In order to investigate the charge transfer protection mechanism on DNA and itselectrophilic nucleotide-dTMP, caffeic acid (DHPAA) and methyl caffeate (MDHPA)protectors have been studied in detail.
为了探讨电荷转移机理，详细研究了咖啡酸（DHPAA）及其甲酯（MDHPA）类保护剂的保护效应。
This paper introduces the concept, character, category and formation mechanism of charge-transfer complex and its application in pharmaceutical and biomedicine.
介绍了电荷转移络合物概念、特点、分类、形成机制及在生物医药方面的应用。
This paper introduces the concept, character, category and formation mechanism of charge-transfer complex and its application in pharmaceutical and biomedicine.
介绍了电荷转移络合物概念、特点、分类、形成机制及在生物医药方面的应用。
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