Research & Discovery

Gulf killifish. (UC Davis)

An Evolutionary Rescue in Polluted Waters

A new study shows how a species of fish in polluted waters was able to adapt to what would normally be lethal levels of toxins for most other species.

Jeremy Egbert Ph.D., Laurinda Jaffe Ph.D. (Chair), Siu-Pok Yee Ph.D., and Mark Terasaki Ph.D. in the Department of Cell Biology at UConn Health on May 1, 2019. (Tina Encarnacion/UConn Health photo)

UConn Health Researchers Win $2.5M NIH MERIT Award

With a $2.5M MERIT grant from the NIH, professor of cell biology Laurinda Jaffe will lead a team of UConn Health researchers to better understand the physiological mechanisms that regulate the oocyte cell cycle and lead to fertilization.

Christian Heiden ’20 (ENG) started a non-profit organization called Levo International to bring hydroponics to those in need in Haiti.

Homegrown Hydroponics Project Spreads Around the World

Hydroponics greenhouses engineered by Christian Heiden '20 (ENG) are now in Connecticut and Haiti, with more planned.

Bryce Santinello, a Ph.D. student in molecular and cell biology, works in the Institute for Systems Genomics. (Bri Diaz/UConn Photo)

Study Unlocks Secrets of an Elusive Genome Compartment

A new study by UConn and the University of Rochester shows that genetic elements may play a larger role in centromere function than researchers previously thought.

Juan Salazar, left, and Justin Radolf at Radolfs's lab at UConn Health in Farmington on March 7, 2019. (Peter Morenus/UConn Photo)

UConn Health Leads International Center to Develop Syphilis Vaccine

“An effective syphilis vaccine would represent a triumph for biomedical research over an ailment that has defied conventional public health strategies for prevention and control,” says Dr. Justin Radolf of UConn School of Medicine.

MRI exam of the human brain showing multiple sclerosis plaques. (Getty Images)

A New Culprit for Multiple Sclerosis Relapses

A molecule that helps blood clot may also play a role in multiple sclerosis relapses, according to a new study by a team that included researchers from UConn Health

The 3D crystalline structure of CD13, a protein vital for the integrin mode of cell movement. (A.H. Wong and J.M. Rini, University of Toronto)

Missing Molecule Hobbles Cell Movement

A new UConn study finds that cells missing a certain protein on their surface can’t move normally, with implications for wound repair as well as the spread of cancer.

Rainer Hebert, Director of the Pratt & Whitney Additive Manufacturing Center at the Innovation Partnership Building. (Carson Stifel/UConn Photo)

Solving Problems in 3D

Finding real-world solutions for industry, utilizing highly specialized equipment, training the future innovation workforce – it's all in a day's work for Rainer Hebert, director of the Pratt & Whitney Additive Manufacturing Center at UConn Tech Park.

Rainer Hebert, Director of the Pratt & Whitney Additive Manufacturing Center at the Innovation Partnership Building. (Carson Stifel/UConn Photo)

Meet the Researcher Solving Problems in 3D

We’ve all watched videos, mesmerized, while a machine adds layer upon layer to 3D print anything from a model of the Eiffel Tower to a rubber duck. Aside from being really cool, this technology has tremendous implications for revolutionizing companies’ manufacturing processes. Under the leadership of Castleman Term Associate Professor in Engineering Innovation Rainer Hebert, […]

UConn astronomer Katherine Whitaker played a lead role in cataloging deep space images from 16 years’ worth of Hubble Telescope observations. This composite image represents the largest, most comprehensive ‘history book’ of galaxies in the universe. The image is cropped here to fit. (Space Telescope Science Institute Image)

Astronomers Assemble View of Evolving Universe

UConn astronomer Katherine Whitaker played a lead role in cataloging deep space images from 16 years’ worth of Hubble Telescope observations. The resulting mosaic, a composite of nearly 7,500 separate exposures, helps tell the history of the universe.