Seeds Scientific Research & Performance – Peptide Therapy Foundations 2020

Foundational Training in Peptide Therapy, Cellular Medicine, Regenerative Medicine, and Functional Longevity

Overview

Peptide Therapy Foundations 2020 from Seeds Scientific Research & Performance (SSRP) is a comprehensive introductory program designed to help clinicians understand the science, physiology, and practical clinical applications of peptide therapy.

The course presents peptide therapy through a cellular medicine framework, focusing on how signaling peptides influence tissue repair, hormonal regulation, immune function, sleep quality, cognitive performance, metabolic health, and healthy aging. Participants learn the mechanisms of action, clinical rationale, implementation strategies, monitoring approaches, and safety considerations for commonly used peptides in functional and integrative medicine.

Through more than five hours of educational content, the program bridges basic science and clinical application, providing a structured foundation for clinicians interested in regenerative medicine, longevity medicine, performance optimization, and personalized healthcare.

Course Specifications

Format

• 13 Video Lectures (MP4)
• 13 Audio Files (MP3)
• 13 Subtitle Files (VTT)
• 17 PDF Learning Resources

Course Year

2020

Educational Level

Intermediate

Specialty

Functional Medicine & Regenerative Medicine

Total Content

• Over 5 Hours of Video Education
• 1 Comprehensive Learning Module

Learning Objectives

Upon completion of this course, participants should be able to:

• Understand the principles of cellular medicine.
• Explain how peptides function as biological signaling molecules.
• Differentiate major peptide classes and mechanisms.
• Apply peptide-based clinical reasoning.
• Understand peptide dosing, administration, timing, and cycling concepts.
• Evaluate peptide applications in tissue repair and recovery.
• Review peptide approaches for sleep optimization and circadian regulation.
• Understand immune-modulating peptide therapies.
• Implement monitoring strategies during peptide treatment.
• Assess potential risks and safety considerations.

Core Topics Covered

Foundations of Cellular Medicine

Topics Include

• Cellular Communication
• Signal Transduction
• Tissue Regeneration
• Aging Physiology
• Functional Medicine Concepts
• Systems-Based Clinical Reasoning

Participants develop a framework for understanding how peptide therapies interact with cellular physiology.

Peptide Therapy Fundamentals

Topics Include

• What Are Peptides?
• Peptide Classification
• Mechanisms of Action
• Clinical Applications
• Treatment Planning
• Safety Considerations

Review of the fundamental principles behind peptide-based therapies.

Growth Hormone Axis Peptides

A major focus of the course.

Topics Include

• Growth Hormone Physiology
• GHRH Peptides
• GHRP Peptides
• Growth Hormone Signaling
• IGF-1 Regulation
• Anabolic and Regenerative Effects

Participants learn how various peptides influence the growth hormone axis.

CJC-1295

Topics Include

• Mechanism of Action
• Growth Hormone Release
• Anti-Aging Applications
• Recovery Optimization
• Clinical Monitoring

Review of one of the most commonly discussed growth hormone-releasing peptides.

Ipamorelin

Topics Include

• Growth Hormone Secretagogue Activity
• Recovery Support
• Sleep Optimization
• Body Composition Applications

Participants learn practical implementation concepts and monitoring considerations.

MK-677 (Ibutamoren)

Topics Include

• Growth Hormone and IGF-1 Effects
• Metabolic Impact
• Body Composition
• Recovery and Performance Applications

Discussion includes physiologic effects and follow-up strategies.

Tissue Repair and Regeneration

Topics Include

• Wound Healing
• Fibroblast Activity
• Extracellular Matrix Remodeling
• Musculoskeletal Recovery
• Regenerative Medicine Concepts

Special emphasis is placed on mechanisms involved in tissue healing.

BPC-157

Topics Include

• Tissue Repair Mechanisms
• Gastrointestinal Applications
• Musculoskeletal Recovery
• Regenerative Signaling

Review of one of the most frequently discussed regenerative peptides.

Thymosin Beta-4 (TB-4)

Topics Include

• Cellular Repair
• Tissue Regeneration
• Recovery Optimization
• Inflammatory Modulation

Participants explore its role within regenerative medicine frameworks.

Sleep and Circadian Biology

Topics Include

• Sleep Physiology
• Circadian Rhythm Regulation
• Hormonal Synchronization
• Recovery and Restoration

The course connects peptide discussions with broader sleep and recovery physiology.

Delta Sleep-Inducing Peptide (DSIP)

Topics Include

• Sleep Regulation
• Circadian Function
• Recovery Support
• Neuroendocrine Effects

Cognitive and Neuroregenerative Applications

Topics Include

• Stress Response
• Cognitive Function
• Neuroprotection
• Anxiety Modulation
• Brain Recovery

Review of peptides explored for neurologic and cognitive support.

Selank

Topics Include

• Anxiolytic Effects
• Cognitive Performance
• Stress Reduction
• Neurotransmitter Modulation

Participants learn the proposed mechanisms and clinical applications.

Immune System Modulation

Topics Include

• Immune Regulation
• Inflammatory Pathways
• Host Defense
• Functional Immunology

The course examines how peptides may influence immune system function.

Thymosin Alpha-1 (TA-1)

Topics Include

• Immune Function
• Immune Signaling
• Inflammatory Modulation
• Clinical Applications

Longevity and Epigenetics

Topics Include

• Healthy Aging
• Cellular Longevity
• Epigenetic Influences
• Age-Related Decline
• Regenerative Strategies

Review of peptide approaches aimed at promoting healthy aging.

Epitalon

Topics Include

• Longevity Research
• Cellular Aging
• Telomere Biology
• Regenerative Concepts

Discussion focuses on theoretical and emerging applications within longevity medicine.

Clinical Implementation Strategies

Topics Include

• Dosing Concepts
• Administration Routes
• Treatment Timing
• Cycling Strategies
• Follow-Up Monitoring
• Patient Reassessment

Participants learn practical considerations for integrating peptide therapies into clinical practice.

Safety and Monitoring

Topics Include

• Tolerability Considerations
• Clinical Follow-Up
• Biomarker Monitoring
• IGF-1 Monitoring
• Individualized Treatment Adjustments

Strong emphasis is placed on structured monitoring and patient safety.

Educational Features

Mechanism-Based Learning

Focuses on understanding physiology rather than memorizing protocols.

Practical Clinical Framework

Provides a systematic approach to peptide implementation.

Regenerative Medicine Perspective

Links peptide therapies with tissue repair, recovery, and optimization strategies.

Functional Medicine Integration

Connects peptide therapy to broader lifestyle, metabolic, immune, and longevity frameworks.

Target Audience

Physicians

• Functional Medicine Physicians
• Integrative Medicine Physicians
• Preventive Medicine Physicians
• Family Medicine Physicians
• Internal Medicine Physicians

Advanced Practice Providers

• Nurse Practitioners
• Physician Assistants

Allied Health Professionals

• Functional Medicine Practitioners
• Wellness Professionals
• Longevity Medicine Providers

Why Choose This Course?

• Comprehensive introduction to peptide therapy.
• Strong focus on cellular medicine principles.
• Covers regenerative, metabolic, immune, and cognitive applications.
• Explains practical implementation considerations.
• Suitable for clinicians new to peptide therapy.
• Provides a structured framework for clinical decision-making.

4. Topics

• Module 1 Introduction to Cellular Medicine – William A. Seeds, MD

• Module 2 CJC 1295 – Anti-Aging & Body Optimization – William A. Seeds, MD

• Module 3 Tesamorelin – GH Modulation – William A. Seeds, MD

• Module 4 GHRP – Anti-Depressant & Anxiety – William A. Seeds, MD

• Module 5 Ipamorelin – Anti-Aging & Defense – William A. Seeds, MD

• Module 6 MK-677 Body Optimization William A. Seeds, MD

• Module 7 Epitalon – Longevity & Epigenome – William A. Seeds, MD

• Module 8 Improving Cell Signaling & Cell Repair – William A. Seeds, MD

• Module 9 BPC-157 – Tissue Repair & Regeneration – William A. Seeds, MD

• Module 10 DSIP – Cognitive Repair & Regeneration – William A. Seeds, MD

• Module 11 TA-1 – Immune System Modulation – William A. Seeds, MD

• Module 12 TB-4 – Immune Repair & Optimization – William A. Seeds, MD

• Module 13 Selank – Stress Reduction – William A. Seeds, MD