Dr. Jonathan Snipes, MD

Dr. Jonathan Snipes serves as Medical Director at Rx Peps Direct (RxPepsDirect.com), where he sets the clinical standards for the compounded peptide protocols Rx Peps Direct prescribes and oversees the review process for every new patient intake. His role is to make sure each protocol fits the patient, that contraindications are caught before a script is written, and that every prescription falls inside the 503A patient-specific compounding pathway.

Dr. Snipes has spent over a decade in the medical wellness space, with the last five years focused on longevity medicine. He has personally used the protocols he prescribes (alongside his wife) and writes prescriptions only for protocols he has clinically validated. He is certified by the American Board of Anti-Aging and Regenerative Medicine (A4M), is a diplomate in aesthetic medicine (DAAAM) and in regenerative medicine (DAMAARM), and is a Fellow of the R3 Stem Cell Program. He earned his MD at the Medical University of South Carolina College of Medicine in 2008 and completed his internship and residency at MUSC from 2008 to 2012. He is licensed in every state Rx Peps Direct serves.

In addition to Rx Peps Direct, Dr. Snipes is the medical director at Cost Plus TRT, the related telehealth practice in the Marcus Hansen portfolio, and separately at Mindglow Health, a longevity practice operated independently. Across these engagements he has reviewed thousands of patient intakes spanning testosterone replacement, GLP-1 weight management, peptide therapy for recovery, and longevity-focused stacks. That breadth shapes how Rx Peps Direct writes its dosing guides and contraindication checks.

Dr. Snipes maintains his National Provider Identifier (NPI 1821250077) verifiable through the CMS NPI registry linked below. He personally signs off on the medical guidelines that appear across Rx Peps Direct. He believes the right way to bring compounded peptides to market is to pair pharmacy-direct pricing with real medical oversight, not to remove either side of that equation.