What research did you conduct?

I focused on biomaterials-based therapies for cancer treatment and tissue regeneration.

The primary project I completed was developing an immunotherapeutic hydrogel patch for preventing cancer recurrence at tumorectomy sites. We created an N-hydroxysuccinimide–bearing bio-adhesive hydrogel loaded with epacadostat, an immune checkpoint inhibitor that activates T cells.

I had the opportunity to present this research at the Biomedical Engineering Society Annual Meeting by winning the BMES High School Poster Competition. Currently, I am looking into mesenchymal stem cell-loaded patches for the treatment of myocardial infarction.”

How does your research make an impact in our lives?

My research aims to develop enhanced therapies for diseases including cancer, autoimmune diseases and tissue injury. The T cell–activation patch I worked on aims to prevent recurrence after surgical resection of tumors, which is a significant risk associated with cancer and a main contributor of patient mortality. The hope is for these innovations and therapies to one day reach patients.

What was your takeaway from this experience?

I have an understanding and appreciation for research that I wouldn't have obtained otherwise. I have learned about fascinating concepts and gained experience in a wide range of laboratory techniques.

“Thanks to my mentors, I've gotten to participate in their work, learn from their expertise, and hear about their journeys to the work they are doing now. My time working in the Wang Lab opened my eyes to research, sparking my interest in biomedical engineering and steering my future career path.