作者:Thomas Arnauld、Jean-Yves Beaumal、François Lefoulon、Alain Petit、Tristan Renaud
DOI:10.1016/j.bmcl.2013.01.086
日期:2013.4
assess activity and toxicity profiles of the drug’s metabolites, synthesis of the main metabolites was undertaken. This synthesis work was done in parallel by organic chemistry and by biotransformation of LNAChR. Filamentous fungus Aspergillus alliaceus (NRRL 315) neatly afforded three of the main metabolites, one of which arose from a very unexpected and very uncommon rearrangement.
在我们关于烟碱乙酰胆碱能受体LNAChR的创新配体的研究过程中,为了评估药物代谢物的活性和毒性,进行了主要代谢物的合成。该合成工作通过有机化学和LNAChR的生物转化并行进行。丝状真菌Allerceus(NRRL 315)巧妙地提供了三种主要代谢物,其中一种是由于非常意外且非常罕见的重排而产生的。