Peptide Therapy Certification
Join leaders in advanced anti-aging, regenerative and metabolic medicine as they explore peptide science, clinical applications, regulatory considerations, quality assurance and practical integration into patient care.
Join the Leaders in Advanced Anti-Aging Medicine
Peptide therapies are increasingly playing a significant role in disease state management, performance health and anti-aging strategies.
The Peptide Therapy Certification program, presented in two modules, highlights one of the most relevant and rapidly developing therapeutic areas in medicine.
Participants gain extensive knowledge in legal considerations, strength of evidence and clinical applications with an emphasis on practical implementation.
Featuring world-class clinicians and researchers, this program allows healthcare professionals to deepen their knowledge of peptides and regenerative medicine.
What You’ll Explore
Move Beyond Peptide Theory
Build a structured understanding of peptide medicine from mechanisms and evidence to regulation, quality assurance and clinical implementation.
Understand the Science
Explore metabolic mechanisms, growth hormone pathways, mitochondrial function, regenerative biology and peptide signaling.
Think Clinically
Learn how experienced clinicians approach patient selection, protocol design and clinical implementation.
Navigate Regulation
Review FDA considerations, compounding, quality assurance and evolving state-level requirements.
Assess Product Quality
Understand sterile manufacturing and quality control.
Connect Multiple Systems
Examine metabolism, hormone signaling, gut function, inflammation and body composition.
Learn Through Cases
Reinforce concepts through clinical discussions and faculty-led patient cases.
Major Peptide Categories Covered
Explore peptide therapies across regenerative medicine, metabolism, neurocognitive health, immune regulation and more.
Regenerative & Reparative Peptides
Neuroprotective & Cognitive Peptides
Growth Hormone Axis & Metabolism
Appetite, Anabolic & Energy Regulation
Gut & Barrier Function
Metabolic Peptides
Immune Modulation
Inflammation & Mitochondrial Support
Clinical Use Categories at a Glance
| Clinical Focus | Key Peptides |
|---|---|
| Tissue Repair | BPC-157, TB4, KPV, RGN-259 |
| Neurocognitive Health | VIP, Selank, PE-22-28, PT-141, NR |
| GH Axis & Recovery | CJC/Ipamorelin, Sermorelin, Tesamorelin |
| Energy & Metabolism | MOTS-c, Ghrelin, Macimorelin |
| Gut / Barrier Function | Larazotide, KPV |
| Metabolic Regulation | GLP-1 Agonists |
| Immune Modulation | TA1, LDN, KPV, VIP |
| Mitochondrial Support | NR, IRW, LRP/LQP, TUDCA |
Built for Clinicians Exploring Advanced Medicine
Particularly relevant for healthcare professionals interested in regenerative medicine, anti-aging, metabolic health, performance medicine and longevity.
Learn From Leading Clinicians, Pharmacists & Researchers
Anthony J. Campbell
PharmD, BCSCP
Tyler Chamberlain
PharmD, FAPC
Gordon Crozier
DO
Marisol Duque
MD
James LaValle
RPh, CCN, MT, DHM, DHPh, B.S.Pharm
Stephanie Mazurek
PharmD
Kathleen O'Neil-Smith
MD, FAARM
Erika Schwartz
MD
Christopher Shade
PhD
Peptide Therapy Module I Curriculum
Peptides Overview: Controlling Metaflammation, Metabolic Signaling & Clinical Value
FDA, Quality Assurance, and State to State Status
Manufacturing of Sterile Product Quality Control
Manufacturing of Sterile Product Quality Control — Continued
Personalized Peptide Protocols
Integrating Peptides into Clinical Practice
Global Lifestyle Considerations in Peptide Medicine
SARMS — What Are They: The Science and Controversy
Body Composition and Metabolism
All Roads of Health Lead to Immune Modulation and Gut Repair
Liposomal Oral Peptides
The Role of Peptides in Glucose and Insulin Regulation
What’s New? Peptides and Bioregulators
Optimize the Body to Heal from Injury
Cellular Senescence: DNA Damage, Telomeres & Zombie Cells
Hormone Signaling and Hormone Receptor Modulation
Intro to Brain Inflammation and Autoimmune
Patient Case Panel
Build a More Complete Framework for Peptide Medicine
Understand how peptide pathways interact with metabolism, hormones, inflammation and tissue biology.
Understand quality, manufacturing and regulatory considerations.
Explore protocol design, patient context and practical implementation.
Connect metabolic health, immune function, gut health and aging biology.
Advance Your Knowledge of Peptide Medicine
Access Peptide Therapy Certification — Module I — 2026 Update and explore the science, regulation, metabolic pathways and clinical applications shaping this evolving field.
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