DISTURBANCES IN NUCLEOPROTEIN METABOLISM

Abstract

Nucleoproteins are fundamental structural units of the cell nucleus, consisting of nucleic acids associated with specific proteins. They play a critical role in the storage and transmission of genetic information, as well as the overarching regulation of cellular metabolism. Pathological disturbances in nucleoprotein turnover lead to the dysregulation of purine degradation, resulting in hyperuricemia (elevated serum uric acid). This metabolic imbalance causes the systemic deposition of urate salts, triggering significant structural and functional damage. Clinically, this is most commonly observed in gout, renal complications, and urolithiasis.