Platform for "Chemical Metabolic Switching" to Increase Sesquiterpene Content in Plants

The biosynthetic pathway of cytosolic isoprenoids bifurcates after farnesyl diphosphate into sesquiterpene and triterpene pathways. "Metabolic switching" has been used to increase sesquiterpene content in plants by suppressing the competitive triterpene pathway using transgenic technology....

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Veröffentlicht in:	Plant Biotechnology 2017/03/31, Vol.34(1), pp.65-69
Hauptverfasser:	Kobayashi, Keiko, Kobayashi, Kanako, Yamaguchi, Haruhiko, Inoue, Yukino Miyagi, Takagi, Keiji, Fushihara, Kazuhisa, Seki, Hikaru, Suzuki, Masashi, Nagata, Noriko, Muranaka, Toshiya
Format:	Artikel
Sprache:	eng
Schlagworte:	Artemisia Bifurcations chemical metabolic switching Enzymes Feedback Inhibition Inhibitors isoprenoid Metabolism mevalonate pathway Plants (botany) Reductase Squalene Squalene epoxidase Squalene epoxidase inhibitor squalestatin Sterols Switching Technology utilization Terbinafine Terpenes Transgenic plants Triterpenes
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