※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||||||||||||||||||||||
Theoretical PI | 9.65 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||
Molecular Weight | 471023.96 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||||||||||||||||||||||
Protein Name | Voltage-gated Ca2+ channel, alpha subunit | ||||||||||||||||||||||||||||||||||||||||||||||||||||||
Gene Name | CAV8; CHLREDRAFT_147205 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||
Created Date | 2007-12-04 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||
Organism | Chlamydomonas reinhardtii(Chlamydomonas smithii) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3055 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome,Ion channel,Ion transport,Membrane,Reference proteome,Transmembrane,Transmembrane helix,Transport Sequence Source UniProt Protein Sequence MPGFGRLVLF LVFCNCVTMA IQPPCAGSGG CADSTFARAL FVLDTVFTVC FTVEILMQAV 60 AHCFVLGPYA YLHDGWNWID LLSTACGYLV FLPAANGGGI NGLRALRAMR PLRALKAIPA 120 WPHPAPGAAL GALQPGLPTD DGARLRLLVQ CLLELVPLLM DVLFLLVWVF FVFGIIGLNL 180 FMGALHHRCS AVVNATSLDA AYALVAMAAA AAGGGEADGY GGVPPAAPPL APPPVALNGS 240 EVLPQWLVVV PGLENQPCSE SGVSGAYVCD DTWEGYNVTC GGDWGNPNFG YAGFDNFGVA 300 TFNIFAVMTL DAWSESQLYP QWYANGPPVP VLFFYALVMF GAFFTMQLLV AIMSSKFAQL 360 ADKAVSQPPS RSVTRANLML EETADLRMSG DGTAPADPNG TVSAFASGAS TPGGRPRSAL 420 SVACWRGVRS VASALDRLDA RWEALCAAVS RGLYNFKLRY MQPVHRVTLP PWRRRCLKVV 480 SSAWFNNGMT ALIIVNTAAL GMEHYGMSKQ WLAVIDLINM VLTYIFIAEL VLKHVAMGFI 540 RYWTDAWNIL DGFIVAVSIA DLIVVATGGS KTGTQAFRTM RVLRVLRSLK LLRRIKGLHR 600 LLRMVLRGFY TLRDFILLLA LFVFVFAVLG FQQFGGLWSF TPEANPLWPL KSRSNFNSMW 660 SSAYTVFQIL TCDDWVRITW NGMRGGGNAS VLFFIAWVII GNFILLTLFL AILITSFQSD 720 EEEVVDDVEK VEPSFAGVDG PSSGVSIGSN ANRSGLRHRG VGGSGAATPR GGGAAAGSAY 780 GGNRRRPANA LQLRVRERVS ERLDPASVRI MKRWLIMMGV THGMKEDEVN NIVRECDARL 840 SHDPDYINRD TSFTAPHLLN RRALQQASLS ASQASAGAGG GGGGGVPAMK RGSTLRRHTA 900 AIQELVQDLP TMPEDRVPSH ALAGLPAAAA AVVAAGELGV AVLVRSDGEG GISSGPEERA 960 ARGGRATPKL SRSMTAERQS TGSRPRTAGV SRAGTAERKA GGGSGADGGR TSGGSAARSG 1020 LGSAQASAPL PLTERHSGTS GVVGLLERLS HAVRSKVLGG MRSGGVSPRA SNPGILAGDR 1080 GERGERWHGA RVKVDLPPPP PSPYGAATPH GPYGLGARRS TPGADGSRRV SAGGASPHGA 1140 QSPGGYLNAA AGGPAGPGPS RMGRAPVPVR QDSWAMLVPS TDALRAAAAA AARQQQIMDD 1200 AYVRHRLQAW LHDSQVALRA NSLTSAKPSP FAAPAGSHAA AAAGAAAGLA DPGSGYGHDA 1260 GAGCEDSGPD PVTEQLRFSE GTRQRRLLLR AISRDRHLPG PGQLVAAGSL PRTGSRGAAA 1320 GAAAAEAAAA AAAAGQAGVE ATSLAGGDSF ATGPAIASGG GADAAASANA SRALLQRPPL 1380 GLGMAGTSAA DEANAALTQH LRRSFQRRHS MPSQDPDTLE NVRVMLGVGA LLNGSPVDGG 1440 SGFGISAAGG GGSGKALQPS VTVAGAAGRG YVLAGSSFAM RADGGGAARG GGHPAAADYA 1500 TEPLLVLKAA VARLESLGLV AGAGRGSGAQ RSRAGRGGGH VHSRLGEAPL EDGERILSGG 1560 TGHPHNGRTV SGRTDNDRTV SGRTDNDRTL SGRTDNGRTV SGRTGDGMSG GEEPVRYSLE 1620 SAAGTSSIEG LGRGGAQYSG SGLADGRTSD STRGDSLDAA SAHASGSGAA GAPEPTPRSP 1680 RFWSELGGGP AAGRHASGEV ETSVSGGGAG AGVGVVADRL LSRSRSGRRR SLLRRHSHSG 1740 SDYSPSRGAS PSRMGPSRRV TAGTSSSAKP SSSAQLRMPL APAPASGAVG AMSATEALRD 1800 QQFVSDRVPE IQPAYGNGGA GVRQSSAGGI GPGVTDAAAV ADAAEHRRQA LALHHVFGEQ 1860 SGNFFRRSRT LPDNPDDAGV MAAVAAAAAA ELHLGHGTAP AGRGRSGAGG VDEGDGPRVS 1920 GQDAPGPPRP PPLVPPPPLV IPVPAGATPA HRHNPAHAQG HATSVLTGGT RGTPASNVGT 1980 AGSRVSGPPS LAPSSASSFG AGQGVLLRGG SSLRRQAAAA AAVTAAHRPH GDEGERAAAY 2040 ATAAAAAAEA AATPGSGASS HGARTPSTAA LHDLAAALNR FHGQQPWAAE ATVEEEHPAG 2100 AASASGPAGT TLPGVAQPHR GAASVAGEAV TTINPFFEAG PELEPERLTG VEERDFFGGD 2160 LFPVALFGNP LARVSAGSSR TSHTSRQLPM LSMLLPAEAA VAAAGGGAEG QGGGSRTASV 2220 QSIPPASQLA AAAAVAGQLA ALRQAQEGGG SGVVGVDSTG FYSKSPSGRS AATAATDPTP 2280 LPSDQLLLML EAEVAAAALN AASGGVAGNG GRTAAAVAAV LAGGGGPSRD GATINGAAAR 2340 GHSAGGAGAA AGHEAQQGSG SGMAPASQLS PSALAPSPFA KSLSGRSPET GPPAWEAPAP 2400 RGGAAEGAGT GAGAAPTNGH EATAAPPAEK LRAMALMAAA ATALAARRGA ADSAESPLRA 2460 RGGKPPVPGL PPTASLSHAG IGAGGAQDGA ASSLGIASAS ASHETGGPLA SGTHAGVNTT 2520 AELRGPAAAG VPVSGAGPTA APAAGGGARG WAERVARLPL PHGPATGEGG AAAGGASARS 2580 AAVQHLLRGL LVSALRRRTE AAGAEPPAQV QQPQEGPGPA AARRGGAPGP VCESRVDDES 2640 DSLPGGGSPA PHLSRTSVPG SVAAPATLDS PGLASGGSPI ATPFTRLSGF NTDLTITPPA 2700 HSVTAVPGPG AAAMQASAAM GSAPGFGSTA KDRSAGAAAG GGGFAEHAVH SSGGSIYGSG 2760 GITGSSSAAA AAAAATGPRR GFLPPRLQVL DGHGGHRQGP GSAHDAPRSP RGGSPLGPLA 2820 NTGAASAGPL PGGGAPAAYS SYGNSGYGNN SMYGTNNSGY SGYGGLGSGQ GTGTTSTPRV 2880 SAPGNTGGAG GGGGPGRRGN APPGAGSRRP PPLRTVSSRR RTDRDHYTSH GSRTLSPGRR 2940 TAAVATDTWT PRDVARARAA GGPRDAAEME AALYAPMQLA VGRDPILSAT RQRVPMAPAS 3000 RQVSRQNTRR RRGSAAQLNA NSVGQARGDS SYGVLTSPTA AAAAAHAAGG GIVGGASRST 3060 SFVMVAAAAA ARLLSGGRIS TPGSSSRRGS TAGTGAPTSP LRRGALGMPG VAAPPLPLSA 3120 PQLPDLLALG GGGSAAAIGS ASGRGGGGGG GGSAGAPAAD SPAATDHSDL DITGAMRSHA 3180 EDSSIARRRL VARVSTGPEP SGAKDAAAAA SAPPPLPPLP PYLGSSGSPQ HEPRLVDPSN 3240 PGRGRGHDDD DDELGDGLGG GLTDVEDAAG ALLSVRLHPS HHHHQHHHDD GGLDEDDDVA 3300 LADEERDQMG EYGKHGGGDG VGGGDEEEGY DDAVDGGEYG SDLFDDQEDE APYLRYSAFF 3360 ALRPYHPLRI AAAVLINHRW FDNVMLVVIL ASSATLAIDT PRLDKSSPLG HAVAILDIIF 3420 TSIFTLEMCI KLVAKGVVLH PHAYLRNGWD VLDGFIVLTS LLSVGISGAG AGALKAVRLV 3480 RALRPLRLVK RWRGMRLVVE TLIRSLPTLA EVVAFGAFMF AIFGILGVQL FAGRFSICNQ 3540 VVINGTLVSS RSECVEGVEF TCSEDDVCDD GPGSTAARWW GPPMRNFDHL GRALLTLFTV 3600 VTLDGFMEVA WSCMDAVGYD EVPQLNAAPW MGLYVIAFVF LGSFFWVNVL VSVIIDHYTR 3660 LVEEEGDLLV TKQAKEYMKI FKFERVGKDV WKGGCPPDSG WLRRCAWATG SHRWFDQMVL 3720 ATICINIAAM AAVYDGSSRD YDVALGMVNV ACTLIFAVEA AVKITALGWP KYWRDNWNKL 3780 DLFIVLVSIP DIVATFTSHN AATGIVTAMR LLRVCRMFKL IRGAKGLRTL FNTLISSLPA 3840 IGNVGSLLLL IMYIYAIIGI NMYGGYGSPF DNPGSIADYN DIGAAMATQF RLFSADGWGD 3900 LMAQGMGCNG NQYQCDTGAA ALGAAFFFCS FVLLATFIML NLVIAVVLDN FIDNAQLEGF 3960 LKTSNFVDLL RMVITLRVFV RLMRIKIDLL RKVDRSRALA SGPRLASKRL MRSRASTLGG 4020 LSVATGGLGG GASSGGLASA PIHSPSVMSM SSRVSGELLP RLAKAVSRLG GGSGRLQSGT 4080 LSALLGLGSP DAGGGAGGAA GAAAGAAGAG AHPVSGSQGQ VAGAQRRTSN ASSMLLSTIQ 4140 PVLPRRQDSA MLLAAEAIAA RAAVAAAAGS NGGGSGTTMA GGGAGVGSAS GTTGNTSFAG 4200 TLPSGGRRRM TADDALLLAA PGTPRVGGDG SLRGGMAGSA GAQSGANSDG EGARSIASSG 4260 GRSHRSGGSG GFLGLRDLRE AVLRRRRRKS LLGMHPAYTA AVVSASAAAG ASGGTSPHAH 4320 RQHRRGAAAS GSAAHSPSGG GSAAEPSMSN AESGGTHTDG AVSSAGGAGP SSGDRSSHGR 4380 GRGGRSRGGG HSRRALPYSG LILATTPGNA SGAASVHSGG GGGGGGGSAS SLTLLPAPRM 4440 GGDGSSRPGS PLMLTTGPGR RRSLAGAAEG YGMGSPLARA HGAGSGGFPA AGERTSSPSL 4500 TPRSSLPPQA VRPYGTGSAD GAAPASASSP AAATTPTRAS ASGSQVDAVL PAAAFGSVFP 4560 PGGGGESAGG VSGGGGSASG AVGGTGNQRG ASGNGGGGGS NRGAAGRHLA ALLSGSGAHG 4620 AGGASTGSAG GGSHQLPSRL SSMSGAGAAF SYAGAATTGS TAPEAGAERD GEQRGRSQHA 4680 SSPLPPRSPA PATPR 4695 Gene Ontology GO:0016021; C: integral component of membrane; IEA: UniProtKB-KW GO:0005216; F: ion channel activity; IEA: InterPro Interpro Pfam Pfam; PF00520; Ion_trans SMART PROSITE PRINTS |