Exploring how corrigenda - scientific corrections - strengthen the research process and ensure reliable knowledge advancement.
Exploring how biophysical stimulation—electricity, mechanical stress, and magnetic fields—is unlocking bone's innate ability to regenerate through natural bioelectric codes.
Discover how nanoalgosomes - extracellular vesicles from microalgae - are transforming medicine with sustainable, biocompatible drug delivery solutions.
Research on how Vitamins E and C protect the brain from oxidative damage caused by pesticide Diazinon
Discover how low-complexity domains form dynamic cellular crowds that control gene transcription through revolutionary imaging techniques.
Exploring how copper pollution affects Nile tilapia at biochemical, structural, and reproductive levels, with scientific data and mitigation strategies.
Discover how different light spectra affect the growth, physiology, and nutrition of Bletilla striata seedlings in this groundbreaking study.
Explore how X-ray crystallography and core research facilities are revolutionizing drug discovery through atomic-level visualization of disease targets.
How metabolomics is transforming precision medicine through real-time chemical analysis of cellular processes, complementing genomics and proteomics.
Exploring the dual nature of selenium - an essential nutrient that becomes toxic at high doses, with impacts on human health and the environment.