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1 ng this a hemiterpene synthase rather than a monoterpene synthase.
2 at the produced GPP can be used by plastidic monoterpene synthases.
3 d biosynthesis and others with activities as monoterpene synthases.
4 nd of monoterpenes, indicating that they are monoterpene synthases.
5 final cyclization reaction catalyzed by the monoterpene synthases.
6 brary that appeared to encode three distinct monoterpene synthases.
7 prene synthase is a myrcene/ocimene (acyclic monoterpenes) synthase.
8 t has been shown to possess both sesqui- and monoterpene synthase activities resulted in increased le
9 ment with the results of cell-free assays of monoterpene synthase activity, followed by the coordinat
10 mechanism of GES is similar to that of other monoterpene synthases and is different from the action o
11 two that were functionally characterized as monoterpene synthases and three that preferred farnesyl
12 hase falls into the TPS-d1 group (gymnosperm monoterpene synthases) and is most closely related to li
13 residues in length (71.5 kDa); all of these monoterpene synthases appear to be translated as preprot
15 owever, closer inspection indicates that the monoterpene synthases arise earlier, as shown by an abbr
19 Here we report the characterization of a monoterpene synthase encoded by two identical, closely l
20 imilar biochemical properties to other known monoterpene synthases, except for a relatively low K(m)
21 gene was created by a duplication event of a monoterpene synthase followed by a localized gene conver
24 solate the cDNAs encoding three multiproduct monoterpene synthases from this species that were functi
25 All previously isolated 'cineole cassette'-monoterpene synthase genes are multi product enzymes tha
26 elopmental, and rhythmic expression of these monoterpene synthase genes in snapdragon flowers reveale
28 method would allow the identification of new monoterpene synthase genes using transient expression in
29 to two P450s that were coexpressed with two monoterpene synthases in flowers and were thus predicted
31 diphosphate as the "universal" substrate of monoterpene synthases, in tomato glands neryl diphosphat
32 ray structure of the unique "head-to-middle" monoterpene synthase, lavandulyl diphosphate synthase (L
33 specific, methyl jasmonate (MeJA)-responsive monoterpene synthase (Li3CARS) from Lavandula x intermed
34 ion of alternative product profiles of these monoterpene synthases of conifer defense against insects
35 nt enzymes resemble the corresponding native monoterpene synthases of wound-induced grand fir stem.
38 gesting that the reaction mechanism of Tps-g monoterpene synthase product formation does not proceed
40 haracteristic feature of the Tps-d and Tps-b monoterpene synthases, suggesting that the reaction mech
41 oded by three of these complementary DNAs: a monoterpene synthase that belongs to the TPS-b clade cat
42 dization to map the expression of a putative monoterpene synthase to the epithelium of glands and use
44 activated in response to wounding, with the monoterpene synthases up-regulated first (transcripts de
45 ound-induced accumulation of transcripts for monoterpene synthases was demonstrated by RNA blot hybri
47 availability of cDNA species encoding these monoterpene synthases will allow an understanding of the
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