Discover how cyanobacteria's circadian clock works at the atomic level, revealing the molecular mechanisms behind its precise 24-hour rhythm.
Explore how microfluidic invasion assays are revolutionizing glioblastoma research by studying glioma-initiating cells in realistic 3D environments.
Discover how cholesterol acts as a secret 'on switch' for ABCG2, a critical cellular defender with implications for cancer and gout treatment.
Explore how scientists use water quality models to track and combat diffuse pollution in our waterways through advanced computer simulations and data analysis.
Discover how metabolomics is revolutionizing occupational health by detecting manganese exposure in welders through unique metabolic fingerprints in urine.
Explore the fascinating world of glycobiology and how Glycopinion is revolutionizing our understanding of cell communication through sugar codes.
Discover how scientists are enhancing anaerobic digestion through biological strategies to turn waste into renewable energy.
A medical case study exploring bilateral tibial stress fractures in a young athlete, including diagnosis, treatment, and prevention strategies.
Explore how the 1998 μTAS workshop in Banff revolutionized laboratory science with micro total analysis systems and lab-on-a-chip technology.
Explore how the 2012 International Conference on Bioenergy Technologies in Nanjing showcased groundbreaking research that shaped the future of renewable energy.