Exploring the groundbreaking advances in nanobiotechnology that are transforming medicine, environmental science, and diagnostics at the molecular level.
How CRISPR-Cas technology evolved from bacterial defense to revolutionary gene-editing tool, transforming medicine and agriculture.
Exploring how GATA2 mutations challenge traditional genetic disease classifications by exhibiting both loss-of-function and gain-of-function characteristics.
Discover how the purple sea urchin's SpTransformer gene family creates incredible immune protein diversity to fight pathogens without antibodies or T-cells.
Explore how advanced biomolecular tools on the ISS are revolutionizing our understanding of life in microgravity and preparing for interplanetary exploration.
Discover how magnetotactic bacteria split their internal compasses during cell division through bending and mechanical forces, with implications for biotechnology and evolutionary biology.
Discover how Helicobacter pylori hijacks MMP-7 enzyme to promote gastric cancer development, with clinical evidence from recent studies.
How cutting-edge mitochondrial DNA analysis and sample preparation techniques are revolutionizing forensic investigations of cold cases and ancient remains.
The revolutionary science behind ETS inhibitors and their powerful synergy with immunotherapy in fighting treatment-resistant blood cancers
Discover how 1970s scientists overcame monumental challenges to isolate pure mRNA coding for antibodies, paving the way for modern mRNA therapies.