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The Expanding Role of Proteomics in Understanding Human Biology
Proteomics has become one of the most transformative scientific fields because it allows researchers to examine life at the level where the real biological work happens.
Unlike genes, which represent static instructions, proteins are dynamic molecules that change constantly depending on health, age, environment, and disease conditions. Every cell depends on proteins to carry out essential functions, from metabolism and immune defense to structural support, signaling, and repair. By studying proteomics, scientists gain a detailed understanding of how these molecules behave in normal states and how they malfunction in disease. This level of insight enables the mapping of complex biological processes and reveals connections that are invisible through genetic analysis alone. Proteomics helps identify which proteins are active, where they are located, how they interact with one another, and how slight changes in their concentration or structure can lead to major physiological consequences. This makes proteomics essential for studying cancer,…







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