University at Buffalo News
University at Buffalo Professor Shenqiang Ren creates new materials that solve complex energy and environmental problems.
The research will focus on developing a way to deliver Factor VIII, a blood-clotting protein, by desensitizing the immune system so that it does not reject this lifesaving therapy.
The National Cancer Institute-funded research is co-led by Joseph Balthasar, David and Jane Chu Endowed Chair in Drug Discovery and Development in the School of Pharmacy and Pharmaceutical Sciences.
Service members will be able to take part in a study funded with $4.8 million from the U.S. Department of Defense to see if aerobic exercise speeds recovery.
The NIDCR awarded two grants to UB, Roswell Park and Albert Einstein College of Medicine to explore how the oral microbiome interacts with opportunistic pathogens.
Two University at Buffalo-led studies show promise for dry reforming of methane, an industrial process that could slow the pace of climate change.
The move will help University at Buffalo scientists commercialize life sciences research.
The startups are advancing projects that could help fight diseases ranging from COVID-19 to cancer to diabetes.
SUNY’s in-depth approach includes understanding the history, current trends, and impact of climate change and devising ways to mitigate its effects.
OptiMed Technology employs nanotechnology based on research from the lab of Praveen Arany, DDS, PhD, assistant professor of oral biology.
UB materials science professor’s insulation innovation was inspired by the structure of the pores of human skin.
Iron-based contrast agent technology may offer an affordable and abundant alternative to rare earth element.
The cleantech Most Valuable Pitch competition featured presentations from ten early stage companies working in solar, wind, biofuels, energy storage and more.
Unchecked, AD cases are expected to reach 16 million by 2050. SUNY researchers are hard at work probing the causes, developing treatments and creating a cure.
Environmental influences on health care range from weather pattern changes to the increasing use of nanomaterials in consumer products.
SUNY researchers are at the leading edge of rapid developments in materials, devices, systems, manufacturing processes and the engineering of computers.
The grants, which total more than $9.5 million, illustrate SUNY’s success in attracting some of the world’s finest young researchers to New York State.
SUNY’s expert faculty and unique facilities enable important research that will allow New York State to adapt to changing weather patterns.
SUNY is creating solutions to effectively manage and interpret the billion terabytes of data that is being generated every day.
SUNY campuses make a strong showing at event to support pre-revenue businesses at a specific stage in their product development.
Working with global partners, researchers on SUNY’s campuses are making a difference in the lives of people around the world.
New Small Business Innovation Research award will enable the company to develop a device for studying drugs that treat neurological disorders.
Over $200,000 invested to spur commercialization at six campuses.
The implantable pacemaker was invented by a UB professor. Now, a team of UB engineers is about to give it a major upgrade.
PLS 3rd Learning is working with the European Council of International Schools to teach educators to implement e-learning initiatives
UB-led study tests the use of light-therapy glasses to see if the rays can trigger neurotransmitters in the brain and reset sleep cycles.
A UB team is developing a robot that can do the back-breaking work on construction sites, carrying heavy bricks up ladders and delivering them to workers.
Three SUNY grants will be used to recruit leading faculty members in the areas of robotics, artificial intelligence, pharmacology and X-ray laser science.
SUNY ZAP! helps SUNY’s scientists and engineers take research from the lab to the marketplace.
Therapeutic agent has potential to help Type 2 diabetes patients regulate blood sugar and lose weight.
SUNY is taking a leadership role to mitigate the causes of climate change and reduce vulnerability to the environmental challenges caused by a warming Earth.
A pair of $4.5 million grants aims to create clusters of research at UB and Stony Brook that will create an entire AI industry in New York.
University at Buffalo's Amit Goyal and Binghamton University's Stanley Whittingham were honored for advancements in materials science.
Researchers across the SUNY campuses are attacking the problem of Alzheimer’s from every possible angle.
While building an oscillator, UB’s Wilson Greatbatch made a mistake that led to one of the “Ten Greatest (Accidental) Inventions of All Time.
The research behind the nanoparticle was funded by grants from the NIH, the National Heart Lung and Blood Institute and SUNY's Technology Accelerator Fund.
SUNY employing its talented faculty and leading-edge facilities to approach this public health crisis from several angles.
Category: As robots become more pervasive, computer scientists and engineers at UB are trying to anticipate problems and solve them ahead of time collaborative.
The microbiome, poised to transform modern medicine is still largely a mystery. But researchers at UB are on the path to solving it.
The combination of UB’s Center of Excellence in Bioinformatics and Life Sciences and START-UP NY supports clustering of companies and research efforts.
The fast-growing company provides internships for students, hires graduates and leverages faculty expertise for research and development.
Grants totaling $6.5 million support biotech, computer science, materials and energy research.
Two clinical trials at UB aim to discover whether a marijuana derivative can treat severe forms of epilepsy that don’t respond to other drugs.
The University at Buffalo is working to remove a major bottleneck that delays moving drugs from discovery to FDA approval.
APS recognition underscores SUNY’s exceptional strength in the field of physics.
SUNY Distinguished Professor Barry Smith was named one of the 50 most influential philosophers.
The new therapeutic could be taken in once-weekly doses rather than existing medications that are injected multiple times a day.
Cytocybernetics demonstrates how TAF, START-UP NY and other technology/economic development programs help small businesses grow.
University at Buffalo researcher develops SCAM model to explain why people fall for spear phishing.
University at Buffalo researchers have developed a way to ramp up the conversion of skin cells into dopamine neurons.
Using E. coli to build new varieties of erythromycin is especially important with antibiotic resistance on the rise.
With two major awards, NIH placed UB and SBU at the forefont in the life-saving race for better treatments for life-threatening illnesses.
Technology could cut in half the time and money needed for pre-clinical trials for new medications.
Two graduate students contribute to SUNY Networks of Excellence research projects in preparation for careers in multidisciplinary fields.
Successive TAF awards provide an important boost, enabling the new technology to attract additional support.
The invention can form materials and devices as small as a single atom, and then measure their properties with a high degree of resolution.
SUNY researchers designed a nanoparticle that delivers imaging agents and therapeutic drugs directly to diseased tissues in one fell swoop.
Research to bridge the gap between the study of “outer space” (stars and galaxies) and “inner space” (fundamental particles and forces).
UB psychologist finds that some drugs used to treat diabetes mimic the behavior of a hormone that controls fluid intake.
University at Buffalo research provides new insights into autoimmune mechanisms.
Bak USA is partnering with UB to reinvigorate Buffalo via internships, professional training and well paid jobs building Wi-Fi tablets.
SUNY faculty and students can find opportunities for research, education and consultation at the Global Health Institute (GHI).
Combining records from six campuses with clinical and public health interests into a single health data repository would create vast potential for research.