A cell lysis mill, typically used for the breakdown of biological structures in microbiological and biochemical studies, was used as a tool for rapid, solvent-free and general synthesis of short- and long-chain substituted zwitterionic meta- and para-aminobenzoquinones, never previously prepared under solvent-free conditions. Rapid agitation and self-heating in the lysis mill enabled thermally-demanding reactions without external solvent, providing yields comparable to those obtained by conventional solution chemistry, ball milling and melt chemistry. The lysis mill is also suitable for coordination-based reactions, demonstrated by the mechanosynthesis of a mononuclear Ni(II) meta-benzoquinonemonoimine complex.
细胞裂解磨通常用于微
生物学和
生物化学研究中
生物结构的破坏,作为一种工具,用于快速、无溶剂且广泛合成短链和长链取代的两性离子间位和对位
氨基苯醌,这是之前在无溶剂条件下未曾准备过的。快速搅拌和自热使得裂解磨能够进行热需求较高的反应,无需外部溶剂,所提供的产率与传统溶液
化学、球磨和熔融
化学所得的产率相当。裂解磨还适用于基于配位的反应,这在单核Ni(II)间苯醌单
亚胺复合物的机械合成中得到了证明。