCPHEETEAE
ETFIVQLKPLREAKLDPRAKAVTLTIQKFGDPNGVIHFAPESLSKRRFSE
PPPSDGPLLVSFLVTRSKGTSGDIKVHWELSSEFDITRDFLSTRGFFTIA
DGESDANFDVHLLPDDVPEIEEEYAVQLVSVEGGAELDLGKCTARFSVSA
NDDPHGVFALYSDRQSVLIGQNLDRSIQINITRLAGAFGAVAVRVQILSD
NKEDPVATENEERQLVITDGARYKVGLVPLKNQVFLSLGSNFTLQLVSVR
LLSGPFYGIPTILQEAKNAILSVPEEAANSQVGFESAAFQLMDIKAGTSQ
VMVSRKGTYGRLSVAWTTGYAPGSEIPEPIVIGNMTPTLGSLSFVHGEER
KGVLLWTFPSPGRPEAFVLHLSGLRSSAAGGAQLRSGFTTAEIEPMGVFQ
FSPSSRNITVSEDAQTIRICVQRLFGFHGDLIKVSYETTAGSAKPPEDFE
AVQKGEVFFQRFQPEIDFEITIINDQLPEIEETYYINLTSVETRGLGKGG
VNWRPRLNPDLSVAVVTIVDNDDLTGAAVSVPVTAGTVAVDSTLLAMETG
STTHPNKSKITTIPYTTEVFAPVTETVTVSAIPEKLATAHSVISVKPDVV
PGTVVASVYGTLSIGPPIVYVSEEMKNGTLSTADILIQRMGGFAGNVTIT
VKTFGGRCAQKEPSVWPFQDVYGVGNLTTWAVEEEDFEEQLLTLTFLYGE
RERKIAVQILDDDDAEGQEFFYVFLTDPQGGAEIVRGKDSTGFSAFAVII
ISGSDLHNGIIGFSEESQRGLELREGADKNSQRLVVTRQPNRAFEEVQIF
WRVTLNQTVTILQEKGANLTDELRFVAGVTTCTGGQTRCFIHLELNPKKV
HQVEMPFFVELYDVTAGAAINNSARFAPIKLSKSGAPQSLVSFSVGSRLA
VAHKKSTLISLQVARDSGTGIMMSVNFITQELRSAETVGRVLISPAVSGK
DFVRTEGTLVFEPGQKSAVLDVVLTPEAGSLNKFPKRFQIVLFDPKGGAR
IDKVYGTANITLISDADSQAVWGLEDLLHRPLHEDILNRVLHNLNLRVAT
ESTDEQLSAVMLIMEKITMEGRNQAFSIKSRTLLYELLCVLINPKRKDTR
GFSHFVEVAEHFAFSLLTDVTCGSPGEKSKTILDSCPYLSILALHWNPQQ
INGHKFEGKEGDYIQIPERLLDVPEAEMLDGKNACTLVQFVEYSSQQWFI
AGDNLPALKDKVLSLNVKGQSAQPLPNNNEVLYRIHAAEPRVVPHTSRCL
LWNQAAASWLSDSQFCKVVEDASDYVECACSHMSVYAVYAQTDNSSSYNE
AFFSAGLICISGLCLAVVSHMFCARHSMFAAKLLTHMMVASLGTQILFLA
SAYASPHLSEESCSAVAAVAHYLYLCQFSWMLIQSVNFWYVLVVSDEHTE
RRCLLFCLLSWGLPSFVVILLILILRGIYHRSMPQIYGLIHGDLCFIPNI
YAALFTAALVPLMCLVVVFVVFIHAYQLKPQWKGYDDVFRGRTNAAEIPL
ILYLFALISMTWLWGGLHMAYGHFWMLVLFVIFNSLQGLYVFVVYFILHN
QTCCPMKASYTVEMNGHPGPSTAFFTPGSGIPPAGEINKSTQNLINAMEE
VPSDWERSSFQQTSQASPDLKTSPQNGASFPSSGGYGPGSLIADEESQEF
DDLIFALKTGAGLSVSDNESGQGSQEGGTLTDSQIVELRRIPIADTHL

Original

----+----1----+----2----+----3----+----4----+----5

Hydropathies

Signal Peptide Website