※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
6.9 
Molecular Weight
388173.47 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Flagellar associated protein, callose synthase-like protein 
Gene Name
FAP228; CHLREDRAFT_143511 
Created Date
2007-12-04 
Organism
Chlamydomonas reinhardtii(Chlamydomonas smithii) 
NCBI Taxa ID
3055 
Phosphorylation Sites
Position
Peptide
Source
References
1623
VVRAVSLSQSDHADL
dbPPT
[1]
1621
DGVVRAVSLSQSDHA
dbPPT
[1]
1625
RAVSLSQSDHADLND
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
Cell projection,Cilium,Complete proteome,Flagellum,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MPVHFPSNQP PQQNGGGGGG EGSVWENLRA MLGGNSFSED QQMRLAPPQT QQSHQAPQQY 60
AGNYQQQPYQ QQYQQPYQAT PQQHHFAAPA APKSGLSGFL RPFSGKHGNE VLKLGSTPEE 120
AAVAQPNAKD WNTFVQGWLE DDNDPVSVEQ FNGRVNFATN NALLENAERQ EHGPATIGGP 180
GQPVPQGQRS RKSAIRGVSA APKGRAKSAF RRPGAVSAKP VALAPEEDEE MPEEKGIIKK 240
KKKSKRDKKN PFIMPSLHTF AFEHLVHNIV WRVGRNFGFQ AFNINPATRN RGNTAEWTPA 300
SIFVASDHLV QKLVRNYFIR REKGEDERQE ERFAKAVFEL HTTIFYSFEE HWTHMHGLSI 360
RPQVMQDVLD RSRFCDETVV CGMLTELALY YLIYTESSSM RHTPELLWFI YWCCNHSYVM 420
QDLWSRDPPE NFPNIREVRI GLRNKHQALI RELQHTLGIY PDRIRPEDCG RLGPIMSRLK 480
GSDVPEDQRI IIADLIAFGD GNFYYERVVT PIFYVISYEV DHLSNLGVDV AFRLGYDDIN 540
ESMAHTGIVR LALRDLRVRG EQILRGEVND SYGTITRLGY KRGTAETHFD PQVAADWWRT 600
NVFVKTYRER RTWAAVFRAY YRVIAAHLVL YHGMQAQAFA GWNYRLISSC LITHAFCTAF 660
ERFCNWYMTR HPPEPLQTAL SKVFDKKGQF RITRRGAQAL AQARAEGFGE NKAIGADKSR 720
LQPVRVVELE GSPYLGIFGF VEWVMLAFFM CGWYVLQYYD GPFRNFCHDY WPLFSWCYIG 780
AYVGHFILTT RDGYVISLTH ALNLGPLAKA SSSRPDPINW IYGTMHMKWK LFRLNALFWI 840
IAFAMKVPFD YYIICLPSVE PLKLTFAVNW LECPRDHPRY WGVIPCVGGD WVLAFVRLAP 900
FVIVILLDTS LFYQVTTTLF GLFRGLFKLD LGVLTAWEEV VKEFYKAPYR WWFRCMSESG 960
NRNQLTLLKM MLFDNAADPE TGAIVSDGRM FKKAVLTPEE IMGKQKKVVN TQQALDQAGA 1020
NDDDSAAAAG GQGPRGVPGK GGQGGAGKGA DGKPLSQGWK MALQNFGMGG GAGAGGNAGG 1080
GGKIVAPKGG PMLPTSTNMK QMQQQLNKMQ RLPQKLPMTT ITERMIATTE KKDNQMAAEG 1140
KPTLASVAEK LLGNKAAAQA AQQLKTMTPE EKRKEIVARI QAAQMQRKAP GAAVPDDGPS 1200
GAGLPSGDMM AGGGGGLSAG VMVNASKDAP PMQPGGRWGR ALGAFRQRRS SAGDAPDGEG 1260
SGDKAETRRD TLTQVAGEDV PLAKPDAEEV LRPFSGAAAS RKALVPRGSA GEDGVKADAA 1320
LEDADVDDDK DKPASAGSAA TVATLERAGV LGPGFTAAGS SSMPRVGTPT LMGARVSAGG 1380
APPEAVGLPP SMAGLQPSAS MLRGAPATGN ARMSTNGIAS PPAAMAVASA DAPPRYSWTG 1440
APSDAEAMGR QLSVNRAAAE TAAAARTTGS AVASPTTGYR PTRLSSGPKE AAGSGMSVTG 1500
RLSDMGELLG PAGRAALASG GDDTKLQVVN EDDDDLDGGY QGYQRVFSEG KESMDGGAAG 1560
GSGAGSRMAS VAPSPVPMRL PSPLLASGAA AAPLRNSSGA SGSGVGAPAA AKADGVVRAV 1620
SLSQSDHADL NDFLNEVEAA ESAPPRTAGS NGSGGARLSA TGGSNGSGGA RLSATGGRLS 1680
ATGTRLSGAG AGSSGSNKPG PVAEGLEPVA AADVAERLTS NLATAAGEWS KLLHSGMGPL 1740
VTIAGKWVQP KPVIEEVEEE EEETTSGSSD AQPAEGEAME EESEEGSEEE SEEEAGWWER 1800
RVQASERRQQ TGDAMAEEKV LASMTAFRAD GEPVAMAYEW RVEEAEAYDD GESSPRAAAA 1860
ARRAAQALAA LEGVEMSEIA PADTNPAVAS PADGSPTPRA RARAHLQRTI SSASSAAGDS 1920
HKHLRVHASA HAAAVASSAG AADSAAWAAV AAAAKRHGPV AEARELAFAP DVDGGDDTPT 1980
RKRAQAAGMD PALVHGLSRK REGEEGAAGG PQVVRSVSGT SLHSNFFKDA KDEDAESASP 2040
SVTAGAPKRH IRIAAGDGNS PSGAAAGGSK TSGHSSKKRG VAFGGEEVEE YDVNSGPGQI 2100
GLPPSTNAAD SPAGGAGGKA GGDGIMSRWL NALGGNTSNK VAPSPSGNGP IDDVEDEEAA 2160
VRAAARMAGG SGSTHARPKS AFRTSNTSHG HDKHGSHKEG GGISFKLGNS SQRPTTAGQG 2220
RPTTALPRSV QGRTHAKNSS HGESSFVEPG ALLGGDDPHK AAKRREKKER EQAIERAADG 2280
LTRQHSLVIL DGADAEEDEE IDEVHAQMMM WNAFAQAWDK IIEDLREADH INNAEKEMLS 2340
FVRLDMGSRG HGLRPILLPT FFYAGQVRKV VDTGQVSVAQ IMVLNELRVL VVWLGCQVGL 2400
LSGKHAHVIT SAPFYRGNIN VKHALLRKKM LQCGLKLVDQ LGEICERHEV PFDMKDIADN 2460
LYNLWVALEG ECFAIHKAAE RKRASPEEVE LASILFEVVT DMKRVISSDP EGLKSVMKTA 2520
LLNNATADYK ELSRVIKVIK KMLVTTEAEA TPNSEEAQRI LGFFINSLGH PSLDKPPSLD 2580
KMWSWSILTP LYEEDVMYAL DSKALAKETG LKMRKMTDLL GETDDSISLM SYLKAMFPQE 2640
WSNFKERMKT LNPDINVKDL SEHDFAPGCD MYEFKLELQM WASLRGQLLA RTVHGMMLNE 2700
KALDELARLE NPQPPNMTEL EYKRYIHQLT SCKFEYVVTP QTYGKNRLSK DLRLKWLASS 2760
IDILMGKYPR LKVAFLDNAD SDNGPAQYSV MARGRDLNDP GQLQHLSDMG IQENEDGVIE 2820
VYRVRLPHNK YSGRGVIIGE GKPENQNHAV IFAFGEGLQA IDMNQDNVLA ECFKSRNLLS 2880
ELLPSTKGEF HLFADDDEEV AITRKTIASE LMYVMRCRQV QCTYTALVGF REWIFSEKSG 2940
ALGRFAAATE YAFGTITQRT LTHPARMRLH YGHPDLFNKM FVMTRGGISK ATRQLHLTED 3000
VFCGCNHTLR GGRIRYKEFI SCGKGRDMGF DSINGFNFKI AGGGGEWAIS RESSRLGSRL 3060
DFFRLLMFYH SCIGFYINSW LTTQAAFWNI YALLVFNMAK ASHMSDMLQR IYNVQQILQL 3120
GTLAMIPYIG QLILEMGIVK AVVIVMQQIL TGSLFFYMFQ QQTVAQSFMA DMTYGSAKYV 3180
GTGRGFNIQA LDFVKIFTLY TRSHLYYAFE LLFMLVSMYC VKGCEVCNYG SLTWSGWLLG 3240
FVLIFAPLWF NPFSFDIAKV QVNFLAWQRW MHGDVDTMTG SNWYTWNAGQ LEKLRNDNGN 3300
NTDEWMNLVY TILGCLPYIL LAITAASRLD IVMPAAARFH PVFKSQIMVF IMATVAIWIF 3360
VYVTIQVRTY FTELADHKPY RIYRYIMTVS MFIFLVLWLA LASRWYDGNG FTSILVILWA 3420
NFQLLVAFHK FVTVAFSQDN AMRAFVDSFH YTVDQLIGYI MFILIAILSF LGVFSVLQMK 3480
ILFNDAFAQT AGHARIARAM KDNKVGFDMR GAAGKPPRPP PRLAAAPPPP KLVAPAAAAP 3540
STAAPKSNFD VKSLVTSEHR YM 3562 
Gene Ontology
GO:0000148; C: 1,3-beta-D-glucan synthase complex; IEA: InterPro
GO:0003843; F: 1,3-beta-D-glucan synthase activity; IEA: InterPro
GO:0006075; P: (1->3)-beta-D-glucan biosynthetic process; IEA: InterPro 
Interpro
InterPro; IPR026899; FKS1-like_dom1
InterPro; IPR003440; Glyco_trans_48
Pfam
Pfam; PF14288; FKS1_dom1
Pfam; PF02364; Glucan_synthase 
SMART
 
PROSITE
 
PRINTS