stereoisomerism analysis
立体异构分析
understanding stereoisomerism
理解立体异构
studying stereoisomerism
研究立体异构
stereoisomerism effects
立体异构效应
investigating stereoisomerism
调查立体异构
stereoisomerism examples
立体异构实例
identifying stereoisomerism
识别立体异构
stereoisomerism reactions
立体异构反应
predicting stereoisomerism
预测立体异构
detecting stereoisomerism
检测立体异构
the drug's efficacy is highly dependent on its specific stereoisomerism.
药物的疗效在很大程度上取决于其特定的立体异构性。
understanding stereoisomerism is crucial for medicinal chemistry research.
理解立体异构性对于药物化学研究至关重要。
chiral molecules often exhibit different biological activity due to stereoisomerism.
手性分子由于立体异构性，常常表现出不同的生物活性。
stereoisomerism can significantly impact a drug's absorption and metabolism.
立体异构性会对药物的吸收和代谢产生重大影响。
the synthesis of a single stereoisomer requires careful control of stereoisomerism.
合成单一立体异构体需要仔细控制立体异构性。
enantiomers are a type of stereoisomerism with non-superimposable mirror images.
对映异构体是一种具有非重叠镜像的立体异构性类型。
diastereomers are another form of stereoisomerism with different physical properties.
非对映异构体是另一种具有不同物理性质的立体异构性形式。
the concept of stereoisomerism is fundamental in organic chemistry.
立体异构性的概念是有机化学的基础。
analyzing stereoisomerism helps determine a molecule's three-dimensional structure.
分析立体异构性有助于确定分子的三维结构。
the presence of stereoisomerism can complicate drug development processes.
立体异构性的存在会使药物开发过程复杂化。
researchers investigate stereoisomerism to optimize drug interactions.
研究人员调查立体异构性以优化药物相互作用。
stereoisomerism analysis
立体异构分析
understanding stereoisomerism
理解立体异构
studying stereoisomerism
研究立体异构
stereoisomerism effects
立体异构效应
investigating stereoisomerism
调查立体异构
stereoisomerism examples
立体异构实例
identifying stereoisomerism
识别立体异构
stereoisomerism reactions
立体异构反应
predicting stereoisomerism
预测立体异构
detecting stereoisomerism
检测立体异构
the drug's efficacy is highly dependent on its specific stereoisomerism.
药物的疗效在很大程度上取决于其特定的立体异构性。
understanding stereoisomerism is crucial for medicinal chemistry research.
理解立体异构性对于药物化学研究至关重要。
chiral molecules often exhibit different biological activity due to stereoisomerism.
手性分子由于立体异构性，常常表现出不同的生物活性。
stereoisomerism can significantly impact a drug's absorption and metabolism.
立体异构性会对药物的吸收和代谢产生重大影响。
the synthesis of a single stereoisomer requires careful control of stereoisomerism.
合成单一立体异构体需要仔细控制立体异构性。
enantiomers are a type of stereoisomerism with non-superimposable mirror images.
对映异构体是一种具有非重叠镜像的立体异构性类型。
diastereomers are another form of stereoisomerism with different physical properties.
非对映异构体是另一种具有不同物理性质的立体异构性形式。
the concept of stereoisomerism is fundamental in organic chemistry.
立体异构性的概念是有机化学的基础。
analyzing stereoisomerism helps determine a molecule's three-dimensional structure.
分析立体异构性有助于确定分子的三维结构。
the presence of stereoisomerism can complicate drug development processes.
立体异构性的存在会使药物开发过程复杂化。
researchers investigate stereoisomerism to optimize drug interactions.
研究人员调查立体异构性以优化药物相互作用。
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