Proteomics in Cancer

Proteomics has received significant attention in the molecular sciences because it provides valuable information on protein identification, expression levels, and alteration. Protein expression profiling, protein changes, protein-protein interactions, protein structure, and protein function are all part of the proteomics process. Such tasks can be utilized to comprehend disease processes, give disease diagnosis and prognosis, aid in drug development, and provide the basis for biological discovery. Significant progress has been achieved in identifying clinically useful biomarkers and new treatment targets thanks to the development of proteomics technology and its application to numerous diseases, particularly cancer. In cancer research, the proteomics technique has gained popularity. Proteomics-based technologies have allowed researchers to find potential biomarkers and protein expression patterns that can be used to assess tumour prognosis, predict tumour classifications, and identify potential responders to specific therapy. This data can be extracted from a variety of samples and used to design cancer treatments.