… They used an integrated proteomics approach that involved 1-DE, lectin affinity chromatography,
1-D LC, and MS/MS that resulted in the identification of 87 unique proteins, some of …

… Recently, a study has used a multi ‘omics’ integration approach, utilising genomics,
proteomics and miRNomics of human plasma for biomarker discovery in the study of the inherited …

… Finally, to integrate potential biomarkers identified by proteomic and metabolomic approaches,
we utilized network analysis tool MetaCore and found that multiple nodes within the 5 …

… In addition, a recently developed tool called ProteomicsDB can analyze various data sets
of multiple cells, tissues, and organs by integrating proteomics data with other omics data from …

… Selected omic technologies for analysis of human body fluids for drug discovery are listed
in Table 1. Proteomic technologies for analysis of body fluids are described in other chapters …

… robust biomarkers with potential clinical utility. Here, we have performed unbiased proteomic
… aptamer platform and compared the plasma proteome signature to the previously reported …

… of proteomics goes beyond the identification of proteins in an organelle or in biological fluids.
… In this context, the challenge of proteomics lies in the complexity of protein mixtures, the …

… We apply our fully integrated microfluidic assay to protein measurements of endogenous …
targeted proteomics, as is relevant to personalized medicine through robust protein biomarker …

… as a source of biomarkers. Much of the … of proteomics. A more glycan-informative approach
is outlined by the flow chart in Figure 2, which reflects the integration of traditional proteomics …

… play in the alteration of the proteome. A 2014 study integrated proteomic and TCGA data for
colon and … Similar research conducted in 2016 showed how the integration of proteomic and …