Institutes and Initiatives

Saying "yes" to everything landed Kathryn Burns in the middle of New Jersey's coastal wetlands

 

The development of liquid crystal technology in Northeast Ohio - and specifically at Kent State University - is an important part of the region’s and university’s legacies and ongoing global impact.

Farid Fouad, associate professor in the Department of Chemistry and Biochemistry at Kent State East Liverpool, was awarded a three-year, $74,954 research grant as part of a subaward on a larger grant that his collaborators at Cleveland State University received. 

Each year, more than 30 million patients receive fluid resuscitation therapies for critical care scenarios like hemorrhaging, sepsis and burns. Underdosing resuscitation strategies are inefficient at saving lives, while overdosing regimens may lead to resuscitation injuries and hypothermia. Hossein Mirinejad, assistant professor in the College of Aeronautics and Engineering, is hoping to help find the solution to dosing problems.

The National Science Foundation recently awarded a two-year $198,978 grant to Tao Shen, assistant professor in the College of Aeronautics & Engineering, for the development of a compact, cable-driven serial robot that can be used in medical settings. Shen aims to build a robot with his students that will address the critical limitations that most current medical robots have.

Kent State researchers’ innovative techniques have unveiled surprising new details about the brain’s fertility cells that may prove useful for treating infertility disorders. After several years of research, Aleisha Moore, Lique Coolen and Michael Lehman published a paper in the Proceedings of the National Academy of Sciences USA, showing groundbreaking findings identifying which cells in the brain control fertility, as well as revealing an unexpected level of complexity in their control of reproduction.