Genomic High-Throughput Proteonomic & DNA Profiling

The field of proteomics strives to understand how proteins—the molecular entities that make up the major structural and functional components of cells and that drive physiological processes within all cells and tissues—relate to each other, and how that relation changes under altered physiological conditions, such as disease. Proteomics is thus the scientific discipline that strives to understand disease processes in terms of measuring the abundance, tissue localization, structure, function, modifications and molecular interactions proteins undergo as they regulate physiological processes, and how they may be altered during pathophysiology.

This is accomplished in many different ways under many different research scenarios, but it often employs workflow strategies and technology platforms that require various suitable protein isolation techniques followed by protein/peptide-level separation technologies and mass spectrometry to help identify and quantify proteins isolated from biological samples and tissues