Editorial: Computational Learning Models and Methods Driven by Omics for Precision Medicine.

Keywords: omics; machine learning; drug; RNA; disease; biomarker; network analysis; deep learning EN omics machine learning drug RNA disease biomarker network analysis deep learning N.PAG N.PAG 4 12/29/20 20201223 NES 201223 Due to the high experimental cost and the exponential decline in the cost of high-throughput sequencing, computational models, and methods are preferred by scholars. In Li S. et al., on the strength of a matrix containing microbes similarity, disease similarity and a bipartite graph network of the two interactions, the potential microbe-disease associations are calculated by Katz centrality. Omics, machine learning, drug, RNA, disease, biomarker, network analysis, deep learning. [Extracted from the article]