※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||
Theoretical PI | 6.11 | ||||||||||||||||||||||||||||||||||
Molecular Weight | 466829.41 | ||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||
Protein Name | Flagellar associated protein | ||||||||||||||||||||||||||||||||||
Gene Name | FAP154; CHLREDRAFT_16685 | ||||||||||||||||||||||||||||||||||
Created Date | 2007-12-04 | ||||||||||||||||||||||||||||||||||
Organism | Chlamydomonas reinhardtii(Chlamydomonas smithii) | ||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3055 | ||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Cell projection,Cilium,Complete proteome,Flagellum,Reference proteome Sequence Source UniProt Protein Sequence MAAQFQNPTD SGMLAEHPMR GTQTQKFFSA FGGFWAHFYS VDGRYEHWVM CVDYGFRGNQ 60 EVKREEKEGD NNDESEVAQK PGLEGAVFGV LFTLSQEKNT QDIFYHWVIL KILLDVWQVY 120 TQILTPQYGW DINPDSMLWK GVSVLSFGWL ADIGYGWYVG LLYTLATLLG LNLALCGWVA 180 VCFRNQKFDY VWPIKVVRGF SYVFLQVFDI TSLNFLQLGI SCNYTAPASS GLFLKMQLFP 240 QYSCSALPQL AQAMASGVLL GVFVAVAMLV NMSEVEVNPT SKSPQALGHS GAEVTAFFIK 300 VLMTLVSTFI GGWPKVASAA YLLLAFWLAW CNLRWVPHMV GWVGDLKSGC AVAMVGVAAL 360 QVAVVALPDS AIDARHTLTL VMGIGLAPLF VAGSLLSWWR RAWFTSAALK AFRTTDPVKV 420 KPQDIFGFWD ARDVEIAARS CRVWADRYQL DKAAVTRAQE LIKAGVARFP GSSYVNLVYA 480 NFLLDVLGFS QTGGKQLEAA RKLDPGPVCR FMLFVRQQQA TQKAASSTVG KGGSMDLLGY 540 VEYQRKQRMV LRHHKDALQA MANFWRILGY SSSVSFRSLS RSLEEIDTSV KQAEMAYRAV 600 LEMYGNSPRL VRLYARFLET VKQDPWGAAE YSAHADRIEQ NRDADGDGPT LPDGTPIGRM 660 DEVDKGVLVV NAFGDIQMVN KKLMSMFGYR KGDLDGKNVT VLMAGHDAKR HPGLLRRYID 720 SGQQAPPVFR RPVLGMHRER VAIPVQLDVS RASGMGEDSV FIALLEAAPQ EPGVGRLWAT 780 PEGLIVCCDA GFVTCFGLFP TDVVGTQLRS LLRAHASSAA AAAASRAAGQ GGEEDGWSAS 840 KALSDAQKLV QRLISEAEAD RPTSADGSRH GAPGSPGGAS DGGTTARTDN HCFVRHKYDE 900 AREVCVTVTM DPSRTILEFV LRLVSTEPQL LMVVEKRGGI KHMSGDLAKL LGASAGADEA 960 AIGGGGMGGG VLEGLGAAAE SAALRNLDDF LPAPWRYLHS RHLAKAIGTG VPASAIVQMG 1020 GGAPGAAGAG AAANNGAPAL LSGMWGCHGG RTAGVDDGSP AAGGRLFRPT MRLVGLHGRP 1080 VFVRVAVHSR EEGGEPLHVV RMARSSLDTA IAERRVRVRV SEAGTVIDEA EAAAAAAKLD 1140 MGPDVAADAD EGAAVIVERP TTAAAAAQAM GEELEALFGF TKEELAGYHL WDFITLQPCP 1200 ESELLLATAG ATSGAGAAAA TATTPRAGAV RRAAVTSTTM GAAATGAGAL SRAVRHRLGN 1260 STGVVGATSA KAAADSDATD TGGADGAVGG DLLEEAASVV YGEVGGVTAE EDAAAAAAAV 1320 ADLAAGAMDA AANGSANPFA SGPGYYGAGP PVEFNLRTFD AMITMALQYP GVSWRVAVVS 1380 PAAVAEAEAM GNASRAAAHL ARNTRQAVLR LDVAVPRVRV RPRGGSGSPS GGMSSPRAQQ 1440 QLNPALAPGR LVVHVELWAA ESLTGVLELD PRGRVAGLAE EGGVRPAGLI FGQPSASFLG 1500 SELSQIVSMP AGYTPMTLLT GDVGGNAAKK SALKATKQQQ AAADKEAAVK VGPVHYLPGW 1560 HRDGRPLLLA VQMVGKPLPP GGAQPASGTA GAAVAAAAGT VTAIIRLAPA GAQPSVLPPM 1620 MGAAATAGAN ALAAGEPSAR SLGGTRRRAS VIALPPPAAA PVSWTPIMGP GGSGNGSVQQ 1680 MHLAKDLSRM GREATDAEAI ASAAEGHAAA VISSLSAPAV SPLDPAAVGV AAAMPLPPPP 1740 LALAMTMPSP GITMRGSGPG AQGGTSSRPL AARSSKAREG APGEAIGSGS GDSAGVLDSA 1800 VDLERRAHDG STGADGGALS PPRSPASLPG MVLGDHDGRP SATGALGNAA AAVAAAKEAQ 1860 GSGAALTKQP SNKISKWVST NGEYYQNTVR SAPGIGGLEE EEEEEEGSDD DADDTSGSGV 1920 GDGSDQRGSG DGAASRRSAR HPGGDEPAAV ARLELAGAGD EGNGGKGAGA RQGMSMAVDN 1980 SDTRSDGGES ATSGVSGTSG LSDGDGTGDF KRGKRYKKLI KLIDSPDSKK SLRKFKMLVA 2040 AVIFTCMAVH VLCFALIMDG IHWQNDALQT LTNMGDGQRF LQKVAVYMRA LDQTYRGKGS 2100 NNTYTEANAP FFASEMYRYL NLYNDMNNGI LLNSRHQSIT LLFYTDQLTV WVGNNSFTGE 2160 EVFTNVTTWD LLTRLLVAAL TVYQKHEEWR ANGTYPADTF EGQFVLRSAQ QLAKGSQSVW 2220 VALQDHAKGH TQRVNNLQLI FLVIEGFLVS SCTAACLIYL LRVASEQRYK LYDTFLAIPI 2280 GLTRALASQT THLLDDDESD DEEDEDGAAA AAASKAAELA AGDEHASVDG DAAGGGGAAA 2340 PKRRANFDNA GHGGSGGRRS GTGDLAADHP GSNNGGGKGS SVKGAKRKGG GRDAAAAAGE 2400 GNGASGPLLR MQSSMRDSGA GNGGASSWLS TLKAKILGRS NAVRDSSAPA KRSLERNSRV 2460 SIAMLAIAIT YSILIITFYS VGYIVTLTTA QNVAMVAVAQ RNMERVCEGV FFSQELLAQE 2520 DPLLVYRYID ELRSISVGLR DAYYTMRMGI DADRVAGPDI ERFPGVVSHG LAKESPEQFD 2580 IFFGTGDCQR LNKPCEGPEY RYHEVTHAGV EAIIFQVVLS LKSLADKAEG AEQRAIAAVS 2640 HSTGVPIPTI LAEVEAGLQD GVDGIRRITD LEISYIEANF QQVVVMHVVL FVLLVLVFAV 2700 FVFGLLMPML KRMHKERRAN FDNAGHGGSG GRRSGTGDLA ADHPGSNNGG GKGSSVKGAK 2760 RKGGGRDAAA AAGEGNGASG PLLRMQSSMR DSGAGNGGAS SWLSTLKAKI LGRSNAVRDS 2820 SAPAKRSLER NSRVSIAMLA IAITYSILII TFYSVGYIVT LTTAQNVAMV AVAQRNMERA 2880 CKAVFLSQEL LAQEDPLLVH RYINELQNVS VGLRDAYYTM RMGIDADRVA GPDIERFPGV 2940 VSHGLAKESP EQFQLFFGTG DCQRLNAPCE GPEYRYYEVA NDYSGDLKPF LTEVLIENMQ 3000 DYIRYPAYYR PVCGQSALQF PGVSWRVAVV PPAAVAEAEA MGNASRAAAH LARNTRQAVL 3060 RLDVAVPRVR VRPRGGSGSP NGGMSSPRAG QQLNPALAPG RLVVHVELWA AESLTGVLEL 3120 DPRGRVAGLA EEGGEAQGSG AALTKQPSNK ISKWVSTNGE YYQNTVRSAP GIGGLEEEEE 3180 EEEGSDDDAD DTSGSGVGDG SDQRGSGDGA ASRRSARHPG GDEPAAVARL ELAGAGDEGN 3240 GGKGAGARQG MSMAVDNSDT RSDGGESATS GVSGTSGLSD GDGTGDFKRG KRYKKLIKLI 3300 DSPDSKKSLR KFKMLVAAVI FTCMAVHVLC FALIMDGIHW QNDALQTLTN MGDGQRFLQK 3360 VAVYMRALDQ TYRGKGSNNT YTEANAPVAV FMRALDQAYR GKGSNNTYTE ANAPFFASEM 3420 YRYLNQYNDM NNGILLNSRH QSITLLFYTD QLTVWVGNNS FTGEEVFTNV TTWDLLTRLM 3480 VAGLTVYQKH EEWHAQKIYP ADTFEGQFVF RSAQQLAKGS QSVWVALQDH AQGHTQRVNN 3540 LQLIFLVIEG FLVSSCTAAC LIYLLRMASE QRYKLYDTFL AIPIGLTRAL ASQTTHLLDD 3600 DESDDEEDED GAAAAAASKA AELAAGDEHA SVDGDAAGGG GAAAPKRRAN FDNAGHGGSG 3660 GRRSGTGDVA AADHPGSNNG GGKGASSVKD AKHRGGGGDA AAAAGGGNGA SGPLLRMQSS 3720 MRDSGAGNGG ASSWFGTLKA KILGRSNAFF ASEMYRYLNL YNDMNNGILL NSRHQSITLL 3780 FYTDQLTVWV GNNSFTGEEV FTNVTTWDLL TRLLVAALTV YQKHEEWRAN GTYPADTFEG 3840 QFVLRSAQQL AKGSQSVWVA LQLIFLVIEG FLVSSCTAAC LIYLLRVASE QRYKLYDTFL 3900 AIPIGLTRAL ASQTTHLLDD DESDDEEDED GAAAAAASKA AELAAGDEHA SVDGDAAGGG 3960 GAAAPKRRAN FDNAGHGGSG GRRSGTGDVA AADHPGSNNG GGKGASSVKD AKHRGGGGDA 4020 AAAAGGGNGA SGPLLRMQSS MRDSGAGNGG ASSWFGTLKA KILGRSNAVR DSSAPAKRSL 4080 ERNSRVSIAM LAIAITYSIL IITFYSVGYI LTLTTAQNVA MVAVAQRNME RACKAVFLSQ 4140 ELLAQEDPLL VHRYINELQN VSVGLRDAYY TMRMGIDADR VAGPDIERFP GVVSHGLAKE 4200 SPEQFQLFFG TGDCQRLNAP CEGPEYRYYE VTHGGVEAII FQVVLSVKSL ADQAQGAEHR 4260 AIAAVSHSVG VPIETILAEV QAEVVVMHVV LFILLVAVFV VFVFGLLMPM LKRMHQEKRR 4320 ITEMLSQLPT EVDVMKLITL VIMGSSPVAN DKSVKGVAEG GKSVRRSSVL GSGGVAVNAS 4380 AANNAQATQR SSTMELPAGG GGGAAADDGD MGVADSKAWK GLLARATSVK GGGSFASPKR 4440 V 4441 Gene Ontology GO:0004871; F: signal transducer activity; IEA: InterPro Interpro InterPro; IPR000014; PAS Pfam SMART SMART; SM00091; PAS PROSITE PS50112; PAS PRINTS |