Potroz Michael G, Cho Nam-Joon
School of Materials Science and Engineering, Nanyang Technological University, 50 Nanyang Avenue, Singapore 639798, Singapore.
Centre for Biomimetic Sensor Science, 50 Nanyang Drive, Singapore 637553, Singapore.
Molecules. 2015 Mar 5;20(3):4180-203. doi: 10.3390/molecules20034180.
The neglected tropical disease (NTD) trachoma is currently the leading cause of eye disease in the world, and the pathogenic bacteria causing this condition, Chlamydia trachomatis, is also the most common sexually transmitted pathogenic bacterium. Although the serovars of this bacterial species typically vary between ocular and genital infections there is a clear connection between genital C. trachomatis infections and the development of trachoma in infants, such that the solutions to these infections are closely related. It is the unique life cycle of the C. trachomatis bacteria which primarily leads to chronic infections and challenges in treatment using conventional antibiotics. This life cycle involves stages of infective elementary bodies (EBs) and reproductive reticulate bodies (RBs). Most antibiotics only target the reproductive RBs and this often leads to the need for prolonged therapy which facilitates the development of drug resistant pathogens. It is through combining several compounds to obtain multiple antimicrobial mechanisms that we are most likely to develop a reliable means to address all these issues. Traditional and ethnobotanical medicine provides valuable resources for the development of novel formulations and treatment regimes based on synergistic and multi-compound therapy. In this review we intend to summarize the existing literature on the application of natural compounds for controlling trachoma and inhibiting chlamydial bacteria and explore the potential for the development of new treatment modalities.
被忽视的热带病沙眼是目前全球眼部疾病的主要病因,而引发该病的病原菌沙眼衣原体也是最常见的性传播病原菌。尽管该菌种的血清型通常在眼部感染和生殖器感染之间存在差异,但生殖器沙眼衣原体感染与婴儿沙眼的发病之间存在明确关联,因此这些感染的解决方案密切相关。沙眼衣原体独特的生命周期是导致慢性感染以及使用传统抗生素治疗面临挑战的主要原因。这个生命周期包括感染性原体(EB)和繁殖性网状体(RB)阶段。大多数抗生素仅针对繁殖性RB,这常常导致需要延长治疗时间,从而助长了耐药病原体的产生。通过组合多种化合物以获得多种抗菌机制,我们最有可能开发出解决所有这些问题的可靠方法。传统医学和民族植物药学为基于协同和多化合物疗法开发新型制剂和治疗方案提供了宝贵资源。在本综述中,我们旨在总结关于天然化合物在控制沙眼和抑制衣原体细菌方面应用的现有文献,并探索开发新治疗方式的潜力。