Sequence of BKT_CHLRE
EC Number:1.14.99.64
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
adonixanthin + 2 reduced acceptor + 2 O2 = (3S,3'S)-astaxanthin + 2 acceptor + 3 H2O
Other sequences found for EC No. 1.14.99.64
General information:
Sequence
0 MGPGIQPTSA RPCSRTKHSR FALLAAALTA RRVKQFTKQF RSRRMAEDIL KLWQRQYHLP
60 REDSDKRTLR ERVHLYRPPR SDLGGIAVAV TVIALWATLF VYGLWFVKLP WALKVGETAT
120 SWATIAAVFF SLEFLYTGLF ITTHDAMHGT IALRNRRLND FLGQLAISLY AWFDYSVLHR
180 KHWEHHNHTG EPRVDPDFHR GNPNLAVWFA QFMVSYMTLS QFLKIAVWSN LLLLAGAPLA
240 NQLLFMTAAP ILSAFRLFYY GTYVPHHPEK GHTGAMPWQV SRTSSASRLQ SFLTCYHFDL
300 HWEHHRWPYA PWWELPKCRQ IARGAALAPG PLPVPAAAAA TAATAAAAAA ATGSPAPASR
360 AGSASSASAA ASGFGSGHSG SVAAQPLSSL PLLSEGVKGL VEGAMELVAG GSSSGGGGEG
420 GKPGAGEHGL LQRQRQLAPV GVMA
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
520433
Lohr M.,Im C.-S.,Grossman A.R.
Genome-based examination of chlorophyll and carotenoid biosynthesis in Chlamydomonas reinhardtii.
Plant Physiol.
138
490-515
2005
520434
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.J.,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
520435
Zhong Y.J.,Huang J.C.,Liu J.,Li Y.,Jiang Y.,Xu Z.F.,Sandmann G.,Chen F.
Functional characterization of various algal carotenoid ketolases reveals that ketolating zeaxanthin efficiently is essential for high production of astaxanthin in transgenic Arabidopsis.
J. Exp. Bot.
62
3659-3669
2011
520436
Huang J.,Zhong Y.,Sandmann G.,Liu J.,Chen F.
Cloning and selection of carotenoid ketolase genes for the engineering of high-yield astaxanthin in plants.
Planta
236
691-699
2012
