Author Archive
Pain Gets Personal: UConn Health to Host Symposium
How to prevent acute pain developing into chronic pain, and how to treat pain without resorting to opioids will be among the topics for discussion.
Thanksgiving Turkey Makes You Sleepy? Gobbledygook.
While you may feel sleepy after Thanksgiving dinner, that's not because of the turkey, says UConn neurobiologist John Redden.
Bacterial Fats, Not Dietary Ones, May Deserve Blame for Heart Disease
A new study by UConn scientists suggests that the fatty molecules linked to heart disease may come not only from what you eat, but from the bacteria in your mouth. The research may explain why gum disease is associated with heart trouble.
Booze and Pot in Teen Years Lessen Life Success
Young adults dependent on marijuana and alcohol are less likely to achieve adult life goals, according to new research by UConn Health scientists.
Tanning Beds and Risky Behavior Linked – in Men
Even though men use tanning beds at lower rates than women, men who tan tend to do it in riskier ways, according to a new study by UConn researchers.
Aged DNA May Activate Genes Differently
New UConn Health/JAX GM research shows that as we age, some sections of our chromosomes curl and close up, making it harder for cells to access genes critical to defending against disease.
Skype a Scientist
A program to engage schoolchildren in science has grown in 8 months from one graduate student in one UConn lab to thousands of scientists across 12 time zones and all 50 states.
Fishing for New Antibiotics
A UConn chemist discovers a new mode of action for antibiotics, using antibacterial peptides found in fish.
Cell Modeling Tool Makes Complex Calculations User-Friendly
The Virtual Cell, or VCell as it’s known at UConn Health, is a software platform that offers the most comprehensive set of modeling and simulation capabilities for cell biology in the world.
UConn Health’s New 3-D Printed Model Allows Brain Surgeons to Practice
A team of researchers at UConn Health converted MRI brain scans into something a 3-D printer could interpret, enabling them to print an inexpensive, true-to-life teaching model of the brain’s major arteries.