Groundbreaking research reveals how 20 specific genes interact with HPV to drive throat cancer, revolutionizing our understanding of this increasingly common disease.
Discover the remarkable potential of pawpaw as an underutilized tropical tree with significant nutritional, medicinal, and agricultural benefits.
Discover how cost-sensitive hybrid deep learning is revolutionizing kidney cancer detection by overcoming data imbalance challenges in medical AI.
Discover how Porphyra-334, a natural compound from marine algae, provides superior UV protection and antioxidant benefits compared to synthetic alternatives.
Discover how the EMSY protein's phosphorylation at Threonine 207 suppresses DNA damage repair in cancer cells and its implications for targeted therapies.
Discover how pegylated phosphotidylethanolamine (PEG-PE) nanotechnology inhibits P-glycoprotein expression and enhances chemotherapy drug retention in resistant cancer cells.
Exploring the incredible potential of carbon nanotubes and the critical precautions we must take to safely harness their power.
Explore the revolutionary PTGR technology that enables precise control of protein destruction in living cells and its implications for biomedical research.
Explore the fascinating science behind why learning feels good, from dopamine-fueled brain circuits to psychological experiments that reveal knowledge is its own reward.
Celebrating 50 years of Biological Research journal's contribution to experimental biology and its transition to open access publishing with BioMed Central.