Duke University located in the Research Triangle of Durham, North Carolina traces its roots to 1838 when it was founded by Quakers and Methodists in Trinity, NC. Duke has more than 13,000 undergraduate and graduate students and professional degree students enrolled in its private university. Duke Medical School, School of Engineering, and the School of the Environment are rated very high nationally and internationally. Biomedical research is a very strong point for Duke and its discoveries come in rapid succession. Duke is well funded by endowments, grants and an exceptionally generous alumni.
Hunting has dramatically reduced wildlife biodiversity in forests near rural villages in the Central African nation of Gabon, a new Duke University-led study finds.
The fortified Toyota Land Cruiser slipped and bounced in the muddy hollows of the rain-drenched Mongolian steppe. The driver, a native Mongolian man named Inka who spoke little English, slowly engineered the vehicle along ...
Shotgun marriages have faded in popularity overall, but are on the rise among some groups, says new research from Duke University. And not all shotgun marriages are as rocky as one might think.
Going hungry at an early age can cause lifelong health problems. But the extent of malnutrition's damage depends on mom's diet too—at least in worms.
Crustaceans that thrive in the vastness of the open ocean have no place to hide from their predators.
Samples of smoke particles emanating from burning roadside trash piles in India have shown that their chemical composition and toxicityare very bad for human health.
Testosterone. It's often lauded as the hormone that makes males bigger, bolder, stronger.
Large swaths of DNA and its lesser-known cousin RNA are dotted by chemical tags that act like Post-It notes, providing additional instructions to the underlying genetic code.
There's a particular order to the sounds of the ultrasonic song a male mouse performs to impress his potential mate.
Duke University biomedical engineers have harvested genes for ion channels from bacteria that, with a few tweaks, can create and enhance electrical signaling in human cells, making the cells more electrically excitable.