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New York's Leading Public Research Universities on the Forefront of Education and Innovation

New York’s leading public research universities are on the forefront of education and scientific innovation.


Only sixty-five years young, Stony Brook University is recognized as one of the nation’s top research universities, serving as a powerful engine for economic development, technological innovation and clinical care. SBU is not only transforming lives by revolutionizing cancer prognosis and advancing life-saving technologies for cardiac patients but also by offering a world-class education to students from all socio-economic backgrounds, providing them unmatched social and economic mobility.

The University at Buffalo was recognized as a research powerhouse back in 1989, when it became the first public university in New York invited to join the AAU, and its impact has only grown over the years. From developing new ways to treat memory loss in Alzheimer’s to pioneering minimally invasive surgical techniques, UB is making discoveries that lead to longer, healthier lives.

Learn more about the amazing work happening every day at New York's flagship public research universities:

A Stony Brook University expert has identified that mucosal-associated invariant T cells (MAIT cells) — an unconventional form of immune cell — exercise several complex roles during healthy and disease states.
Some oral bacteria were associated with the development of hypertension, also known as high blood pressure, in postmenopausal women, according to new research led by the University at Buffalo and published today in the Journal of the American Heart Association.

Motor neurons play a vital role in movement, linking the central nervous system with different muscles in the body.

As such, scientists are very interested in understanding the biological mechanisms that control how these neurons form.

A new study from Stony Brook University and Brookhaven National Laboratory (BNL) was tracking lithium metal deposition and removal from a battery anode while it was cycling to find clues as to how failure occurs.  
A tiny, reusable sensing chip developed at University at Buffalo could lead to new point-of-care medical tests.