Vincent Wu

“I chose to attend WVU for my graduate studies in Cancer Cell Biology because of the valuable resources offered, including various core facilities and the Cell Biology Training Program, will support my growth as a scientist.”

Hometown:
Taipei, Taiwan
Undergraduate Degree:
Bioengineering, University of California - San Diego
Graduate Degree:
Cancer Cell Biology, Ph.D., West Virginia University

What is your educational background and what made you interested in your field of study?

I was trained as a biomedical engineer during my undergraduate and master’s degrees. I joined a cancer immunotherapy company which sparked my interest for the field of cancer therapy.

Why did you choose WVU for your graduate education?

I chose to attend WVU for my graduate studies in Cancer Cell Biology because of the valuable resources offered, including various core facilities and the Cell Biology Training Program supported by the National Institute of General Medicine Sciences T32 Training Program, which will support my growth as a scientist.

What is your current role with the WVU Cancer Institute?

I am a graduate research assistant in Lori Hazlehurst’s Ph.D., lab at the WVU Cancer Institute.

How has this work enhanced your learning and experience at WVU?

Since joining the Hazlehurst lab, I have gained proficiency in various in vivo and in vitro lab techniques, which has significantly enhanced my scientific toolbox. Additionally, I’ve learned to think independently and have been trained to conduct research with rigor.

What is one thing you have learned while at WVU that will help you with your next step in this research?

During my time at WVU, I’ve learned the importance of collaboration and effective communication in these settings. This has not only expanded the scope of my project, but also facilitated the discovery of novel small molecule inhibitors, making my research more translational.

What is exciting or new in your field of study right now?

Over the past decade, there have been many exciting advances in cancer therapy, including immunotherapy and antibody-drug conjugates. These breakthroughs originated from basic research and have gradually transitioned to clinical applications, now helping patients improve their quality of life. These developments have been made possible by advancements in scientific techniques and equipment, which have enabled us to conduct research more efficiently and rigorously.

What are your career goals following graduation?

After graduation, I plan to go into the pharmaceutical industry and continue to conduct research on cancer therapy in the research and development department.

What advice would you give prospective students?

Don’t be shy to ask questions and make meaningful connections when you are networking.