“There is so much potential for treating disease if we understand deeply how telomerase works,” said UCLA professor Juli Feigon, a senior author of the study.
New research indicates that some dinosaurs, at least, had the capacity to elevate their body temperature using heat sources in the environment, such as the sun.
The particles are used in a wide range of consumer products for their ability to kill bacteria. But that benefit might be coming at a cost to the environment.
Anthropologist Susan Perry has observed extraordinarily sophisticated political strategies in capuchin monkey behavior that mirror the social machinations so common in human workplaces.
Brad Shaffer, UCLA Distinguished Professor of Ecology and Evolutionary Biology, is the 2015 recipient of the Meritorious Teaching Award in Herpetology.
Researchers from the UCLA Institute of the Environment and Sustainability call for a federal ban on salamander imports to prevent a deadly pathogen from coming here.
Five men who have been completely paralyzed for years moved their legs in a rhythmic motion, thanks to a noninvasive method of stimulating the spinal cord, UCLA scientists report.
Results could one day have an impact on the development of a treatment for osteoporosis as well as potentially help those with traumatic bone injuries.
Braving floods, fires and vampire mosquitoes, UCLA professor Susan Perry has spent 25 years chasing capuchin monkeys through the forests of Costa Rica. Her data have transformed what we know about these fascinating primates.
Research by scientists at the Broad Stem Cell Research Center shows that the cells carrying parents’ genes to a child are unprotected during part of the prenatal stage of development.
California NanoSystems Institute researchers have imaged the atomic structures of three specific biological nanomachines, findings they hope advance work on antibiotics targeted toward specific pathogens.
UCLA engineers and doctors developed a tool that can deliver nanoparticles, enzymes, antibodies and bacteria into cells thousands of times faster than current technology.
Life scientists have created an accurate new method to identify markers for many diseases — a significant step toward a new era of personalized medicine, tailored to each person’s DNA and RNA.