Sequence of A8I412_CHLRE
EC Number:2.3.1.158
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
phospholipid + 1,2-diacyl-sn-glycerol = lysophospholipid + triacylglycerol
Other sequences found for EC No. 2.3.1.158
General information:
Sequence
0 MSLTPELITQ FGLLGKVRTG HPVLDAVLCM LLPLLLRWAQ PRLNRWALLA AAALRRWWSG
60 EAGCKEVVRV IEHVAAEDGY YYDPDGQPAN AILQRALLAY KRRRRLAAAG GDADSDSGDE
120 DSAAGSSSKS SDCGSSVGAA KQREAAAYGL NLAPPVRVWQ ELGNGVEFMR YTYTHDSSTE
180 KRRRIASVIK LRSRAPDGAR RVSDLITAAL QRYRLSGEKT FASFFHPAKS EVLRLVGQFE
240 GRQGRFSVPG YPHKLGLLLY GPPGTGKTSL IKALAQLTGR SVVSVPLARI ATNQQLMDIM
300 FDTRVLLQRR HNSGGSGGGS KRSGGSPPNN DFGPMCEAEA VALAAALAES MAGSPNAAAT
360 ATANHAATDY AAGYSMYSSH RWPCKDALNL AGILNVLDGV VDTPGRIVIL TTNCPDSLDP
420 ALIRPGRINK VLHLGRLRLA EATAMMRHYC FPAGGDMASA GMDGLTSRTA FLTDAACWFR
480 HMELDTVSGL DPEGIKLRAA LGLEAVDYFI QGYWVWGKLV EALADVGYDS NSLVSMPYDW
540 RLAVPLLEER DGYYTRLRRT IEQLVELTGE RVVVTSHSYG ENVVRQNSRR RRLCGASCRA
600 GETRDTAQLG ALAGFLTSNM VPRAARTRVW RSWGASYAML PVGGPGVWGN ASWAPDDTPE
660 MRANRRTFGS MVSLWPHNWQ ALMAAAPQQQ REQLSQLVAE VTRLDVSGFI ALLREVGGPL
720 VSANIAQWGA LQLPAEEAAE ADVGVHISDG DGTVPLLSLG LMCRGGWREA GHLNPGAMRV
780 VGAGRVTREY KHKAVSMLQD ARGGPAAAAH IDILGNDAVL RDVITVVAGR ADELADIVVS
840 DIDRIAAAVD WAALAA
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
98211236
Merchant S.S.,Prochnik S.E.,Vallon O.,Harris E.H.,Karpowicz S.J.,Witman G.B.,Terry A.,Salamov A.,Fritz-Laylin L.K.,Marechal-Drouard L.,Marshall W.F.,Qu L.H.,Nelson D.R.,Sanderfoot A.A.,Spalding M.H.,Kapitonov V.V.,Ren Q.,Ferris P.,Lindquist E.,Shapiro H.,Lucas S.M.,Grimwood J.,Schmutz J.,Cardol P.,Cerutti H.,Chanfreau G.,Chen C.L.,Cognat V.,Croft M.T.,Dent R.,Dutcher S.,Fernandez E.,Fukuzawa H.,Gonzalez-Ballester D.,Gonzalez-Halphen D.,Hallmann A.,Hanikenne M.,Hippler M.,Inwood W.,Jabbari K.,Kalanon M.,Kuras R.,Lefebvre P.A.,Lemaire S.D.,Lobanov A.V.,Lohr M.,Manuell A.,Meier I.,Mets L.,Mittag M.,Mittelmeier T.,Moroney J.V.,Moseley J.,Napoli C.,Nedelcu A.M.,Niyogi K.,Novoselov S.V.,Paulsen I.T.,Pazour G.,Purton S.,Ral J.P.,Riano-Pachon D.M.,Riekhof W.,Rymarquis L.,Schroda M.,Stern D.,Umen J.,Willows R.,Wilson N.,Zimmer S.L.,Allmer J.,Balk J.,Bisova K.,Chen C.J.,Elias M.,Gendler K.,Hauser C.,Lamb M.R.,Ledford H.,Long J.C.,Minagawa J.,Page M.D.,Pan J.,Pootakham W.,Roje S.,Rose A.,Stahlberg E.,Terauchi A.M.,Yang P.,Ball S.,Bowler C.,Dieckmann C.L.,Gladyshev V.N.,Green P.,Jorgensen R.,Mayfield S.,Mueller-Roeber B.,Rajamani S.,Sayre R.T.,Brokstein P.,Dubchak I.,Goodstein D.,Hornick L.,Huang Y.W.,Jhaveri J.,Luo Y.,Martinez D.,Ngau W.C.,Otillar B.,Poliakov A.,Porter A.,Szajkowski L.,Werner G.,Zhou K.,Grigoriev I.V.,Rokhsar D.S.,Grossman A.R.
The Chlamydomonas genome reveals the evolution of key animal and plant functions.
Science
318
245-250
2007
