[Development of next-generation antimicrobials with unique mechanisms of action].

Hiroshi Hamamoto
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Abstract

To combat drug-resistant bacteria, it is essential to develop new antimicrobial agents with novel mechanisms of action that demonstrate therapeutic efficacy. Lysocin E, discovered by our group, is a novel antibiotic with a unique mechanism of action that targets menaquinone. Compared to other antibiotics, lysocin E exhibits extremely potent bactericidal activity in a very short time. In addition, unlike other antibiotics, the antimicrobial activity of lysocin E is enhanced by adding serum, which triggers a distinct adjuvant effect of host factors, thereby demonstrating its exceptional therapeutic efficacy. It has been suggested that lysocin E is effective against intractable Staphylococcus aureus infections, and pre-clinical studies are ongoing. Lysocin E has the potential to become a next-generation therapeutic agent that is distinct from conventional antibacterial drugs.

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[开发具有独特作用机制的新一代抗菌药物]。
为了对付耐药性细菌,必须开发具有新作用机制并能证明疗效的新型抗菌剂。我们研究小组发现的溶菌酶 E 是一种新型抗生素,其独特的作用机制是针对甲萘醌。与其他抗生素相比,溶菌酶 E 能在极短的时间内显示出极强的杀菌活性。此外,与其他抗生素不同的是,加入血清后,溶菌酶 E 的抗菌活性会增强,从而引发宿主因子的独特辅助作用,从而显示出其卓越的疗效。有研究表明,溶菌酶 E 对难治性金黄色葡萄球菌感染有效,目前正在进行临床前研究。溶菌酶 E 有可能成为有别于传统抗菌药物的新一代治疗药物。
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[Protein degradation in bacteria: focus on the ClpP protease]. [Rhodococcus equi infections in humans: an emerging zoonotic pathogen]. [Development of next-generation antimicrobials with unique mechanisms of action]. [Population genetics of enterohemorrhagic Escherichia coli using whole-genome sequencing analyses]. [Research on mechanisms of drug resistance and virulence expression in pathogenic Escherichia coli].
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