A4M Peptide Therapy Certification – Module I 2026

Regenerative & Reparative Peptides

Peptide Medicine • Metabolic Signaling • Regenerative Medicine • Immune Modulation • Hormone Signaling • Longevity Science

Explore contemporary peptide science, regulatory considerations, metabolic signaling, regenerative medicine concepts, and clinical integration with the A4M Peptide Therapy Certification – Module I 2026: Regenerative & Reparative Peptides.

Presented by the American Academy of Anti-Aging Medicine (A4M), this advanced on-demand educational module is designed specifically for licensed healthcare practitioners seeking structured education in peptide medicine and related areas of regenerative and metabolic medicine.

The 2026 Module I curriculum combines:

• Peptide science
• Strength-of-evidence assessment
• Regulatory and legal considerations
• FDA and state-level status
• Pharmaceutical quality assurance
• Sterile product manufacturing
• Personalized clinical assessment
• Nutrition and lifestyle integration
• Metabolic signaling
• Body composition
• Glucose and insulin regulation
• Immune modulation
• Gut biology
• Tissue repair and recovery
• Cellular senescence
• Hormone receptor signaling
• Brain inflammation
• Patient case discussions

The course emphasizes understanding the science, evidence, quality, regulatory status, and clinical context surrounding peptide-related interventions rather than viewing every peptide as having equivalent evidence or regulatory standing.

Course Details

• Course: Peptide Therapy Certification – Module I
• Module: Regenerative & Reparative Peptides
• Provider: American Academy of Anti-Aging Medicine – A4M
• Year: 2026
• Format: On-Demand
• Estimated Scheduled Instruction: Approximately 21.5 Hours
• Primary Focus: Peptide Medicine
• Additional Focus: Regenerative Medicine / Metabolic Health / Longevity Science
• Audience: Licensed Healthcare Practitioners
• Certification Structure: Two Modules Required
• Module I Alone: Does Not Complete the Full A4M Peptide Therapy Certification
• A4M / International Peptide Society Membership: Required for Certification

Important Certification Requirement

The A4M Peptide Therapy Certification is presented as a two-module program.

To satisfy A4M’s certification pathway, participants must complete:

Module I + Module II

and meet the organization’s applicable membership and eligibility requirements.

Therefore, Module I should not be described as providing the complete A4M Peptide Therapy Certification by itself.

The accurate wording is:

A4M Peptide Therapy Certification – Module I

rather than:

Complete A4M Peptide Therapy Certification

Program Overview

Peptides are short chains of amino acids involved in many biological signaling pathways.

Depending on the molecule, peptide-related signaling can influence areas such as:

• Metabolism
• Hormone pathways
• Immune signaling
• Cellular communication
• Tissue biology
• Appetite regulation
• Glucose homeostasis
• Inflammation
• Neuroendocrine pathways

However, the evidence and regulatory status vary substantially among individual products.

The 2026 A4M curriculum therefore includes not only potential clinical applications but also dedicated education in:

FDA Status → Legal Considerations → Quality Assurance → Sterile Manufacturing → Strength of Evidence → Clinical Integration

Official Module I Faculty

The 2026 Module I faculty includes:

• Anthony J. Campbell, PharmD, BCSCP
• Tyler Chamberlain, PharmD, FAPC
• Gordon Crozier, DO
• Marisol Duque, MD
• James LaValle, RPh, CCN, MT, DHM, DHPh
• Stephanie Mazurek, PharmD
• Kathleen O’Neil-Smith, MD, FAARM
• Erika Schwartz, MD
• Christopher Shade, PhD

The multidisciplinary faculty includes physicians, pharmacists, researchers, and clinicians involved in integrative and regenerative medicine education.

OFFICIAL MODULE I CURRICULUM

1. Peptides Overview: Controlling Metaflammation, Metabolic Signaling & Clinical Value

Faculty: James LaValle, RPh, CCN, MT, DHM, DHPh
Duration: 1 Hour

Introduces peptide-related biological signaling and discusses their place within metabolic and inflammatory medicine.

Major themes include:

• Peptide signaling
• Metabolic pathways
• Metaflammation
• Clinical evidence
• Patient selection
• Translational considerations

Metaflammation

Metaflammation refers to chronic low-grade inflammatory signaling associated with metabolic dysfunction.

The course examines the relationship among:

Metabolism → Inflammatory Signaling → Cellular Function → Clinical Phenotype

2. FDA, Quality Assurance, and State-to-State Status: Where Are We Now and Where Is It Going?

Faculty: Tyler Chamberlain, PharmD, FAPC
Duration: 1.5 Hours

This is one of the most important sessions in the program.

Topics include:

• FDA regulatory status
• Compounding considerations
• Quality assurance
• State-specific regulatory issues
• Legal considerations
• Changes in peptide availability
• Clinical responsibility

Regulatory Landscape of Peptide Medicine

Not all substances described as peptides have the same regulatory status.

Clinicians must distinguish among:

• FDA-approved drugs
• Investigational products
• Compounded preparations
• Products with limited clinical evidence
• Products subject to regulatory restrictions

The appropriate question is not simply:

“Can this peptide be obtained?”

but:

“What is its regulatory status, evidence base, quality profile and legally appropriate use?”

3. Manufacturing of Sterile Product Quality Control: Understanding the “For Human Use Difference”

Faculty: Anthony Campbell, PharmD, BCSCP
Duration: 1 Hour

Reviews pharmaceutical quality principles relevant to sterile products intended for human use.

4. Manufacturing of Sterile Product Quality Control – Continued

Faculty: Anthony Campbell, PharmD, BCSCP
Duration: 1 Hour

Continues the discussion of:

• Sterile manufacturing
• Quality control
• Product integrity
• Pharmaceutical standards
• Patient safety considerations

Quality Matters

For injectable or sterile preparations, product quality cannot be separated from clinical safety.

Important issues can include:

• Sterility
• Purity
• Manufacturing controls
• Potency
• Contamination
• Storage
• Handling
• Source verification

5. Personalized Peptide Protocols: Integrating Nutrition, Exercise & Lifestyle for Optimal Outcomes

Faculty: Stephanie Mazurek, PharmD
Duration: 30 Minutes

Examines the broader clinical context in which peptide-related therapies may be discussed.

The session integrates:

• Nutrition
• Exercise
• Lifestyle
• Patient assessment
• Treatment planning

Personalized Medicine

The curriculum emphasizes that a treatment plan should not be based simply on selecting a peptide from a list.

Clinical planning requires consideration of:

• Patient history
• Objectives
• Comorbidities
• Medications
• Laboratory findings
• Nutrition
• Physical activity
• Sleep
• Risk factors

6. Integrating Peptides into Clinical Practice

Faculty: Erika Schwartz, MD
Duration: 1 Hour

Reviews practical issues surrounding incorporation of peptide-related education into clinical workflows.

Areas can include:

• Patient assessment
• Clinical decision-making
• Evidence evaluation
• Monitoring
• Practice implementation

7. Global Lifestyle Considerations in Peptide Medicine

Faculty: James LaValle, RPh, CCN, MT, DHM, DHPh
Duration: 1.5 Hours

Places peptide medicine within a broader lifestyle framework.

The session emphasizes the interaction among:

• Nutrition
• Exercise
• Sleep
• Stress
• Metabolism
• Individual biology

8. SARMs – What Are They? The Science and Controversy

Faculty: James LaValle, RPh, CCN, MT, DHM, DHPh
Duration: 1 Hour

Reviews Selective Androgen Receptor Modulators – SARMs.

Importantly:

SARMs are not peptides.

They are included because of their overlap with discussions surrounding:

• Body composition
• Performance
• Muscle biology
• Hormone signaling

The session specifically addresses their scientific and clinical controversy.

9. Body Composition and Metabolism

Faculty: Gordon Crozier, DO
Duration: 2.5 Hours

A major portion of Module I is devoted to metabolic health.

Topics relate to:

• Body composition
• Metabolic regulation
• Energy balance
• Insulin signaling
• Hormonal pathways
• Clinical assessment

Metabolic Health

Body composition cannot be understood through body weight alone.

Important parameters may include:

• Adiposity
• Visceral fat
• Skeletal muscle
• Insulin sensitivity
• Metabolic biomarkers
• Hormonal status
• Lifestyle

10. All Roads of Health Lead to Immune Modulation and Gut Repair

Faculty: James LaValle, RPh, CCN, MT, DHM, DHPh
Duration: 1.5 Hours

Explores interactions among:

• Gut biology
• Immune signaling
• Inflammation
• Metabolism
• Barrier function

Gut–Immune Interaction

The gastrointestinal system has important relationships with:

• Immune regulation
• Metabolic signaling
• Inflammatory pathways
• Nutrient handling

The course discusses peptide-related concepts within this broader systems framework.

11. Liposomal Oral Peptides: Precision Tools for Immune Regulation, Tissue Repair and Longevity Optimization

Faculty: Christopher Shade, PhD
Duration: 30 Minutes
Credit Status: Non-CME session

Reviews oral delivery and liposomal approaches within peptide-related medicine.

This session is explicitly identified by A4M as Non-CME.

12. The Role of Peptides in Glucose and Insulin Regulation – Balancing the Seesaw

Faculty: James LaValle, RPh, CCN, MT, DHM, DHPh
Duration: 1 Hour

Examines metabolic signaling involving:

• Glucose regulation
• Insulin
• Metabolic health
• Peptide-related pathways

GLP-1 and Metabolic Signaling

The official curriculum discusses metabolic peptide-related therapies, including established incretin-based pharmacology.

It is important to distinguish these approved therapeutic classes from investigational or unapproved peptide compounds.

Different compounds have very different:

• Regulatory status
• Clinical evidence
• Safety profiles
• Approved indications

13. What’s New? Peptides and Bioregulators

Faculty: James LaValle, RPh, CCN, MT, DHM, DHPh
Duration: 1 Hour

Explores emerging developments involving:

• Peptide signaling
• Bioregulators
• Experimental concepts
• New research

Because this field evolves rapidly, evidence strength and regulatory status should be evaluated individually.

14. Optimize the Body to Heal from Injury: Connective Tissue Organ Repair

Faculty: Kathleen O’Neil-Smith, MD, FAARM
Duration: 1.5 Hours

Examines the biology of:

• Injury
• Recovery
• Connective tissue
• Tissue repair
• Regenerative signaling

The session discusses peptide-related approaches within this emerging area.

Regenerative & Reparative Peptides

A4M groups several compounds under its Regenerative & Reparative Peptides category.

Examples discussed by A4M include:

• BPC-157
• Thymosin Beta-4 / related compounds
• KPV
• RGN-259

These substances do not all have equivalent evidence or regulatory approval.

For SEO and product-description purposes, the appropriate wording is:

“The course discusses…”

rather than:

“These therapies are proven to…”

15. Cellular Senescence: DNA Damage, Telomeres & Zombie Cells

Faculty: Kathleen O’Neil-Smith, MD, FAARM
Duration: 1 Hour

Reviews emerging longevity science involving:

• Cellular senescence
• DNA damage
• Telomere biology
• Senescent cells
• Aging pathways

Cellular Senescence

Senescent cells remain metabolically active but have undergone important functional changes.

Research is examining their relationship with:

• Aging
• Chronic inflammation
• Tissue dysfunction
• Age-associated disease

Senolytics

The broader A4M certification objectives include the emerging science of:

Senolytics

These are strategies being investigated for selectively targeting senescent cells.

This remains an evolving research field, and clinical claims should reflect the actual evidence for the specific agent being discussed.

16. Hormone Signaling and Hormone Receptor Modulation

Faculty: Marisol Duque, MD
Duration: 2 Hours

Examines interactions among:

• Peptide signaling
• Hormones
• Hormone receptors
• Neuroendocrine pathways
• Metabolic regulation

Growth Hormone Axis

The official Module I material discusses compounds and signaling pathways involving:

• GHRH
• GH
• IGF-1
• Growth-hormone secretagogue pathways

Regulatory status differs substantially among individual compounds.

Hormone Optimization vs. Evidence-Based Endocrinology

The phrase hormone optimization is commonly used in longevity and integrative medicine.

However, treatment decisions should remain based on:

• Established diagnosis
• Valid clinical indications
• Appropriate testing
• Regulatory status
• Evidence
• Risk-benefit assessment

17. Intro to Brain Inflammation and Autoimmune

Faculty: Kathleen O’Neil-Smith, MD, FAARM
Duration: 1 Hour

Introduces concepts involving:

• Neuroinflammation
• Immune signaling
• Autoimmune mechanisms
• Brain health
• Peptide-related research

Neuroprotective & Cognitive Peptides

The broader A4M Module I framework lists compounds associated with research into:

• Neuroimmune modulation
• Cognition
• Mood
• Neuroprotection

Examples appearing in the A4M curriculum include:

• VIP
• Selank
• PE-22-28
• PT-141

These should be described according to their individual evidence and regulatory status rather than collectively as established treatments for cognitive disorders.

18. Patient Case Panel

Faculty: Led by James LaValle, RPh, CCN, MT, DHM, DHPh
Duration: 1 Hour

The Module I curriculum concludes with case-based discussion designed to integrate:

• Patient assessment
• Metabolic health
• Laboratory findings
• Lifestyle
• Clinical reasoning
• Regulatory considerations
• Therapeutic decision-making

Key Peptide Categories Discussed by A4M

The official 2026 Module I page organizes peptide-related content into several broad groups.

Regenerative / Reparative

• BPC-157
• Thymosin Beta-4
• KPV
• RGN-259

Neurocognitive

• VIP
• Selank
• PE-22-28
• PT-141

Growth Hormone Axis

• CJC-1295 / Ipamorelin
• Sermorelin
• Tesamorelin
• Other GHRH-related signaling

Energy & Metabolism

• MOTS-c
• Ghrelin-related signaling
• Macimorelin

Metabolic Regulation

• GLP-1-related therapies

Immune Modulation

• Thymosin Alpha-1
• KPV
• VIP
• Adjunctive compounds discussed in the curriculum

Mitochondrial / Signaling Support

• NR
• IRW
• LRP / LQP
• Related adjunctive compounds

Evidence & Regulatory Status

One of the most important aspects of peptide medicine is recognizing that the term “peptide” includes very different categories of substances.

They can range from:

FDA-Approved Prescription Therapies

to:

Investigational Compounds

to:

Compounded Substances with Regulatory Restrictions or Safety Concerns

Therefore, the course should not be marketed as if every molecule discussed is:

• FDA approved
• Proven effective
• Appropriate for routine prescribing
• Legally available in every jurisdiction

Peptide Quality Assurance

The 2026 curriculum places unusually strong emphasis on:

• FDA status
• State law
• Sterile manufacturing
• Pharmaceutical quality
• Compounding
• Human-use standards

This is an important differentiator for SEO and product positioning.

Stem Cells and Exosomes – Important Scope Clarification

The broader A4M Peptide Therapy Certification objectives mention:

• Stem cells
• Exosomes
• Other regenerative therapies

However, the current 2026 Module I schedule does not contain a dedicated stem-cell or exosome lecture.

A dedicated session combining:

PRP + Exosomes + Peptides

appears in Module II.

Therefore, Module I should not be marketed as a comprehensive stem-cell or exosome course.

Who Should Take This Course?

A4M states that enrollment in the Peptide Therapy Certification is limited to:

Licensed Healthcare Practitioners

The program may be relevant to clinicians interested in:

• Peptide Medicine
• Integrative Medicine
• Functional Medicine
• Metabolic Medicine
• Longevity Medicine
• Regenerative Medicine
• Endocrine / Hormonal Signaling
• Sports / Recovery Medicine
• Aesthetic Medicine
• Clinical Pharmacology

Potential audiences include appropriately licensed:

• Physicians
• Osteopathic Physicians
• Pharmacists
• Nurse Practitioners
• Physician Assistants / Associates
• Other healthcare professionals meeting A4M eligibility requirements

Why This Module Is Useful

Module I is particularly valuable because it does not focus exclusively on individual peptide names.

It includes broader practical areas such as:

• Legal landscape
• FDA status
• State regulations
• Sterile manufacturing
• Quality assurance
• Evidence evaluation
• Metabolic assessment
• Lifestyle integration
• Patient personalization
• Gut and immune biology
• Glucose regulation
• Tissue repair
• Cellular senescence
• Hormone signaling
• Neuroinflammation
• Case-based clinical reasoning

The educational pathway can be summarized as:

Science → Evidence → Regulation → Product Quality → Patient Assessment → Clinical Integration

Important Educational & Regulatory Notice

This is an educational program for licensed healthcare professionals.

Discussion of a peptide, drug, biologic, exosome product, stem-cell product, or other regenerative therapy within the course:

does not by itself establish FDA approval, safety, effectiveness, or legal availability for a particular clinical use.

Clinicians should independently verify:

• FDA approval status
• Applicable federal law
• State regulations
• Compounding rules
• Evidence quality
• Product source
• Patient-specific indications and risks

before clinical use.

Product Summary

• Product: A4M Peptide Therapy Certification – Module I
• Subtitle: Regenerative & Reparative Peptides
• Provider: American Academy of Anti-Aging Medicine – A4M
• Year: 2026
• Format: On-Demand
• Scheduled Content: Approximately 21.5 Hours
• Primary Focus: Peptide Medicine
• Additional Areas: Metabolism / Regenerative Medicine / Immune Modulation / Hormone Signaling / Longevity
• Eligibility: Licensed Healthcare Practitioners
• Certification: Requires Modules I & II plus applicable A4M/IPS requirements

4. Short Description

A4M Peptide Therapy Certification – Module I 2026: Regenerative & Reparative Peptides provides advanced on-demand education for licensed healthcare practitioners interested in contemporary peptide medicine.

The curriculum covers peptide signaling, FDA and state regulatory status, pharmaceutical quality assurance, sterile manufacturing, personalized clinical assessment, nutrition and lifestyle integration, body composition, glucose and insulin regulation, immune modulation, gut biology, connective-tissue repair, cellular senescence, hormone signaling, neuroinflammation, and patient cases.

The program also reviews emerging peptide categories related to regenerative medicine, metabolic regulation, growth-hormone signaling, immune pathways and longevity research, with emphasis on the differing evidence and regulatory status of individual compounds.

+ Topics:

• Peptides Overview: Controlling Metaflammation, Metabolic Signaling & Clinical Value — 1 hr
• FDA, Quality Assurance & State-to-State Status — 1.5 hr
• Manufacturing of Sterile Product Quality Control — Parts I & II — 2 hrs
• Personalized Peptide Protocols — 0.5 hr
• Integrating Peptides into Clinical Practice — 1 hr
• Global Lifestyle Considerations in Peptide Medicine — 1.5 hr
• SARMs: Science & Controversy — 1 hr
• Body Composition & Metabolism — 2.5 hrs
• Immune Modulation & Gut Repair — 1.5 hr
• Liposomal Oral Peptides — 0.5 hr
• Peptides in Glucose & Insulin Regulation — 1 hr
• Peptides & Bioregulators — 1 hr
• Connective Tissue & Organ Repair — 1.5 hr
• Cellular Senescence, DNA Damage & Telomeres — 1 hr
• Hormone Signaling & Receptor Modulation — 2 hrs
• Brain Inflammation & Autoimmune — 1 hr
• Patient Case Panel — 1 hr