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The antifungal pipeline: the need is established. Are there new compounds?

机译:抗真管道:需要建立。 有新的化合物吗?

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Our review summarizes and compares the temporal development (eras) of antifungal drug discovery as well as antibacterial ventures. The innovation gap that occurred in antibacterial discovery from 1960 to 2000 was likely due to tailoring of existing compounds to have better activity than predecessors. Antifungal discovery also faced innovation gaps. The semi-synthetic antibiotic era was followed closely by the resistance era and the heightened need for new compounds and targets. With the immense contribution of comparative genomics, antifungal targets became part of the discovery focus. These targets by definition are absolutely required to be fungal- or even lineage (clade) specific. Importantly, targets need to be essential for growth and/or have important roles in disease and pathogenesis. Two types of antifungals are discussed that are mostly in the FDA phase I-III clinical trials. New antifungals are either modified to increase bioavailability and stability for instance, or are new compounds that inhibit new targets. One of the important developments in incentivizing new antifungal discovery has been the prolific number of publications of global and country-specific incidence. International efforts that champion global antimicrobial drug discovery are discussed. Still, interventions are needed. The current pipeline of antifungals and alternatives to antifungals are discussed including vaccines.
机译:我们的评论总结并比较了抗真菌药物发现的时间开发(ERA)以及抗菌企业。 1960年至2000年抗菌发现中发生的创新差距可能是由于现有化合物的剪裁而比前辈更好。抗真菌发现也面临着创新差距。半合成的抗生素时代紧随其后的抵抗力,并且对新化合物和靶点的需求增长。随着比较基因组学的巨大贡献,抗真菌目标成为发现焦点的一部分。根据定义的这些目标绝对需要是真菌甚至偶然的血统(Clade)。重要的是,目标需要对生长和/或在疾病和发病机制中具有重要作用至关重要。讨论了两种类型的抗真菌,其主要是在FDA期I-III临床试验中。例如,改变新的抗真菌以增加生物利用度和稳定性,或者是抑制新靶标的新化合物。激励新的抗真菌发现的重要发展之一是全球和国家特异性发病率的多平衡。讨论了冠军全球抗微生物药物发现的国际努力。仍然需要干预措施。讨论了包括疫苗的抗真菌和抗真菌替代品的当前管道。

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