Sequence of TPS9_SELML
EC Number:5.5.1.12
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
geranylgeranyl diphosphate = (+)-copalyl diphosphate
Other sequences found for EC No. 5.5.1.12
General information:
Sequence
0 MWELVETVRS MLNSLHDGEI SVSAYDTAWV ARVPALDGSN TPQFPMCLNW IMNNQLEDGS
60 WGDRDLFLTY DRICSALACA IALKTWNTGD KIVHKALEFI RKTMPKMELE DSTHMPIGFE
120 IVFPAMIEEA MALELDIDYT APVLQTIYAE RKKKLERIPM NVVQNYPTTL LHSLEGLHKT
180 IDWDKVIKLQ SPDGSLLFSP ASTACALMHT GNEKCLQYLN NLVKRFNCAV PNVYPVDLFE
240 HLWIVDRLQR LGISRYFTQE IKSALDYVYR YWTDKGIAWA RGSPVQDADD TSMAFRLLRS
300 HGYDISPDAF KTFQEGDSFV CFSGQAGQAV TGMYNLYRAS QVMFPGETIL EEAGSFARKF
360 LEGKRQENQL YDKWIISKDL PGEVEFALDN PMHARLERLA TRRYIDQYAA DDVWIGKSLY
420 RMPFVNNPIF LELAKADFNM CRALHRKEFQ QLERWYDESS LSMFKGFSRS KLEQTFYSAA
480 ATIFEPELSP ARLIWSQCWF LSLGINEYFD YQGSTKELED LINNVERWNV NSLGNCSAKV
540 KILFVELYNI VQNHSKQGFL YQGRSIGGAL REIWKTWLSS LLQRTKWKMS DNYPTLEEYL
600 KASHSSIEPA VRSTVYFVGE TLATGDLKDS AICQMMNTAS RLVQDTHTDK VDSSLNSITI
660 YLEENPQLTE SEALSQVQAL ANKNMQKLLY ETLQPGALPQ ACKQLFLNAA RIMNVFPGTN
720 KVQAKLSNHV KRVLSQPVL
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
876785
Li G.,Kollner T.G.,Yin Y.,Jiang Y.,Chen H.,Xu Y.,Gershenzon J.,Pichersky E.,Chen F.
Nonseed plant Selaginella moellendorfii has both seed plant and microbial types of terpene synthases.
Proc. Natl. Acad. Sci. U.S.A.
109
14711-14715
2012
876786
Banks J.A.,Nishiyama T.,Hasebe M.,Bowman J.L.,Gribskov M.,dePamphilis C.,Albert V.A.,Aono N.,Aoyama T.,Ambrose B.A.,Ashton N.W.,Axtell M.J.,Barker E.,Barker M.S.,Bennetzen J.L.,Bonawitz N.D.,Chapple C.,Cheng C.,Correa L.G.,Dacre M.,DeBarry J.,Dreyer I.,Elias M.,Engstrom E.M.,Estelle M.,Feng L.,Finet C.,Floyd S.K.,Frommer W.B.,Fujita T.,Gramzow L.,Gutensohn M.,Harholt J.,Hattori M.,Heyl A.,Hirai T.,Hiwatashi Y.,Ishikawa M.,Iwata M.,Karol K.G.,Koehler B.,Kolukisaoglu U.,Kubo M.,Kurata T.,Lalonde S.,Li K.,Li Y.,Litt A.,Lyons E.,Manning G.,Maruyama T.,Michael T.P.,Mikami K.,Miyazaki S.,Morinaga S.,Murata T.,Mueller-Roeber B.,Nelson D.R.,Obara M.,Oguri Y.,Olmstead R.G.,Onodera N.,Petersen B.L.,Pils B.,Prigge M.,Rensing S.A.,Riano-Pachon D.M.,Roberts A.W.,Sato Y.,Scheller H.V.,Schulz B.,Schulz C.,Shakirov E.V.,Shibagaki N.,Shinohara N.,Shippen D.E.,Soerensen I.,Sotooka R.,Sugimoto N.,Sugita M.,Sumikawa N.,Tanurdzic M.,Theissen G.,Ulvskov P.,Wakazuki S.,Weng J.K.,Willats W.W.,Wipf D.,Wolf P.G.,Yang L.,Zimmer A.D.,Zhu Q.,Mitros T.,Hellsten U.,Loque D.,Otillar R.,Salamov A.,Schmutz J.,Shapiro H.,Lindquist E.,Lucas S.,Rokhsar D.,Grigoriev I.V.
The Selaginella genome identifies genetic changes associated with the evolution of vascular plants.
Science
332
960-963
2011
