Piperidine alkaloids of spruce (Picea) and fir (Abies) species.

Stermitz FR; Kamm CD; Tawara JN

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Piperidine alkaloids of spruce (Picea) and fir (Abies) species.

机译：云杉（Picea）和冷杉（Abies）物种的哌啶生物碱。

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摘要

Piperidine alkaloids are reported for the first time from Picea omorika (Serbian spruce), Abies balsamea (balsam fir), and Abies concolor (Rocky mountain white fir). The alkaloids of P. omorika and P. sitchensis were similar, but not identical, andvery different from those which have been reported reported from P. breweriana, a species with which they have been taxonomically linked. Alkaloids were not detected in A. procera (noble fir), A. lowiana (Sierra white fir) or A. grandis (grand fir). Thetotal base fraction of A. bifolia yielded a nonbasic monoterpenoid known as Muller's lactone, presumed to be an artifact of the isolation procedure.

机译：首次报道了来自云杉（塞尔维亚云杉），香豆冷杉（香脂冷杉）和同色冷杉（洛基山白杉）的哌啶生物碱。 P. omorika和P. sitchensis的生物碱与P. Breweriana的生物分类相似，但与它们的生物碱相似但不完全相同。在proc.procera（贵族杉），low.iana（山脉白杉）或A.randis（大杉）中未检测到生物碱。双叶拟南芥的总碱部分产生了一种非碱性单萜类化合物，被称为穆勒内酯，据推测是分离过程的产物。

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来源
《Biochemical Systematics and Ecology》 |2000年第2期|共5页
作者
Stermitz FR; Kamm CD; Tawara JN;
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正文语种 eng
中图分类生物化学;
关键词
alkaloids; piperidine alkaloids; taxonomy; monoterpenoids; lactones; chemotaxonomy; foliage; leaves; conifer needles; Abies; Picea; Abies balsamea; Abies concolor; Picea omorika; Picea sitchensis; Abies procera; Abies grandis; Pinopsida; Abies lasiocarpa;

机译：生物碱;哌啶生物碱;分类学;单萜类化合物;内酯;化学分类学;叶子;叶;针叶树针;Abies;Picea;Abies balsamea;Abies concolor;Picea omorika;Picea sitchensis;Abies procera;Abiesida;las木;

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机译：云杉（Picea）和冷杉（Abies）物种的哌啶生物碱。
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Piperidine alkaloids of spruce (Picea) and fir (Abies) species.

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