Postdoctoral Fellows
Cell Death Protein also Damps Inflammation
A new study by UConn Health researchers shows how the body keeps inflammation in check, making double use of a protein previously thought to be responsible only for cell death.
Stopping the Resistance of Cancer Cells to Treatment
UConn researchers have discovered molecules that could make cancer cells more vulnerable to chemotherapy.
When More Bone-making Cells Equal Less Bone
Researchers at UConn Health have shown how a mutated gene causes excess bone resorption in a rare bone disease known as Lehman Syndrome.
Ovarian Cancer Cells Hoard Iron to Fuel Growth
Researchers at UConn Health have found that iron may be playing a critical role in increased fatty acid synthesis in cancer.
Food Decisions Can Reduce Greenhouse Emissions, Study Says
A new UConn study finds that if Americans direct their food purchases away from meats and other animal proteins, they can help reduce greenhouse gas emissions.
Men May Experience Weight Stigma as Much as Women
A new study by the UConn Rudd Center finds that a significant portion of adult American men report being mistreated about their weight.
The Tragic Story of America’s Only Native Parrot
In a world that faces extinction on a scale not seen in the past 65 million years, some may wonder: Aren’t there more important things to study? Read what UConn postdoc Kevin Burgio says about why the Carolina parakeet matters.
SNAP Decisions: UConn Study Counters Food Stamp Misconceptions
A study by UConn Zwick Center researcher Shaheer Burney finds that, contrary to widespread beliefs, the SNAP program does not encourage poor eating habits.
Very Special Snowflakes
If you have a theorem in mind you believe holds true for all possible curves, you may want to test it against a snowflake, according to UConn mathematician Vyron Vellis.
New Method Unearths Climate Data from Ancient Soils
UConn researchers analyzed leaf wax compounds in soils to reconstruct ancient climates, with a view to better understanding the impact of future climate change.