Young Stephen P, Wallace Graham R
J Ocul Biol Dis Infor. 2009 Nov 13;2(4):235-242. doi: 10.1007/s12177-009-9038-2.
Metabolomics, the analysis of the metabolite profile in body fluids or tissues, is being applied to the analysis of a number of different diseases as well as being used in following responses to therapy. While genomics involves the study of gene expression and proteomics the expression of proteins, metabolomics investigates the consequences of the activity of these genes and proteins. There is good reason to think that metabolomics will find particular utility in the investigation of inflammation, given the multi-layered responses to infection and damage that are seen. This may be particularly relevant to eye disease, which may have tissue specific and systemic components. Metabolomic analysis can inform us about ocular or other body fluids and can therefore provide new information on pathways and processes involved in these responses. In this review, we explore the metabolic consequences of disease, in particular ocular conditions, and why the data may be usefully and uniquely assessed using the multiplexed analysis inherent in the metabolomic approach.
代谢组学,即对体液或组织中的代谢物谱进行分析,正被应用于多种不同疾病的分析,以及用于追踪治疗反应。虽然基因组学涉及基因表达的研究,蛋白质组学涉及蛋白质的表达,但代谢组学研究这些基因和蛋白质活性的后果。鉴于对感染和损伤所观察到的多层次反应,有充分的理由认为代谢组学在炎症研究中将具有特殊用途。这可能与眼病特别相关,眼病可能具有组织特异性和全身成分。代谢组学分析可以为我们提供有关眼液或其他体液的信息,因此可以提供有关这些反应所涉及的途径和过程的新信息。在这篇综述中,我们探讨疾病,特别是眼部疾病的代谢后果,以及为什么使用代谢组学方法固有的多重分析可以有效地且独特地评估这些数据。