The present invention relates to a method of synthesizing a photolytically degradable compound, which method comprises identifying a biologically active target molecule comprising substituted aromatic group(s); providing a starting material, which presents at least the aromatic group(s) of the target molecule and optionally an equal chain length to the target molecule; and synthesizing a photolytically degradable compound by introducing one or more substitutions in the starting material. The target molecule may e.g. be an antimicrobial molecule, an antibacterial molecule, or a pesticide molecule. The photolytically degradable compounds according to the invention may comprise at least one C-N, C-S or C-O bond and optionally at least one benzylic C-C bond capable of heterolytic cleavage if exposed to light at basic pH in aqueous environment.
本发明涉及一种合成光解可降解化合物的方法,该方法包括确定包含取代芳香基团的具有
生物活性的目标分子;提供一种起始材料,该材料至少具有目标分子的芳香基团,并且可以选择与目标分子具有相同的链长;以及通过在起始材料中引入一个或多个取代基合成光解可降解化合物。目标分子可以是抗微
生物分子、抗菌分子或
杀虫剂分子等。根据本发明的光解降解化合物可包含至少一个 C-N、C-S 或 C-O 键,以及可选的至少一个苄基 C-C 键,当在
水环境中以碱性 pH 暴露于光时,该键可发生异解裂解。