Department of Biochemistry and Molecular Biology, Monash University, Clayton, Victoria, 3800, Australia.
Anal Biochem. 2022 May 1;644:113840. doi: 10.1016/j.ab.2020.113840. Epub 2020 Jul 31.
The last decade has seen many major advances in proteomics, with over 70,000 publications in the field since 2010. A comprehensive omics toolbox has been developed facilitating rapid in depth analysis of the human proteome. Such studies are advancing our understanding of the biology of both health and disease. The combination of proteomics with other omics platforms (the omics pipeline), in particular proteogenomics, is giving important insights to the molecular changes leading to disease, covering the spectrum from genotype to phenotype and identifying potential biomarkers for disease detection, surveillance and monitoring, and revealing potential new drug targets. Discovery-based finding are now being translated to clinical application, supporting the rollout of precision/personalised medicine. This perspective has focused on twelve areas of importance that have fuelled the field. Recent exemplars are given to illustrate this and show how, together with some emerging technologies, they are anticipated to lead to further advances in the field. However, hurdles still remain to be overcome, especially in the area of Big Data analysis.
过去十年中,蛋白质组学领域取得了许多重大进展,自 2010 年以来,该领域已有超过 7 万篇出版物。一个全面的组学工具包已经开发出来,促进了人类蛋白质组的快速深入分析。此类研究正在增进我们对健康和疾病生物学的理解。蛋白质组学与其他组学平台(组学管道)的结合,特别是蛋白质基因组学,为导致疾病的分子变化提供了重要的见解,涵盖了从基因型到表型的范围,并确定了用于疾病检测、监测和监测的潜在生物标志物,揭示了潜在的新药物靶点。基于发现的发现现在正在转化为临床应用,支持精准/个性化医学的推出。本观点重点关注了推动该领域发展的 12 个重要领域。最近的范例被给出来说明这一点,并展示它们如何与一些新兴技术一起,预计将推动该领域的进一步发展。然而,仍然存在需要克服的障碍,特别是在大数据分析领域。