This study examines click chemistry’s critical role in modern synthetic applications, focusing on recent advances and future directions in medicines, bioconjugation, and material sciences, and emphasizing its transformational impact on chemical synthesis. Introduction to Click Chemistry K. Barry Sharpless and…
This article looks at amyloid proteins, including their genesis, structural properties, and associated disorders. It also looks at detection methods and therapeutic tactics, emphasizing recent advances and challenges in the field. Introduction to Amyloids Amyloids are protein assemblages with a…
This study examines the crucial function of membrane lipids in the organization of cells, the transmission of signals, and the processes of diseases. It emphasizes current progress in the production of lipids and potential approaches to treat lipid metabolism. Introduction…
This review looks at the transformative influence of next-generation bioconjugate biomaterials on medicine. It looks into their applications in hydrogel enhancement, biomolecule stabilization, and biological process knowledge, emphasizing their great potential for disease detection, therapy, and human health insights. Bioconjugate…
This article investigates the chemical basis of Parkinson’s disease (PD). It assesses current chemical-based treatments, and dives into potential research areas including gene and stem cell therapy. Introduction to Parkinson’s Disease and Its Chemical Underpinnings Parkinson’s disease (PD) is a…