Peptide Therapy Foundations
Ten areas of clinical application, taught with one consistent lens. Learn how each peptide works, what the evidence shows, and the judgment to apply it in practice. A complete foundation for practicing clinicians and serious health professionals.
A fundamental understanding of the most clinically relevant peptides today.
Foundations takes you through each covered peptide in depth: how it works, what the latest research shows, and how it's applied in practice, all taught with one consistent clinical lens.
Understand how each peptide works
Know what every peptide targets in the body: its receptor, selectivity, how long it lasts, and the signals it sets off, so you can tell similar agents apart on the science, not the marketing.
Weigh the evidence honestly
Read each peptide against the evidence that actually exists: the size and quality of its studies, how long they ran, and where the data thin out, so you can separate genuine clinical signal from hype, anecdote, and off-label marketing.
Apply a consistent clinical framework
Work through every peptide with the same lens: what it is, how it works, what the research shows, and what a clinician weighs before using it, so the reasoning stays consistent and transfers cleanly from one peptide to the next.
Monitor and individualize
Turn mechanism into a concrete plan for the patient in front of you: the labs to track, sensible dosing, the contraindications to rule out, and the follow-up that tells you whether it is working and when to adjust.
Peptide Therapy Foundations: Full Curriculum
All ten courses, 60 video lessons, and 42+ hours of instruction: the complete foundation, taught with one consistent clinical lens.
Ten courses. Choose what fits your practice.
Growth hormone secretagogues, from GHRH analogs to ghrelin-receptor agonists.
Peptides studied for tissue repair, recovery, and gut-barrier integrity.
Incretin and metabolic peptides, from single GLP-1 through dual and triple agonists.
Neuroprotective and neurotrophic peptides for the aging brain.
Mitochondria-derived and mitochondria-targeted peptides for cellular energy.
Thymic and host-defense peptides that modulate immune signaling.
The pineal regulators and the clock-signaling role of peptides.
Peptides acting on sexual function and the reproductive axis.
Cosmetic signal and neuromodulating peptides, plus the copper carrier.
Peptides studied for sleep and nighttime physiology.