Allsop A E
ZENECA Pharmaceuticals Cancer and Infection Research Department Mereside, Alderley Park Macclesfield Cheshire SK10 4TG UK. Aileen.
Curr Opin Biotechnol. 1998 Dec;9(6):637-42. doi: 10.1016/s0958-1669(98)80143-2.
The availability of bacterial genome sequence information has opened up many new strategies for antibacterial drug hunting. There are obvious benefits for the identification and evaluation of new drug targets, but genomic-based technology is also beginning to provide new tools for the downstream, preclinical, optimisation of compounds. The greatest benefit from these new approaches lies in the ability to examine the entire genome (or several genomes) simultaneously and in total. In this way, one potential target can be evaluated against another, and either the total effects of functional impairment can be established or the effects of a compound can be compared across species.
细菌基因组序列信息的可得性为抗菌药物研发开辟了许多新策略。这对于新药靶点的识别和评估有着显著益处,但基于基因组的技术也开始为化合物的临床前下游优化提供新工具。这些新方法的最大优势在于能够同时全面地检测整个基因组(或多个基因组)。通过这种方式,可以将一个潜在靶点与另一个进行评估,既可以确定功能损伤的总体影响,也可以在不同物种间比较化合物的效果。