Published: Nov. 4, 2024

Algae, despite being labeled as an underexplored biological source of chemical constituents, remain inadequately studied in terms their metabolism. Metabolomics has emerged a high-throughput technology to investigate the full metabolic profile samples that could aid understanding and characterization algae. By delving into primary composition, particularly polysaccharides phycobiliproteins, alongside secondary metabolites like polyphenols pigments, researchers can uncover not only rheological nutritional properties but also diverse activities. Given growing interest algae food related industries, innovative approaches should be explored enhance value functional components. In this sense, context contemporary in-silico studies, metabolomics paired with computational methodologies, develop novel techniques for studying biomolecular interactions. Molecular docking emerged, function predicting atomic-level interaction between small molecules (ligands) target proteins (proteins). This synergistic approach integrating both technologies allow us characterize algal profiles, evaluate potential bioactive properties, better understand work explores development metabolomic strategies targeted toward harnessing these technologies, we unlock new possibilities using various industrial applications, paving way sustainable solutions future.

Language: Английский