Graduates

A row of lockers in an empty school hallway. (iStock Photo)

New Graduate Program Combines Educational Leadership, Law

The program will prepare professionals to manage the wide variety of legal issues that school administrators face.

Sarah Nolen, a graduate student in puppet arts, directs the production of "Treeples," a TV show about girls facing their fears on May 15, 2015. This project was funded by an Idea Grant. (Peter Morenus/UConn Photo)

Puppetry Graduate Branches Out into Children’s TV

Sarah Nolen '15 MFA is completing a project for a children's television show with Treeples puppets.

A brain bit grown in Stormy Chamberlain’s lab. The neural stem cells are red, neurons green, and the nuclei blue. (Noelle Germain/UConn Photo)

Walking with Angelman, From the Cellular to the Human

Researcher Stormy Chamberlain studies the genetic basis of brain disorders, but she never forgets the families who have a personal stake in her work.

UConn wordmark.

Trustees Approve Contract with Union Representing Graduate Assistants

The three-year collective bargaining contract now goes to the state General Assembly.

Petri dishes containing stem cells at a lab at UConn Health. (Elizabeth Caron/UConn Photo)

Scrutinizing Adult Stem Cells at StemConn

Adult stem cells may be the key to targeted regeneration of body tissues, according to researchers at the StemConn 2015 conference on Monday.

Megan B. Miller

Meet Megan B. Miller, a 2015 graduate from the Ph.D. program at UConn Health.

Plants Aren’t in Lockstep When Responding to Environmental Changes

A UConn study shows that trait diversity in plants may result from individual responses to the environment, rather than – as is often assumed – being uniform across species.

Rory McGloin and Kirstie Farrar with a video game on March 12, 2015. (Peter Morenus/UConn Photo)

Realistic Gun Controllers in Video Games Foster Aggressive Thoughts

Players who used a gun controller also found the game more realistic, and felt more engaged, according to a new UConn study.

For every drug that scientists develop against bacteria (a "move"), bacteria respond with mutations that confer resistance to the drug. In this paper, we show that these "moves" by bacteria can be predicted in silico ahead of time by the Osprey protein design algorithm. We used Osprey to prospectively predict in silico mutations in Staphylococcus aureus against a novel preclinical antibiotic, and validated their predictions in vitro and in resistance selection experiments. Image created for this paper by Lei Chen and Yan Liang. (Courtesy of Duke University).

Getting Ahead of Antibiotic-resistant Bacteria

A UConn medicinal chemist has developed software with a colleague at Duke that could help make more resilient antibiotics.

A view of the Thomas J. Meskill Law Library at the University of Connecticut School of Law in Hartford. (Peter Morenus/UConn Photo)

UConn Law Creates Two New Master’s Degrees

The new degree programs in human rights and social justice and energy and environmental law are intended to meet emerging needs in society.