Bobby S. Korn, MD, PhD, is a Professor of Ophthalmology and Plastic Surgery in the Division of Oculofacial Plastic and Reconstructive Surgery at the UC San Diego Shiley Eye Institute (SEI) and the Viterbi Family Department of Ophthalmology.
As an oculofacial plastic and reconstructive surgeon, Korn focuses on both functional and cosmetic conditions of the eyelids, face, and surrounding structures. His work encompasses a wide range of treatments, from addressing tear drainage issues to treating diseases of the orbit (eye socket) and performing surgeries for aging eyelids and facial features. Essentially, his practice deals with “everything outside of the eye.” Whether restoring function to a damaged eyelid or performing delicate reconstructive surgery, his work has both medical and aesthetic dimensions, making it both challenging and deeply rewarding.
WHAT CAME BEFORE UC SAN DIEGO?
I grew up in a small town in East Texas and from there I went on to attend MIT, where I studied mechanical engineering and biology. I have a passion for both science and problem-solving, so this combination was a perfect fit. After MIT, I pursued my MD/PhD at University of Texas Southwestern. I had the privilege of studying under two Nobel Laureates, an experience that had a profound impact on my approach to research and medicine. In 2002, I came to UC San Diego to start my residency at the Shiley Eye Institute, eventually joining the faculty. That journey, from small-town roots to these prestigious academic institutions, has shaped who I am today.
WHY DID YOU GO INTO MEDICINE?
My decision to go into medicine was deeply influenced by my family. My grandfather practiced Eastern medicine in Thailand, and my father, after graduating from medical school, emigrated to the US and trained as a pediatrician. Growing up, I saw firsthand the dedication and sacrifices my father made in caring for others. Medicine was not just a profession in our household, it was a passion. Watching my father’s impact on his patients inspired me to follow the same path, continuing our family’s tradition of making a difference in people’s lives through medicine.
HAVE ANY OF YOUR PATIENTS AFFECTED YOU SIGNIFICANTLY?
Many of my patients have left a lasting impact on me, but one case that stands out is a young boy who came to me when he was just four years old with a drooping eyelid. What seemed like a simple case of ptosis turned into something much more serious—a malignant tumor in his eye socket. To save his life, we had to remove his eye, a decision no one takes lightly. What struck me most was his family’s unwavering support during his chemotherapy and radiation treatments. His father and brothers even shaved their heads in solidarity. Now, years later, that same boy is thriving and about to enter his junior year of high school. His resilience and the strength of his family have stayed with me throughout my career. I have also been fortunate to treat many young children who travel from across the US for congenital ptosis repair with a technique that few surgeons perform globally. Watching these children grow, thrive, and regain both function and confidence in their appearance is one of the most meaningful parts of my work.
HOW DO COLLABORATIONS AND PARTNERSHIPS FIT INTO YOUR ROLE?
Collaboration is central to my approach as a researcher. Working with experts from different fields expands the impact of our work, and my long-standing partnership with Dr. Don Kikkawa is a prime example. Over two decades, our collaboration has been invaluable in growing our division into one of the top oculoplastics programs in the country.
WHAT DO YOU SEE AS THE NEXT BIG ADVANCES IN YOUR FIELD?
Looking ahead, I see the future of oculofacial plastic surgery shaped by technological advancements, particularly AI and machine learning. These innovations, especially in augmented reality, will revolutionize surgical training and patient care, offering more precision and personalization.
WHAT ARE YOUR MOST IMPORTANT/ SIGNIFICANT TEACHING OR RESEARCH CONTRIBUTIONS?
Teaching has been one of the most fulfilling aspects of my career, particularly training fellows who go on to succeed in academia and practice. Seeing their professional and personal growth is incredibly rewarding. My research on stem cells in the orbit, which earned the Marvin Quickert Award, has also contributed to a deeper understanding of orbital diseases and opened new avenues for treatment.
WHAT DO YOU DO IN YOUR FREE TIME?
These days, my family and I love to travel. We’re always on the lookout for new culinary experiences, from hidden local gems to three-star Michelin restaurants. Exploring new places through food is one of my favorite ways to relax and unwind. It’s a great balance to the intensity of my work and a wonderful way to connect with different cultures. In my free time, I used to be an avid saltwater aquarist and hope to rekindle this hobby again soon!
