acylation reaction
酰化反应
undergoing acylation
正在酰化
acylation process
酰化过程
catalyzed acylation
催化酰化
acylation product
酰化产物
acylation conditions
酰化条件
acylations occur
酰化发生
selective acylation
选择性酰化
acylation site
酰化位点
the pharmaceutical industry frequently utilizes acylation for drug synthesis.
制药行业经常利用酰化进行药物合成。
acylation of amines is a common reaction in organic chemistry.
胺的酰化是有机化学中常见的反应。
we investigated the effect of catalysts on acylation efficiency.
我们研究了催化剂对酰化效率的影响。
the acylation reaction requires careful control of temperature and ph.
酰化反应需要仔细控制温度和ph值。
selective acylation is crucial in the synthesis of peptides.
选择性酰化对于肽的合成至关重要。
the product of the acylation reaction was purified by chromatography.
酰化反应的产物通过色谱法进行纯化。
acylation with acetic anhydride is a standard laboratory procedure.
用乙酸酐进行酰化是一种标准的实验室操作。
understanding the mechanism of acylation is vital for optimizing reactions.
理解酰化机理对于优化反应至关重要。
the researchers focused on developing new acylation catalysts.
研究人员专注于开发新的酰化催化剂。
acylation can improve the stability of certain polymers.
酰化可以提高某些聚合物的稳定性。
we observed a significant increase in yield after optimizing the acylation conditions.
在优化了酰化条件后，我们观察到产量有了显著提高。
acylation reaction
酰化反应
undergoing acylation
正在酰化
acylation process
酰化过程
catalyzed acylation
催化酰化
acylation product
酰化产物
acylation conditions
酰化条件
acylations occur
酰化发生
selective acylation
选择性酰化
acylation site
酰化位点
the pharmaceutical industry frequently utilizes acylation for drug synthesis.
制药行业经常利用酰化进行药物合成。
acylation of amines is a common reaction in organic chemistry.
胺的酰化是有机化学中常见的反应。
we investigated the effect of catalysts on acylation efficiency.
我们研究了催化剂对酰化效率的影响。
the acylation reaction requires careful control of temperature and ph.
酰化反应需要仔细控制温度和ph值。
selective acylation is crucial in the synthesis of peptides.
选择性酰化对于肽的合成至关重要。
the product of the acylation reaction was purified by chromatography.
酰化反应的产物通过色谱法进行纯化。
acylation with acetic anhydride is a standard laboratory procedure.
用乙酸酐进行酰化是一种标准的实验室操作。
understanding the mechanism of acylation is vital for optimizing reactions.
理解酰化机理对于优化反应至关重要。
the researchers focused on developing new acylation catalysts.
研究人员专注于开发新的酰化催化剂。
acylation can improve the stability of certain polymers.
酰化可以提高某些聚合物的稳定性。
we observed a significant increase in yield after optimizing the acylation conditions.
在优化了酰化条件后，我们观察到产量有了显著提高。
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