作者:Michael J. Hearn、Catherine D. Pugh、Michael H. Cynamon
DOI:10.1080/10426507.2023.2196079
日期:2023.9.2
Abstract Using up-to-date methods for synthesis and analysis, 51 sulfonamides were prepared for use as tools in antitubercular drug discovery. The synthetic efforts were centered on varying substituents at three key structural units implicated in antimicrobial activity, namely the sulfonyl group, nitrogen N1 and nitrogen N4. Procedures were specific to the sites of functionalization. Preliminary biological
摘要 使用最新的合成和分析方法,制备了 51 种磺酰胺,用作抗结核药物发现的工具。合成工作集中在与抗菌活性有关的三个关键结构单元上的不同取代基,即磺酰基、氮N 1和氮N 4。程序特定于功能化位点。这里包括对选定化合物的初步生物学评估。结果表明,这些化合物可能有助于探索磺胺药物与结核病(二氢叶酸合酶)或其人类宿主(N-乙酰转移酶)中发现的酶可能的相互作用,导致药物活性或药物失活的相互作用,分别。