Objective: To screen out the principles possessing the anti-malaria synergistic effect with allylpyrocatechol from Semen Arecae. 目的:从槟榔中筛选出能与烯丙基焦儿茶酚具有协同抗疟疾的化合物。
Determination of Total Alkaloid in Semen Arecae by Acid Dye Colorimetry 酸性染料比色法测定槟榔中总生物碱的含量
The study on processing Technology for Semen Arecae 中药槟榔饮片炮制工艺研究
Conclusion: Semen Arecae could increase animal gastrointestinal contractile activity, and the approach to the function was related to the M-receptor and also was possible to the α-receptor. 结论:槟榔对胃肠道运动有促进作用,其作用途径除与M胆碱受体有关外,同时很有可能也与α肾上腺素受体有关。
Conclusion: The optimum processing technology for Semen Arecae is the microwave processing technology. 结论:微波炮制工艺是槟榔炮制的最佳工艺。