Researchers have found that less toxic, naturally occurring nanoparticles have unique optical properties and may one day replace metal-based nanoparticles used for biomedical applications.

Implanting tiny plastic scaffolds seeded with genetically engineered stem cells reduced organ damage and led to better cardiac function after a heart attack.

How human proteins are made from DNA can be followed in real time.

Scientists have developed a transgenic (GM) mosquito that is completely immune to infection by the primary malaria-causing parasite in humans. Their findings maybe used as part of a strategy to combat malaria.

There has been serious advances in research unveiled this week that involve the use of stem cells to regenerate or repair organs with stem cell. This is just a couple of the stories

Who would have thought there could be serious ethical issues with induced pluripotent stem cells – or iPSC.

Shining light through liquids containing iron nanoparticles has made microscopic springs and turbines that might have future uses in drug delivery systems and complex electronics.

Genes that protect arctic bacteria from the cold have been inserted into a bacterial pathogen that, when injected into mice, produce a protective immune response before dying from body’s heat.

The Australian Government will establish a $21 million Special Research Initiative in Stem Cell Science to build Australia’s capacity to conduct stem cell research.

Small physical motions from heartbeat and breathing have made enough electrical energy to run a nanogenerator implanted in a live rat