Peptide Therapy Foundations – Digital On-Demand
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VIEW ALLPolycystic Kidney Disease & Mitochondrial Support
Dr. Seeds explores how calcium dysregulation and mitochondrial dysfunction drive the progression of polycystic kidney disease. Learn how GLP-1s, AMPK activation, and mitochondrial peptides like MOTS-c and SS-31 may support energy balance and cellular repair in PKD.
Kisspeptin Beyond IVF: Promise, Limits, and What the Science Says
Dr. Seeds explores a clinician question on the potential use of kisspeptin for fertility support outside of IVF. He reviews what the current literature actually supports, explains how kisspeptin functions as an upstream regulator of the reproductive axis, and outlines why evidence for improved egg quality or natural conception outside assisted reproduction remains theoretical at this time.
How Exercise Lactate Drives Brain BDNF
IV Lactate, BDNF and Exercise
Dr. Seeds breaks down a new study on IV lactate and pro BDNF, clarifying what it means for brain health and cellular medicine. (Article Link)
Pinealon and Sleep
Dr. Seeds breaks down how pinealon supports deep sleep by restoring circadian rhythms, reducing oxidative stress, and enhancing mitochondrial and epigenetic repair without sedation. He also shares practical dosing strategies and how it pairs with TA1 for optimal recovery.
High-Intensity Interval Training & Brain Plasticity
Dr. Seeds reviews a systematic study linking HIIT to CREB activation—fueling neuroplasticity, memory, and resilience. Learn how the right training intensity activates BDNF, improves cognition, and may serve as a non-pharmacologic therapy for neurodegenerative diseases. (Article Link)
In this third book, Dr. Seeds offers readers a concise guide to both the research and clinical applications of GLP-1s and other peptides. This book is intended to empower medical professionals and individuals who want to be part of a healthcare movement committed not only to longevity but to optimal healthspan.
Brain Energy Metabolism: Rest vs. Exercise
Dr. Seeds explains how the brain uses fuel differently at rest and during exercise—and why lactate, glucose, and mitochondrial signaling matter. From Zone 2 to HIIT, discover how different workouts boost neuroplasticity, cognitive performance, and brain resilience.