Despite current knowledge of genetics, identifying patients at risk for genetic forms of heart disease remains difficult. Assistant professor of biomedical engineering Stuart Campbell has developed a method of growing realistic heart tissues from patients’ cells in order to diagnose a family of inherited heart diseases.
Many of nature’s most brilliant colors arise not from pigments, but from curious tricks of light. From the brilliant blue of a morpho butterfly to a beetle’s iridescent emerald, structural colors continue to mystify physicists and biologists. A recently unearthed beetle fossil sheds light on the evolution of these spectacular colors.
Have you ever played a video game for a little longer than you intended? Did you crave to play again soon after? Internet Gaming Disorder is the newest form of addiction troubling the youth around the world, and you just might have it.
Using advanced computer modeling and three million years worth of climate data, Dr. Nadine Unger has pioneered new research on the way vegetation affects climate change.
A team of researchers recently elucidated the structure and dynamics of the HIV fusion machine, which the virus uses to infect human beings. This exciting discovery, published in both Science and Nature, is a potential breakthrough for HIV vaccine development.
While most research on reading disabilities has focused on its disadvantages, Dr. Ken Pugh of Haskins Laboratories recently published a trend-breaking study. He shows that dyslexic children have a slight advantage in visuospatial processing.