※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
8.93 
Molecular Weight
219293.5 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Predicted protein 
Gene Name
CHLREDRAFT_186524 
Created Date
2007-12-04 
Organism
Chlamydomonas reinhardtii(Chlamydomonas smithii) 
NCBI Taxa ID
3055 
Phosphorylation Sites
Position
Peptide
Source
References
1622
IAARLASSGSVPNSP
dbPPT
[1]
1628
SSGSVPNSPVRRGVT
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MRDCSAGLEY CFASPELNPK KFADPCVILK KTCVFQNVLV TFDPDMSRRQ LPTMPFARWN 60
FPSGKTNSDA FRGQQPYYSP FLRRAGPAEL EPPELQDPVF SACTVPLVVM SDWAFNVGEF 120
LAEVMPMVHK SIFELGLDPN VSLVYAVPHG LALTTFHRVL LQPYSRYGVT SLAEIGRLDR 180
QDAPAMWSAE GRHINCFEKM AVCKWQGGRN HKGVPVAKVG AELVRRLTTG RPPLPPDPLG 240
FGSVYRIAGY KEWRPPKDPK KKKTKKPKPK RQRDVAEDNL AAEDAEAAEA GPPKLRVLIE 300
SRHGMTRNLR NLPELLNVCE RADKQGFKAG PFRGIACREY SFSDPHAASS QSVAPDHFLT 360
NVAAVRSAHV LVMQHGAGAI NSFFMRQQDA GPSALVELRP CKWGTKYGFW PDSYEPQLHA 420
LSDDAIRVFV YNVEDRRQCQ ASDYMAMVNN DTLPASALSA LPAMRARDQH LELIPSQFME 480
VLTHVASLMA NLSDYRRARE ENRLHAYALP GGGPCGTTLV QDVTQRLQRV VGSMAASDYL 540
QLVSVPLANF NTCMSSTMGE SAPQKLKWLL YPGWQAGVAV DVLRLALGVT GMSGRYELGA 600
PDTLPPPGSL RSGADVRDLA TRTNSEYAFV DGSGESLSAF LSDTQTHVAR ASVLPVFNQL 660
PENSCASLVE PRGPLHPRTY LLLFYRADAL AALAAAGRVP VPGGSAPPSD WPFADGDCLM 720
TVEWDAQAPA LARQPVLARA GVLGVAPLPG SRVVVPPPGW APYSAAWEQV MAVRYVGSGS 780
GVLISALADV VALQQWQLSA MDSYRAARQN ATDTLRRALL RRSTGTAAAG VNTSTLLSGA 840
YPFLNCSDPN AAPDVQSPVP MNWWRYGTQQ AAQLLLPPSS TAAAATAPSS NSSLLFAATS 900
SGAAAAASSA TANSTALEAQ RADAVALLLR LWGLAVSGLG DESVRATYAE SVSAEPWPQG 960
AAAGDDSSTH LSDGAIAAIA VCSALGAALL VLLAAVSVYQ VRAARRHLRR DLLGRVIAPK 1020
AGPDTTLLIT DVQNSTGLWE CLPSSVMDVV LKLHHSTIRS LLSDYDGYES ATEGDSFILA 1080
FAGPAAALDF ATACQMLGGA AGSVARASGN GGFTPGPGGA AGTAAAAGGA SFMRFFRLRS 1140
LLGGSTPAGS TPAPGSTAGG PGSEHHSGNN SILDSSPFTG HAAAIGSGAA GGAAGPPQAP 1200
VPFSLSGVLP CGPTSAAGTI TATGMVIGGI GLTGASRPSS GANTGFGSAL SISCDHTSES 1260
AAGRRLAALV GAMGTLPADE DGGDGDGDQD SGMQVLDMST GGGGGSRRRA SVAADSTGRE 1320
GWGNTQQPPC LRLSDGRLVL VAYRGLRVRM GLHTGLEAPE SMTFNKFASA YAYGGKFAEI 1380
TRLEPLARTR KSGSARKSTS SHKSLNVTSA NIASLDGSHR GPGIGGGGGS GRASHNGRFN 1440
RRSAPAATVP AAGSSNASTK SRGGGSGRPP SASQVVITVG NRTGTYGNTS LGTGAGTGTG 1500
SYATSNASNF GGSGGSSGNN SHGAYRPRAT GGSRYGGNFW RPSEGPLAEA TLTEEGEPDP 1560
AALAAQPQQP ATGGPAAEQA AAVPPLPIAA SVPAAAVPVP LAVASLIQGE NPAAIAARLA 1620
SSGSVPNSPV RRGVTDATES SFSIHPTEFV PMGVVPTHSR SGLVAAMAAA LASAHAASNT 1680
VAGSGGTGGG ALTAAGVAGS AGRAAAGIPA GAASGPSGLF SRPSRMGSSG RRDTGTGGLS 1740
TGPSGGMGTR THTSQYVSSS HVTVTSRYVS SSYHVSTNHN YSGATVYSGG HIPDHAVSVF 1800
VACHPSLMCR LAMAPPLRSV RQVGLGSIFA PVRTVTIAFM KVVGASALLA DLPVVAARAM 1860
DAFVRIAAGM LPECGGGYVV EEELAIGGAL TTGGSGAASP TAAGTTTAMS AAHHMGLIVE 1920
ASGAQAQSQT RGPLQARSSS LGPRTFSVLR SQDSVIHSGP RVKVGLDIGP VAHTLTEASG 1980
RLSYRGRVMN RAARIASIGA PGQVLVSGDV WEAINGEEAG VRGAFTGVHM GTVSLKGVTQ 2040
PVEVVQVRSL GLLGPPRRYV DPVCHSRDGG QGHGFGGIDI PYAEGLMLVL STTVVILSIA 2100
VWIWVELGNQ ADKNCSHPPA PIPLFF 2126 
Gene Ontology
GO:0016849; F: phosphorus-oxygen lyase activity; IEA: InterPro
GO:0016757; F: transferase activity, transferring glycosyl groups; IEA: InterPro
GO:0009190; P: cyclic nucleotide biosynthetic process; IEA: InterPro
GO:0035556; P: intracellular signal transduction; IEA: InterPro 
Interpro
InterPro; IPR001054; A/G_cyclase
InterPro; IPR007657; Glycosyltransferase_AER61
Pfam
Pfam; PF04577; DUF563
Pfam; PF00211; Guanylate_cyc 
SMART
SMART; SM00044; CYCc 
PROSITE
PS50125; GUANYLATE_CYCLASE_2 
PRINTS