A novel endoperoxlde diterpene, 7a-hydroxy-abieta-8（14）-en-18-oi 9α,13α-endoperoxide （compound 1）, was isolated from the stems of Microtoena insuavis （Hance） Prain ex Dunn, along with 4,4＇-dlhydroxytruxillic ...A novel endoperoxlde diterpene, 7a-hydroxy-abieta-8（14）-en-18-oi 9α,13α-endoperoxide （compound 1）, was isolated from the stems of Microtoena insuavis （Hance） Prain ex Dunn, along with 4,4＇-dlhydroxytruxillic acid （compound 2）, gallic acid （compound 3）, ellaglc acid （compound 4）, 3-O-methylellaglc acid 3＇-O-α- rhamnopyranoslde （compound 5）, 3＂＇-O-methylcrenatoslde （compound 6）, crenatoslde （compound 7）, aptgenin （compound 8）, succinic acid （compound 9）, β-sitosterot （compound 10）, and β-daucosterol （compound 11）. The structures of these compounds were elucidated on the basis of spectral evidence.展开更多
文摘A novel endoperoxlde diterpene, 7a-hydroxy-abieta-8（14）-en-18-oi 9α,13α-endoperoxide （compound 1）, was isolated from the stems of Microtoena insuavis （Hance） Prain ex Dunn, along with 4,4＇-dlhydroxytruxillic acid （compound 2）, gallic acid （compound 3）, ellaglc acid （compound 4）, 3-O-methylellaglc acid 3＇-O-α- rhamnopyranoslde （compound 5）, 3＂＇-O-methylcrenatoslde （compound 6）, crenatoslde （compound 7）, aptgenin （compound 8）, succinic acid （compound 9）, β-sitosterot （compound 10）, and β-daucosterol （compound 11）. The structures of these compounds were elucidated on the basis of spectral evidence.
