Medicine & TechnologyThe popular belief that at the end of a rainbow is a pot of gold is now made a reality by using gold nanoparticles to create colors. Check out this new technology that could someday make a better display.
Brain tumors are particularly difficult to treat because they secrete cytokines that block off the immune system. Read on to find out how a newly developed nanoparticle-carrying inhibitor is able to defeat cancer cells and delay their progression.
Experts developed a protein nanoparticle vaccine that could cater to infections caused by variants of COVID-19. Learn more about the promising vaccine and how it works against the wide array of SARS-CoV-2 variants.
A pharmaceutical scientist details how nanomedicine is helping with diagnostics and treatments of certain diseases. Read on and learn more about the material.
Medical scientists from China developed a new reversible vasectomy operation that includes only one injection. Read more about the technique and how it works.
Novavax announced its COVID-Flu vaccine is seen positive results from the phase I trials. Learn more about the efficacy of the vaccine and what lies ahead.
An international team of researchers showed how gold nanoparticles can drastically enhance the production of antibodies to increase vaccine efficacy. Read on to learn further details.
Researchers have developed a mechanism using nanoparticles that may potentially replace antibiotics. Learn more about the mass phytoproduction method here.
A new study reveals more about the association of plastic particles with the human health. Read more to find out how much micro and nanoplastics people could ingest every year.
Researchers developed nanoscale gold stars. Discover how a bio-inspired molecule can direct gold atoms to form a stunning shape through metallic nanomaterials.
Researchers have recently developed a single-step approach in the fight against cancer using nanocapsules. Find out how effective this chemodynamic therapy is.
In an examination of rats, researchers recently showed that particles in an intermediary size range, roughly 150 nanometers in diameter, were the most effective when it comes to stopping bleeding.