The medical jump from mice to humans just got easier
Read now →Machine learning technology could help researchers determine what mouse data are useful when designing human clinical trials
My love for the invisible led me to study the nanoscale world where I turned viruses into nanomaterials. When it comes to design, biology is a master, so why not use what it has already built? Viruses are symmetric nano-sized cages that assembly on their own and protect what's inside them. I built these nano-cages derived from viruses around enzymes (nature's catalysts) to create nano-reactors. The enzymes made a biofuel that maybe someday could be efficient enough to decrease fossil fuel use.
Machine learning technology could help researchers determine what mouse data are useful when designing human clinical trials
She made big contributions to our understanding of tiny cellular machinery
Smart contact lenses could soon be monitoring health problems, not just correcting eyesight