There's no shortage of peptide content. There's a shortage of physicians who actually prescribe them, monitor patients on them, and understand the difference between what the research supports, what the biology suggests, and what isn't ready for clinical use yet.

That distinction is critical for you as a patient, and for peptide therapy as a field. Peptide therapy has enormous potential to change how we practice medicine. But that future depends on honest, evidence-grounded information entering the conversation now.

Some peptides have a meaningful body of research behind them. But interpreting what those studies actually measured, and translating that into a protocol that works for a real person, requires extreme nuance. Some peptides don't have that data yet but the underlying mechanisms are well understood, and a physician who knows the biology can make a reasoned judgment about whether the potential benefit is worth exploring. And some carry risks that aren't being talked about honestly, or simply don't have enough behind them to justify use at all.

Most content online treats all three categories the same way. I don't.

I'm board-certified through A4M in Anti-Aging and Regenerative Medicine with their Peptide Therapy certification. I work with these compounds every day. What I've built on YouTube is an attempt to give people an honest map of where each peptide actually stands including mechanism, evidence level, and what this actually looks like in practice, including what we don't know yet.

The Peptide Series

My Peptide Series is built to be the most thorough, honest resource on individual peptides available. I explain the research, the theoretical mechanisms, and evidence level to create an educated view of what a protocol — dosing, cycling, and beyond — could hypotheticallylook like in practice.

Not Sure Where to Start?

Begin with the Top 5 Peptides for Longevity, the clearest picture of how I think about this space and which compounds I believe have earned serious clinical attention.

Or explore my full Peptide Playlist on YouTube.

Peptide Deep-Dives

These aren't overviews. Each video is built around one question: what would I actually want to know before theoretically putting this in my body? This includes mechanism, evidence level, where the research falls short, and what dosing and cycling looks like in practice. The goal is to provide the most thorough, honest resource on each compound so you have what you need to have a real conversation with your physician

BPC-157

Part of "the Wolverine" stack, BPC-157 is known for its remarkable tissue repair properties and is derived from a protein found in human gastric juice. It has some of the most compelling preclinical data in the peptide space, particularly around tissue healing and gut health.

MOTS-c (CB-4211)

Encoded in mitochondrial DNA, MOTS-c is sometimes called "exercise in a vial" for its effects on metabolism and cellular energy regulation.

GHK-Cu (Copper Peptide)

A naturally occurring peptide that declines significantly with age, GHK-Cu is known for its role in tissue repair, collagen production, and anti-inflammatory signaling

TB-500 & TB-4

Thymosin Beta-4 is a naturally occurring peptide found in almost every cell in the body, best known for its role in recovery, tissue regeneration, and reducing inflammation. TB-500 is the synthetic fragment most commonly used in practice.

SS-31 (Elamipretide)

One of the few peptides with FDA-approved applications, SS-31 targets the mitochondria directly, potentially addressing the dysfunction that may sit at the root of many chronic diseases and aging itself.

Selank

Selank is best known for its research around anxiety reduction, cognitive performance, and immune modulation without the sedative effects associated with traditional anxiolytics.

Disclaimer + Thoughts: I'm not your doctor. Everything on this page and in these videos is for educational and informational purposes only and is not medical advice.

I also want to be direct about something I believe about the peptide space: peptides are not a DIY intervention. The compounds discussed here require supervision by a qualified physician who knows your full clinical picture — not a quick telehealth consult and a prescription. That means a detailed intake, baseline labs, ongoing monitoring, and a physician who understands both the potential and the risks of what you're taking. Sourcing matters too. Peptides obtained through unverified sources carry real risks that no protocol can account for.

The goal of this content is to make you a more informed patient, not to replace the clinical relationship that responsible peptide therapy requires. If something you learn here better empowers you to have a conversation with your physician, that's exactly what it's meant to do.