1. Overview
The Seeds Scientific Research & Performance Peptide World Congress 2024 offers a comprehensive exploration of the latest breakthroughs in cellular medicine, longevity, and advanced peptide therapies. The program features evidence-based protocols for addressing neurodegenerative disease, metabolic health, regenerative aesthetics, and systemic optimization.
Course Date: 2024
Cellular-level clinical reasoning for clearer testing choices and more structured follow-up in complex cases
For clinicians seeking stronger interpretation of complex testing
This course brings together a multi-speaker survey of cellular medicine, focusing on how mechanism-based thinking can inform day-to-day clinical reasoning. You will review practical measurement and interpretation topics—including cardiac CT plaque phenotyping and staging, hormone testing options (serum, saliva, and urine metabolites), and breath analysis for metabolic flexibility—to better connect physiology to clinical decisions and follow-up. Sessions also compare common cardiometabolic therapies (such as metformin, SGLT2 inhibitors, and incretin-based medications) and discuss selected modalities including hyperbaric oxygen therapy (HBOT), peptides, and neuromodulation, emphasizing intended use, limitations, and safety considerations rather than standardized protocols. Across talks and case narratives, the course reinforces a “mechanism → measurement → reassessment” approach that can support clearer documentation, risk stratification, and individualized care planning. In practice, this framework aims to help clinicians track patient-relevant endpoints over time (for example, imaging findings, symptoms, function, and metabolic markers) and adjust plans based on response. It is designed for clinicians and advanced trainees in integrative, functional, metabolic, or longevity-oriented care, as well as allied health professionals and researchers who want a structured way to interpret complex presentations.
What’s Included
The course is organized as a series of recorded stage talks and a panel discussion that move from core physiology to clinical interpretation and follow-up. Across topics, the emphasis is on linking mechanisms to measurement so learners can apply a consistent reasoning framework in practice.
Over 20 hours of video content
4 modules
27 video lessons
Downloadable learning guides
2. Learning Objectives
Formulate cellular medicine protocols focusing on optimizing sleep, circadian rhythms, and peak physical performance.
Evaluate the clinical applications of advanced peptides for managing sarcopenia, mitochondrial disease, and neurodegenerative repair.
Implement evidence-backed approaches for hormone monitoring, estrogen regulation, and optimizing reproductive health treatments.
Assess the regenerative potential of stem cells, exosomes, and biostimulators in modern aesthetic and cellular medicine.
Integrate emerging adjunctive therapies, including hyperbaric oxygen therapy and Vagus Nerve Stimulation, to enhance overall patient outcomes.
3. Target Audience
Best for integrative physicians and functional medicine practitioners who want updates on cellular medicine, longevity, and peptide protocols.
4. Topics
Day 1 Breakout Stage Jamie Gabel, PA-C, MS – Cellular Medicine in Review A Case Studies Approach
Day 1 Breakout Stage Jaspreet Dhau, PhD – Air Filtration, Purity, and Their Impacts on Your Patient Protocols Effectiveness
Day 1 Breakout Stage Juan Bautista, MD – Optimizing Health through VO2 Max and Muscle Dynamics Insights and Applications
Day 1 Breakout Stage Justin Kirkland, MS – Sarcopenia Treatments New Drugs, Supplements, and Peptides for Treating Muscle Wasting
Day 1 Breakout Stage William Seeds, MD – Peak Performance A Revolutionary Pre-Workout Ritual with Hydration, Ketones, Bicarbonate, and Trehalose
Day 1 Main Stage Abid Husain, MD – Move Over Metformin!
Day 1 Main Stage Azza Halim, MD – Regenerative Aesthetics and Epigenetics Stem Cells vs. Exosomes vs. Biostimulators
Day 1 Main Stage Greg Jones, NMD – Sleep Restored Cellular Medicine Strategies for Deep Sleep and Circadian Rhythm
Day 1 Main Stage James Earls, MD – The Missing Piece We Needed AI’s Role in Heart Attack Prevention
Day 1 Main Stage Kris Wusterhausen, DO – Cagrilintide Is it a Worthy Addition to Your Weight Loss Program
Day 1 Main Stage Mark Newman, MS – Mastering Hormone Monitoring Integrating Evidence-Backed Approaches for Effective Care, HRT Considerations Incl…
Day 1 Main Stage Scott Sherr, MD – Your Brain on Oxygen Hyperbaric Physiology, Indications, Protocols, and a Clinical Framework
Day 1 Main Stage Siobhan Newman, MD – Humanin A Mitochondrial Peptide for Neurodegenerative Repair
Day 1 Main Stage Stephanie Venn-Watson, DVM, MPH – The Cell Stability Hypothesis How C150 Stops Accelerated Aging
Day 1 Main Stage William Seeds, MD – The Decline of Physical Activity and Its Epigenetic Impact on Future Generations
Day 2 Breakout Stage Bruce Hoffman, MD – Mitochondrial Disease, Cell Danger Response, and Cell Membrane Medicine in the Context of Chronic Complex …
Day 2 Breakout Stage Sal Di Stefano – Exercise and the Importance of Maintaining Muscle
Day 2 Main Stage Carl Paige, MD – The Ins and Outs of Healthy Skin – the Microbiome Connection
Day 2 Main Stage Cynthia Keller, MD – What Only a Pediatrician Can Teach You About Caring for Your Adult Patients the Post-Covid Edition
Day 2 Main Stage Duncan Ross, PhD – Exosomes Sources and Regulatory Takeaways from Products Marketed Around the Globe
Day 2 Main Stage Elizabeth Yurth, MD – How to Teach an Old Drug New Tricks Novel Treatment Ideas!
Day 2 Main Stage Lindsey Berkson, MA, DC – Estrogen Vilified, Now Vindicated
Day 2 Main Stage Mark Surrey, MD – A (Re)Productive Conversation around the Latest Advances in Fertility Treatments
Day 2 Main Stage Mitch Fleisher, MD, FSSRP – Peptide Therapy and Integrative Medicine for Cancer Support
Day 2 Main Stage Peter Staats, MD – Vagus Nerve Stimulation The Next Big Thing
Day 2 Main Stage Will Haas, MD, MBA – Keeping IV Therapy Impactful for Patient and Practice
Day 2 Main Stage William Seeds, MD – The Critical Role of Molecular Pathways in Understanding Omics Data





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