Discover how exosomes derived from bone marrow stem cells are revolutionizing medicine by delivering precise repair instructions to damaged tissues.
Discover the biological engineering behind the incredible compressive strength of maize stalks, from cell walls to specialized tissues.
Discover how plant protoplasts and transient expression systems are revolutionizing genetic engineering, agriculture, and medicine.
Discover how Paul Nurse's failed experiment led to Nobel Prize-winning research on cell division mechanisms and the universal regulation of the cell cycle.
Explore the groundbreaking science behind heart regeneration, from stem cell therapy to genetic reprogramming, offering hope for heart attack recovery.
Exploring the effects of ionizing radiation on reproductive health and genetic legacy through scientific research and data visualization.
How scientists are transforming the humble amniotic sac into a powerful tool for regenerative medicine with mesenchymal stromal cells.
Explore the groundbreaking contributions of Roger Stanier, the microbiologist who transformed our understanding of bacteria, taxonomy, and microbial metabolism.
Exploring the modern ethical commitment for scientists, its principles, historical context, and importance in 21st-century research.
Discover how stem cell research principles are being applied to create highly efficient, bio-inspired solar energy converters with record-breaking performance.