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Rethinking Omics Education in Brazil and South America: From Genomics to Multiomics and Critical Policy Studies

机译:重新思考巴西和南美的组学教育:从基因组学到多元组学和关键政策研究

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摘要

Genomics has a storied past dating back to the 20 , and impacted on discovery and translational science in medicine, ecology, and bioengineering, to mention but a few (Cuadrat et al., ). But the field of genomics has also been changing with the sands of time. Gone are the days when high-throughput technologies were limited to genomics. We now have multiomics discovery platforms including and beyond genomics such as metabolomics, proteomics, glycomics, among others (Gabius, ). Multiomics approach to integrative biology offers a fresh and exciting conceptual lens so as to triangulate data across the biological cascade from genes to proteins to metabolites and beyond. Such triangulation of data streams is at the core of contemporary multiomics systems science (Kunej, ).
机译:基因组学的历史可以追溯到20年前,它对医学,生态学和生物工程学的发现和转化科学产生了影响,仅举几例(Cuadrat等,)。但是基因组学领域也随着时间的流逝而变化。高通量技术仅限于基因组学的时代已经一去不复返了。现在,我们有了多基因组学发现平台,包括和超越基因组学,例如代谢组学,蛋白质组学,糖组学等(Gabius,)。整合生物学的多组学方法提供了一个令人耳目一新的概念镜头,以便对整个生物级联中的数据进行三角剖分,从基因到蛋白质再到代谢产物等等。数据流的这种三角测量是当代多组学系统科学的核心(Kunej,)。

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