How the MBR Program at Tufts Prepares Students for PhD Success

From hands-on retinal research to a PhD pathway focused on metabolic disease, Shunyu Huang, used the MS in Biomedical Research (MBR) program at Tufts to sharpen experimental skills, explore emerging technologies, and clarify long-term research goals. Through close faculty mentorship, interdisciplinary coursework, and conference participation, Huang built a strong foundation for doctoral training and a future in biomedical research.

What drew you to the MS in Biomedical Research (MBR) program at Tufts?

"I was drawn to the MBR program because of its strong emphasis on hands-on research and the flexibility to explore diverse biomedical interests. With a background in biology and neuroscience, I wanted a program that would help me deepen my experimental skills while refining my scientific questions. The opportunity to complete lab rotations, work closely with faculty, and gain exposure to multiple research areas before committing to a specific focus made the program a strong fit."

Can you briefly describe your thesis research project in plain language?

"My research focused on characterizing the glycocalyx—a layer of sugars that coats all cells—in the retina. I worked on optimizing a novel technique to study how these sugars are structured and how they change in retinal disease, which could help us better understand disease mechanisms."

What skills or techniques did you develop through your research experience in the MBR program?

"I developed strong technical, analytical, and collaborative skills. My lab work included dissecting mouse eyes, processing retinal tissue into single-cell suspensions, and optimizing protocols to balance cell yield and viability. I gained experience with flow cytometry, single-cell sequencing, and click chemistry for biomolecule labeling, as well as data analysis and scientific communication through presentations and writing. Working closely with mentors and lab members strengthened my ability to collaborate and approach research questions from multiple perspectives."

How did the structure of the MBR program prepare you for this research?

"Coursework in areas such as gene signaling and biostatistics directly supported my thesis work. In the gene signaling course, we developed scientific writing skills by drafting a specific aims page and a mini grant proposal based on a novel research question. Applying course concepts directly to my project strengthened my confidence and logic as a scientific writer and researcher."

Was there a faculty member or mentoring experience that had a big impact on your growth as a researcher?

"My PI, Dr. Pablo Argüeso, played a major role by fostering a supportive research environment that encouraged independence and exploration of new ideas. Dr. Rafael Martinez-Carrasco also had a strong influence through rigorous mentorship that pushed me to think more critically and analytically. Their guidance helped spark my interest in bioinformatics and strengthened my ability to work with complex datasets."

Where are you heading next, and what will you be studying?

"I will be pursuing a PhD at the University of Florida, where I plan to study metabolic syndromes such as diabetes and non-alcoholic fatty liver disease. My interests focus on how nutrition and genetic modification influence disease development and progression."

How did the MBR program prepare you for PhD‑level training and the application process?

"The program helped me develop independence in experimental design, troubleshooting, and data interpretation, while also strengthening my scientific communication skills. Writing my thesis, preparing presentations, and discussing my work with mentors translated directly into stronger personal statements and interviews. Faculty mentorship was especially valuable in refining my research goals and navigating the PhD application process."

What are you most proud of from your time in the MBR program?

"I’m most proud of engaging with the broader scientific community through conferences such as SACNAS and ARVO. Presenting my research, receiving feedback, and connecting with researchers across disciplines strengthened my confidence and helped me see how my work fits into larger scientific questions. I was especially honored to receive the ARVO/SACNAS Eye and Vision Research Award, which was both encouraging and motivating."