News

Callie Donahue ’18 (biotechnology and molecular bioscience) is helping to test thousands of compounds on human cells infected with live samples of coronavirus in search of medicine that can be effective in deterring the virus’s infection and replication cycle.

Maria Romero-Creel ’17 (biomedical engineering) and Wendy Salamone ’10 (biotechnology) are just two of the people responsible for the analyzer database update launched by Ortho Clinical Diagnostics on April 14. The team is responsible for ensuring that calibrations, precision fluid information and analyzer settings for new assays like COVID-19 are properly entered and working for analyzers in the field.

Registration is open for RIT's first set of summer sessions that will be offered in an online format. The goals are for students to continue making progress toward their degrees, earn additional credit hours to catch up or get ahead, or explore interests outside of their majors.

During an internship, Tyler Hayes used computer vision and machine learning techniques to estimate the quality of images taken from airborne image sensors. It sparked her interest to learn more about machine learning, so she applied to the Imaging Science Ph.D. program at RIT.

A federal grant matched by New York state and RIT is enabling university researchers to study a competitive solution to polyethylene mulch and identify a more sustainable alternative to conventionally used plastics in farming.

Emily Mahoney, a third-year chemistry student from Cazenovia, N.Y., is one of 396 students nationwide named 2020-2021 Goldwater Scholars. The award is based on academic merit and research experience, and virtually all intend to obtain a Ph.D. as their highest degree.

Michael Murdoch, an assistant professor of color science, received a prestigious National Science Foundation award to research how the human visual system perceives a mix of augmented reality and real-world content.

Learn about the natural world on a molecular level. Find out how biotechnologists are confronting challenges in the real world.

Developing treatments for viruses involves many experts, but where do statisticians and mathematicians fit into the equation?

Do you love math? Are you a natural detective, always looking for clues? Discover how a mathematical epidemiologist tracks the growth and movement of diseases during real-life situations.

Find out how blending biology and computer science brings bioinformaticians to the forefront of research and discovery.

How are new viruses discovered? Who develops the vaccines and treatments for those in need of a cure? Find out how a biochemist makes an impact during real-life situations.