Recent News


Sameer Jain exemplifies the Meliora spirit

October 11, 2022

Sameer with his trumpetWhat motivates young people to not only excel as students, but dedicate themselves to serving others? And by doing so, exemplify the Meliora (ever better) values of the University of Rochester? Sameer Jain ’23 of biomedical engineering is motivated by his family’s strong adherence to Jainism. The ancient Indian religion stresses, among other tenets, truthfulness and saving, protecting, and sheltering the life of any being. “These ideals and morals led me to understand the importance of selflessness. They pushed me to give back to the community, and have made me the person I am today,” he says.

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Novel imaging system could mean near-instant biopsy results

September 27, 2022

Prof. Giacomelli

Michael Giacomelli has developed a novel imaging system using two-photon fluorescence microscopy to shorten the process of analyzing skin biopsies to two minutes. This would enable a surgeon to immediately determine whether a lesion is cancerous and, if so, to “treat the patient during the same visit instead of stretching it out over the next month and multiple visits.”

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Connor Heckman Wins Synopsys 2022 Robert S. Hilbert Memorial Optical Design Competition

September 12, 2022

Connor Heckman

Congratulations to Connor Heckman on being one of the winners of the Synopsys 2022 Robert S. Hilbert Memorial Optical Design Competition. The annual competition celebrates exceptional research projects designed by college students in North America using Synopsys Optical Solutions software. The competition is open to students working toward a bachelor’s, master’s, or doctorate degree.

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Ross Maddox receives the NSF Faculty Early Career Development (CAREER) Award

September 2, 2022

inline-ross-maddox-500w-384x630.jpgCongratulations to Professor Ross Maddox who recently received the NSF Faculty Early Career Development (CAREER) Award! The CAREER award is the National Science Foundation’s most esteemed recognition for early-career faculty members, providing recipients with five years of funding to help lay the foundation for their future research. Ross's research will explain how our brain stems help us listen and converse in noisy settings.

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Rochester leads development of novel integrated photonic COVID-19 sensor

March 24, 2022

Prototype of a disposable integrated photonic chip t

A consortium of nine industry, government, and academic partners, led by the University of Rochester, will develop the first integrated photonic sensors capable of detecting not only COVID-19 and its variants, but also other emerging viruses. The technology could even predict the severity of these and other infections.

“In two years, we want to have an advanced prototype that is ready for a company to fully commercialize,” says project director Benjamin Miller, a Dean’s Professor of Dermatology at Rochester with joint appointments in biomedical engineering, biochemistry and biophysics, optics, and materials science. “We want to have all the data ready to go so a company can pick this up and run with it.”

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Dr. Arthur Ritter BME Endowment

March 11, 2022

Arthur Ritter ‘68MS ‘70PhD has never forgotten the help he received from the University of Rochester at a pivotal moment in his career. Hence, Ritter’s decision to endow $125,000 to Rochester’s Department of Biomedical Engineering.

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Rochester researchers seek ‘direct hit’ on leukemic stem cells

February 22, 2022

TARGETING CANCER STEM CELLS WITH MICHELIOLIDE ANALOGS

“The overall goal is to be able to selectively target and kill cancer stem cells in the bone marrow. In combination with chemotherapy, this system could provide a means to kill both the mature cancer cells in the blood and the cancer stem cells in the marrow,” says Rudi Fasan, the Andrew S. Kende Professor of Chemistry and a co-corresponding author of a paper in Advanced Therapeutics describing the research.

Along with Fasan, Danielle Benoit, professor of biomedical engineering and director of the University’s Materials Science Program, and Benjamin Frisch, assistant professor of pathology and laboratory medicine and a Wilmot Cancer Institute investigator, are the key partners in this collaborative project launched with support of a University Research Award. The collaboration reflects the enhanced opportunities for research resulting from the close proximity of the University’s Medical Center and its science and engineering facilities at the River Campus.

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Will hearing aids ever be as effective as corrective eyewear?

February 22, 2022

Close-up of a 3D-printed, scaled model of a gerbil cochlea.

Despite recent advances in hearing aids, a frequent complaint among users is that the devices tend to amplify all the sounds around them, making it hard to distinguish what they want to hear from background noise, says Jong-Hoon Nam, a researcher at the University of Rochester.

Nam, a professor of both mechanical and biomedical engineering, believes a key part of the answer to the problem lies inside the cochlea of the inner ear. That’s where incoming sound waves trigger minute vibrations of the hair cells, sensori-receptor cells in the inner ear. These mechanical vibrations are then converted into neurosignals that are delivered to the brain.

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ApiJect gives students a chance to address a global health care challenge

February 3, 2022

University Rochester biomedical engineering students will have an opportunity to work closely with ApiJect Systems Corp.

A $100,000 gift from Jay Walker, ApiJect’s executive chairman, to the University’s Department of Biomedical Engineering, will support medical device design projects for the department’s senior undergraduates and master’s students, new scholarships, and a Create-a-Thon medical device design contest for students University wide.

“What is really exciting is the opportunity this gives us to introduce health care engineering in global and low-resource environments throughout our curriculum, in partnership with a company that has this as their mission,” says Diane Dalecki, the department chairperson and Kevin J. Parker Distinguished Professor in Biomedical Engineering.

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Gotcha! Rochester membranes help researchers capture tiny, telltale vesicles

January 28, 2022

A nanomembrane developed by the McGrath Lab is able to capture individual extracellular vesicles, which allowed University of Chicago researchers to study their functionality.

Researchers from the University of Rochester and University of Chicago teamed up for one of the first known projects to successfully isolate and study extracellular vesicles (EVs). Extracellular vesicles are tiny particles—as small as 40 nanometers in diameter—released by cells into the bloodstream and other fluid-filled cavities. EVs carry proteins, lipids, metabolites, and genetic material unique to the cells that release them. As a result, they could serve as valuable biomarkers for the early detection of diseases, including cancer—especially if single EVs could be assessed individually.

To this end, the researchers adapted nanomembranes from the lab of James McGrath, a professor of biomedical engineering at the University of Rochester, in a microfluidic cross-flow filtration system to capture and study individual EVs. Their findings appear in Communications Biology.

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