Technology Development

The term "proteomics" refers to the study of proteins in a systematic way. In determining the identity of an organism's proteins and identifying their functions, it works in tandem with other "omics" technologies like genomics and transcriptomics. Proteomics is employed in many areas of research, including finding diagnostic markers and vaccine candidates, understanding pathogenic mechanisms, studying expression patterns over time and in response to various stimuli, and revealing functional protein networks. Sample preparation, protein separation, and protein identification are all part of the proteomics analysis process. Proteomics technology research and application are both new fields. Proteomes can now be explored in depth because of advances in proteomics, with high throughput technologies providing extensive lists of proteins. To improve the precision of methods that detect proteins inside a sample, new technologies are being developed. The most recent breakthroughs in bioinformatics have been applied to proteomics data, enabling for analysis of the results.