polyhydroxyaldehydes exist
polyhydroxyaldehydes react
polyhydroxyaldehydes form
polyhydroxyaldehydes contain
these polyhydroxyaldehydes
such polyhydroxyaldehydes
natural polyhydroxyaldehydes
complex polyhydroxyaldehydes
polyhydroxyaldehydes include
the polyhydroxyaldehydes
polyhydroxyaldehydes are simple sugars with multiple hydroxyl groups.
多羟基醛是一类含有多个羟基和醛官能团的有机化合物。
the structure of polyhydroxyaldehydes makes them reducing sugars.
多羟基醛的化学结构使其在碳水化合物化学中具有重要意义。
many polyhydroxyaldehydes occur naturally in fruits and vegetables.
许多多羟基醛天然存在于水果和农产品中。
chemists study polyhydroxyaldehydes for their sweetening properties.
科学家研究多羟基醛以了解生物体内的代谢途径。
polyhydroxyaldehydes can form cyclic structures in solution.
多羟基醛的工业应用包括食品保鲜和药品生产。
glucose is a common example of a polyhydroxyaldehyde.
多羟基醛的分子式根据碳原子数量的不同而变化。
the reaction of polyhydroxyaldehydes with phenylhydrazine creates osazones.
涉及多羟基醛的生化反应对细胞能量代谢至关重要。
polyhydroxyaldehydes undergo tautomerization to form ketoses.
对多羟基醛的研究极大地推动了糖化学和生物化学的发展。
some polyhydroxyaldehydes are used as food additives.
多羟基醛可以通过多羟基醇的受控氧化来合成。
the chemical formula of polyhydroxyaldehydes includes multiple oh groups.
多羟基醛的还原糖特性使其在分析化学中具有重要价值。
polyhydroxyaldehydes react with tollens' reagent to give a silver mirror.
一些多羟基醛是重要生物分子生物合成中的关键中间体。
in biochemistry, polyhydroxyaldehydes serve as important energy sources.
多羟基醛的分析通常需要复杂的色谱方法。
polyhydroxyaldehydes exist
polyhydroxyaldehydes react
polyhydroxyaldehydes form
polyhydroxyaldehydes contain
these polyhydroxyaldehydes
such polyhydroxyaldehydes
natural polyhydroxyaldehydes
complex polyhydroxyaldehydes
polyhydroxyaldehydes include
the polyhydroxyaldehydes
polyhydroxyaldehydes are simple sugars with multiple hydroxyl groups.
多羟基醛是一类含有多个羟基和醛官能团的有机化合物。
the structure of polyhydroxyaldehydes makes them reducing sugars.
多羟基醛的化学结构使其在碳水化合物化学中具有重要意义。
many polyhydroxyaldehydes occur naturally in fruits and vegetables.
许多多羟基醛天然存在于水果和农产品中。
chemists study polyhydroxyaldehydes for their sweetening properties.
科学家研究多羟基醛以了解生物体内的代谢途径。
polyhydroxyaldehydes can form cyclic structures in solution.
多羟基醛的工业应用包括食品保鲜和药品生产。
glucose is a common example of a polyhydroxyaldehyde.
多羟基醛的分子式根据碳原子数量的不同而变化。
the reaction of polyhydroxyaldehydes with phenylhydrazine creates osazones.
涉及多羟基醛的生化反应对细胞能量代谢至关重要。
polyhydroxyaldehydes undergo tautomerization to form ketoses.
对多羟基醛的研究极大地推动了糖化学和生物化学的发展。
some polyhydroxyaldehydes are used as food additives.
多羟基醛可以通过多羟基醇的受控氧化来合成。
the chemical formula of polyhydroxyaldehydes includes multiple oh groups.
多羟基醛的还原糖特性使其在分析化学中具有重要价值。
polyhydroxyaldehydes react with tollens' reagent to give a silver mirror.
一些多羟基醛是重要生物分子生物合成中的关键中间体。
in biochemistry, polyhydroxyaldehydes serve as important energy sources.
多羟基醛的分析通常需要复杂的色谱方法。
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