Explore how the electron microscope revolutionized science by revealing the hidden universe at atomic scale, based on Carol L. Moberg's research.
Discover how dextranase enzyme activity in oat coleoptiles revealed surprising connections between sugar molecules and plant growth hormones.
Exploring the evidence behind high-dose versus conventional dose radiotherapy for prostate cancer treatment, including clinical trials and future directions.
Exploring how malondialdehyde (MDA) serves as a biomarker for oxidative stress in women infected with Toxoplasma gondii, with implications for diagnosis and treatment.
Discover how a 1994 study using DFMO revealed the crucial role of polyamines in the brain's ability to rewire itself after inner ear damage, challenging our understanding of neuroplasticity.
Explore the cutting-edge science behind monitoring sport training and regulating competitive states in elite athletes—a field that has revolutionized how we approach human performance.
Discover how Halobacterium salinarum NRC-1 survives extreme radiation through unique cellular protection strategies and efficient DNA repair mechanisms.
Explore how the scientific process self-corrects through errata, using the fascinating case study of the OPERA neutrino experiment.
Discover how Green Fluorescent Protein (GFP) from jellyfish revolutionized biochemistry and medicine, enabling real-time visualization of biological processes.
Explore the demographic patterns of pleural effusion, a significant health condition affecting millions worldwide, through recent research findings and clinical insights.