Exploring how mitochondrial dysfunction triggers inflammation and contributes to modern diseases through broken endosymbiosis.
Discover how gold bipyramids are transforming medical diagnostics through plasmonic photothermal heating, enabling ultrafast bioassays and revolutionizing healthcare testing.
Explore how variotherm desktop injection molding is transforming microfluidics prototyping for rapid, multiplex disease diagnostics.
Exploring how nonclassical forces guide molecular self-assembly and shape the structures of life through weak, transient interactions.
Discover the groundbreaking first molecular detection of Brachyspira hampsonii on Polish pig farms and its implications for swine dysentery management.
Explore how miRNA-34, regulated by p53, functions as a tumor suppressor in lung cancer and its potential as a therapeutic target.
Explore the revolutionary advances in in vivo genome editing using RNA-guided nucleases, from delivery challenges to clinical applications.
Discover how the Phenol Emulsion Reassociation Technique (PERT) revolutionized DNA research by accelerating reassociation rates thousands of times at room temperature.
Discover how pyrrolidinyl PNA with an α/β-dipeptide backbone is revolutionizing genetic science with superior stability, specificity, and DNA binding affinity.
Explore the science behind zinc's remarkable role in COVID-19, from laboratory findings to clinical results showing how this essential mineral fights viruses and improves outcomes.