本发明涉及新颖的通式（I）的苯丙素类衍生物，其中R表示氢。
The invention relates to a phenyl propanoid derivative of formula (I), wherein R represents hydrogen.
有效部位制取率为0.62%，6种苯丙素类成分总含量达到65%以上。
The extraction yield of effective fractions was 0.62% with total contents of phenylpropanoids higher than 65%.
结果：目前为止，已发现的化学成分主要有挥发油、香豆素和苯丙素类成分。
Result: Up to now, the chemical components isolated from F. assafoetid include mainly essential oil, coumarin, and phenylpropanoids.
本文围绕苯丙素类酚酸色谱分离的关键技术难题，以典型化合物为对象，研究其快速配位色谱分离与分析方法。
This article was focused on the rapid determination and separation of several pink phenylpropanoid phenolic acids by complex chromatography and analysis of coordination mechanism.
本文围绕苯丙素类酚酸色谱分离的关键技术难题，以典型化合物为对象，研究其快速配位色谱分离与分析方法。
This article was focused on the rapid determination and separation of several pink phenylpropanoid phenolic acids by complex chromatography and analysis of coordination mechanism.
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