About Brandon M. Ross, MD
Dr. Brandon M. Ross performs every single procedure at La Mesa Medical Hair Restoration. This ensures that his expertise, not that of a less-experienced partner, will serve every patient who enters his door. Dr. Ross is a firm believer that great care and planning must go into every surgery and therapy option he performs. Procedures and therapies must be tailored to the unique needs of the patient, as no two individuals have exactly the same pattern of loss and/or ultimate hair restoration goals. Therefore, he performs only one surgery per day and he utilizes only the most innovative techniques the industry has to offer. The idea is quality outcome over simply a high volume of patients. Dr. Ross specializes exclusively in hair restoration for both males and females to ensure that his attention is undivided. Dr. Brandon Ross is well recognized as one of the leading hair restoration physicians in the United States. He has been profiled several times in the “Top Doctors” edition of San Diego Magazine. A native San Diegan, Dr. Ross graduated from La Jolla High School as salutatorian. His ambitious nature propelled him towards the University of California at Davis, where he graduated Summa Cum Laude with a B.S. degree in genetics and multiple awards for outstanding research in his field. Next, he ventured to Boston, where he attended Tufts University School of Medicine. While in Boston, Dr. Ross took advantage of the Tufts/Northeastern/Brandeis University combined degree program, as well as his merit scholarships, to attain both his Masters of Business Administration (MBA) and Masters of Public Health (MPH). Finally, he returned home to San Diego for his post-graduate training at Scripps/Mercy Hospital. He began specializing exclusively in hair restoration in 2001 and now receives roughly 2/3 of his new clientele from either physician or patient referral, which is a testament to his high quality patient outcomes. Dr. Ross is highly experienced, having performed thousands of surgeries and millions of grafts.
