Explore the revolutionary science of stem cells and therapeutic cloning, including the landmark 2013 experiment that created patient-specific human embryonic stem cells.
Discover how nanotechnology is creating ultra-sensitive sensors to detect norepinephrine, a key brain chemical, using silver, iron, and carbon nanotubes.
Discover how the ISS and Japan's Kibo module are revolutionizing life science research through microgravity experiments that benefit both space exploration and Earth medicine.
Explore how stem cells are transforming dentistry, from self-repairing teeth to regenerating jawbone. Learn about sources, therapies, and the dental professional's role.
Celebrating 50 years of cell population genetics, exploring how cellular evolution within our bodies impacts health, disease, and aging.
Explore how gene therapy is revolutionizing bone regeneration by turning the body's cells into microscopic construction crews for building new bone tissue.
Discover how your gut microbiota transforms xenobiotics like pharmaceuticals and dietary compounds, impacting your health and medication efficacy.
Explore how nanotechnology is revolutionizing drug delivery systems, from cancer treatment to mRNA vaccines, with breakthroughs in precision medicine.
Discover how the LIN28A protein acts as a suppressor of ER-associated translation to maintain embryonic stem cell pluripotency.
Exploring the ethical debate around embryo research and how competing worldviews shape public opinion on this controversial scientific field.