chiral molecule
手性分子
chiral center
手性中心
chiral compound
手性化合物
chiral symmetry
手性对称
chiral catalyst
手性催化剂
chiral selector
手性选择剂
chiral phase
手性相
chiral environment
手性环境
chiral recognition
手性识别
chiral analysis
手性分析
chiral molecules can exist in two different forms.
手性分子可以以两种不同的形式存在。
the concept of chirality is important in organic chemistry.
手性概念在有机化学中很重要。
chiral drugs can have different effects on the body.
手性药物对身体的影响可能不同。
researchers study chiral catalysts to improve reactions.
研究人员研究手性催化剂以改善反应。
chiral separation techniques are used in pharmaceuticals.
手性分离技术用于制药行业。
the chiral nature of certain compounds is fascinating.
某些化合物的手性特性令人着迷。
understanding chirality is essential for drug design.
理解手性对药物设计至关重要。
chiral symmetry plays a role in molecular biology.
手性对称性在分子生物学中起着作用。
chiral centers in molecules determine their optical activity.
分子中的手性中心决定了它们的光学活性。
many natural products are chiral in nature.
许多天然产物本质上是手性的。
chiral molecule
手性分子
chiral center
手性中心
chiral compound
手性化合物
chiral symmetry
手性对称
chiral catalyst
手性催化剂
chiral selector
手性选择剂
chiral phase
手性相
chiral environment
手性环境
chiral recognition
手性识别
chiral analysis
手性分析
chiral molecules can exist in two different forms.
手性分子可以以两种不同的形式存在。
the concept of chirality is important in organic chemistry.
手性概念在有机化学中很重要。
chiral drugs can have different effects on the body.
手性药物对身体的影响可能不同。
researchers study chiral catalysts to improve reactions.
研究人员研究手性催化剂以改善反应。
chiral separation techniques are used in pharmaceuticals.
手性分离技术用于制药行业。
the chiral nature of certain compounds is fascinating.
某些化合物的手性特性令人着迷。
understanding chirality is essential for drug design.
理解手性对药物设计至关重要。
chiral symmetry plays a role in molecular biology.
手性对称性在分子生物学中起着作用。
chiral centers in molecules determine their optical activity.
分子中的手性中心决定了它们的光学活性。
many natural products are chiral in nature.
许多天然产物本质上是手性的。
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