The United States Department of Health and Human Services (HHS) has announced an interim policy that will flood the market with six unapproved peptides—BPC-157, Epitalon, KPV, MOTS-c, Semax, and TB-500—despite U.S. Food and Drug Administration (FDA) scientists’ earlier recommendations against allowing their use in compounding.
To be clear, these substances have not been approved by the FDA, as they lack the necessary human clinical evidence and carry unknown safety concerns.
Yet under this new policy, HHS is allowing pharmacies and physicians to mass compound the peptides—ignoring scientific perspectives and effectively endorsing these unapproved products and their associated risks. Furthermore, this step undermines the United States’ scientific gold standard that is in place to protect patients.
HHS is arguing that by creating a pathway for peptides to be compounded, they are taking steps to protect Americans who may be seeking these products out on the gray or black market. But in reality, HHS is making it easier for peptide sellers to put patients in harm’s way with dangerous products.
Just because a product is permitted to be compounded does not make it safe.
Legal permission to compound a substance is not a stamp of approval for its safety. The growing market for testosterone illustrates this point. In 2026 alone, hundreds of thousands of compounded testosterone products have been involved in various recalls due to sterility and particle contamination concerns. Testosterone can legally be compounded under certain conditions, yet legally compounded versions still pose serious safety risks.
HHS’ decision to allow the compounding of peptides will not make them any safer for patients. Rather than cracking down on dangerous peptide sales, HHS is opening the door to a larger market for unapproved products, raising a critical question: is this policy prioritizing patient safety or the business interests of peptide sellers?
Patients should not be treated like guinea pigs, exposed to unproven products in the hope that real-world results will eventually justify their use. This is a dangerous approach that puts patients at needless risk.