首页> 外文期刊>Clinical and Experimental Immunology: An Official Journal of the British Society for Immunology >99th Dahlem conference on infection, inflammation and chronic inflammatory disorders: host-microbe interactions in the gut: target for drug therapy, opportunity for drug discovery.
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99th Dahlem conference on infection, inflammation and chronic inflammatory disorders: host-microbe interactions in the gut: target for drug therapy, opportunity for drug discovery.

机译:关于感染,炎症和慢性炎症性疾病的第99届达勒姆会议:肠道内宿主与微生物的相互作用:药物治疗的目标,发现药物的机会。

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摘要

The commensal microbiota, most of which resides in the gut, is an environmental regulator of mucosal and systemic immune maturation. Epidemiological studies suggest that changes in the microbiota may represent a link between a modern lifestyle and risk of certain immuno-allergic diseases. This suggests that the microbiota is an appropriate target for therapy or prophylaxis, the rationale for which is addressed here using inflammatory bowel disease as an example. It is also evident from comparative studies of germ-free and conventionally colonized animals that the microbiota is a source of regulatory signals for full development of the host. In some instances these signals have been defined molecularly, and may be suitable for exploitation in novel drug discovery. Most of the versatile drugs in common usage today were derived originally from living matter in the wider environment; could it be time to mine new drugs from microbial-derived signalling molecules in the inner environment of the gut? Several examples illustrate the potential of the gut microbiota as a rich repository from which bioactives with immunological impact can be mined, and translated to human health care or to animal husbandry.
机译:共生微生物群(大多数位于肠道中)是粘膜和全身免疫成熟的环境调节剂。流行病学研究表明,微生物群的变化可能代表了现代生活方式与某些免疫过敏性疾病风险之间的联系。这表明微生物群是治疗或预防的合适靶标,此处以炎症性肠病为例说明其原理。从对无菌细菌和常规定殖动物的比较研究中还可以明显看出,微生物群是宿主完全发育的调控信号来源。在某些情况下,这些信号已经在分子上进行了定义,可能适合用于新药开发。如今,大多数常用的通用药物最初源自更广泛环境中的生物。是时候在肠道内部环境中从微生物来源的信号分子中开采新药了吗?几个例子说明了肠道菌群作为丰富资料库的潜力,从中可以挖掘出具有免疫学影响的生物活性物质,并将其转化为人类保健或畜牧业。

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