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1.1.1.206
synthesis
co-expression of putrescine N-methyltransferase and tropinone reductase I genes in Anisodus acutangulus hairy roots significantly improves the yields of tropinone alkaloids and shows higher antioxidant activity than control
719169
1.1.1.206
synthesis
enzyme PtTRI is a potential candidate for modifying the TAs biosynthetic pathway on TRI to obtain high yielding scopolamine medicinal plants
760748
1.1.1.206
synthesis
transgenic hairy root lines expressing both tropinone reductase I and hyoscyamine-6beta-hydroxylase produce significantly higher levels of tropinone alkaloids compared with the control and single gene transformed lines, reaching up to 4.293 mg/g tropinone alkaloids. In addition, the content of anisodine is also greatly improved. The average content of anisodine in double transformed lines is 0.984 mg/g dry weight, about 18fold of control lines
725946
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