Research News

Open bottles and opioid pills strewn on a table.
  • Multipronged approach needed to stem synthetic opioid deaths
    7/11/24

    Pharmacy professor Edward Bednarczyk discusses an online training program for prescribers and other efforts.

  • A window into climate change
    10/10/23

    UB researcher Scott Santos studies how tiny red shrimp are adapting to the changing environment of the Hawaiian Islands.

  • Symposium highlights UB’s cancer research
    10/10/23

    UB's cancer research studies were in the spotlight at a recent daylong symposium.

  • UB architect’s design recognized with global award
    10/9/23

    Jin Young Song is the recipient of a 2023 Design Educates Award for his energy-efficient façade retrofit of a major hospital in Seoul.

  • How conservatives, liberals differ in supporting science
    10/9/23

    Researchers hope the findings are useful for people who care about science and want to improve public acceptance of science.

  • New, improved ways to find forever chemicals topic of workshop
    10/3/23

    Scientists from across the globe gathered at UB to discuss the latest chemical analysis breakthroughs.

  • Why do women develop cerebral aneurysms at higher rate than men?
    10/3/23

    Neurosurgeon Rosalind Lai has received a Young Investigator Grant to study the reasons behind this phenomenon.

  • Heat-resistant membrane could lower cost of separating molecules
    10/3/23

    The technology could cut the cost for making pharmaceuticals, agrochemicals and other products.

  • Unclean cooking fuels linked to developmental delays in kids
    10/2/23

    While it's well-known that cigarette smoke is bad, fuels like natural gas might not be viewed the same way, researchers say.

  • Genetics can predict — and help improve — bariatric surgery outcomes
    10/2/23

    Research shows that personalized medicine has significant value in determining how patients will fare after the procedure.

  • UB partnering on world-leading EP-OPAL laser
    9/29/23

    The ultrahigh-intensity laser facility at the University of Rochester could reestablish U.S. leadership in the field of high-peak-power lasers.