Chamomile (<em>Matricaria recutita L</em>) and Chrysanthemum (<em>Chrysanthemum coronarium L. </em>(Garland)) are plants belonging to the family <em>Asteraceae</em>. The pharmacolog...Chamomile (<em>Matricaria recutita L</em>) and Chrysanthemum (<em>Chrysanthemum coronarium L. </em>(Garland)) are plants belonging to the family <em>Asteraceae</em>. The pharmacological properties of these herbs result from interactions among their many components. Of these, over 120 secondary metabolites with pharmacological and/or potential pesticide activity have been identified. The diverse chemical and biological characteristics of this set of compounds, <em>i.e.</em>, essential oils and organic extracts of genera <em>Matricaria</em> and <em>Chrysanthemum</em>, have been shown to have particular pesticidal effects, especially those rich in pyrethroids. This work characterizes chamomile and chrysanthemum extracts for their pesticidal properties and their effects following acute exposure in rats. Results show hepatotoxic and oxidative stress-inducing effects in the livers of rats exposed to<em> C. coronarium</em> extracts, but not those of <em>M. recutita</em>.展开更多
文摘Chamomile (<em>Matricaria recutita L</em>) and Chrysanthemum (<em>Chrysanthemum coronarium L. </em>(Garland)) are plants belonging to the family <em>Asteraceae</em>. The pharmacological properties of these herbs result from interactions among their many components. Of these, over 120 secondary metabolites with pharmacological and/or potential pesticide activity have been identified. The diverse chemical and biological characteristics of this set of compounds, <em>i.e.</em>, essential oils and organic extracts of genera <em>Matricaria</em> and <em>Chrysanthemum</em>, have been shown to have particular pesticidal effects, especially those rich in pyrethroids. This work characterizes chamomile and chrysanthemum extracts for their pesticidal properties and their effects following acute exposure in rats. Results show hepatotoxic and oxidative stress-inducing effects in the livers of rats exposed to<em> C. coronarium</em> extracts, but not those of <em>M. recutita</em>.