[Investigations on the antimicrobial activity of amine-aldehyde-condensates. 6. Communication: azomethines of substituted benzaldehydes (author's transl)].

D Rehn, H Nolte
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Abstract

In the scope of our research about the antimicrobial activity of amin-aldehydecondensates a number of substituted benzaldehyde azomethines was synthesized by condensation of suitable benzaldehydes with primary amines (aminoethanol and n-butylamine). Structures and physical constants are shown in the table 1. The antimicrobial activity is demonstrated by the results of the disk-test (table 2 and 3), of the minimal inhibition concentration test (MIC, table 4) and of the suspension-disinfecting test following the method of the DGHM (table 5). It may be shown that both the germistatic and the germicidal activity depends on the substituents of the aromatic ring. Bactericidal activity show the test compounds mainly versus the gram-negative bacteria.

胺醛缩合物抑菌活性的研究。6. 通讯:取代苯甲醛的偶氮亚胺[作者简介]。
在我们对胺醛脱凝聚物抗菌活性的研究范围内,通过适当的苯甲醛与伯胺(氨基乙醇和正丁胺)缩合合成了一些取代苯甲醛亚甲胺。结构和物理常数见表1。抗菌活性由圆盘试验(表2和3)、最小抑制浓度试验(MIC,表4)和采用DGHM方法进行的悬浮液消毒试验(表5)的结果证明。可以看出,抑菌活性和杀菌活性都取决于芳香环的取代基。抑菌活性主要表现为对革兰氏阴性菌的抑菌作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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