Resource Library
Explore our comprehensive library of courses, videos, articles, books, news, and events.
Search Resources
Polyamines Sustain Epithelial Regeneration in Aged Intestines by Modulating Protein Homeostasis
Dr. Seeds reviews new research on how polyamines support intestinal regeneration in aging tissue by improving protein homeostasis and translational efficiency. He explores the clinical relevance of spermidine, dietary interventions, and polyamine pathway modulation in protecting gut resilience after injury. (Article Link)
1. Peptides for frozen shoulder (0:39)
2. Safety alongside PPI therapy in an active duodenal ulcer (09:27)
3.Protocols for a complex patient with post MRI tinnitus and hyperacusis (21:03)
Polycystic 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
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
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)
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.
Are GLP-1s Causing Muscle Loss? Here’s What to Do.
How Vitamin B3 May Help Reduce Skin Cancer Risk
Dr. Seeds reviews a large-scale clinical study on nicotinamide (vitamin B3) and its ability to reduce skin cancer risk. He explains how nicotinamide supports DNA repair and immune balance in keratinocytes following UV exposure—showing up to a 50% reduction in secondary skin cancers. A fascinating look at how cellular repair pathways, NAD metabolism, and targeted supplementation intersect in the prevention of UV-induced disease. (Article Link)
Sodium, Glucose Pathways, and Liver Health
October 2025 Office Hours
1. Metabolic, hormonal, and psychological recovery in complex perimenopausal case [0:43]
2. Measure peptide outcomes beyond symptoms and track mitochondrial flexibility [15:02]
3. Strategies for treating recurrent, therapy-resistant C. diff colitis [26:20]
4. Mitochondrial case centered on enhancing muscle strength and respiratory resilience [30:42]
GLP-1 Not Working Like It Used To? Here’s What to Do Next.
Semaglutide Slows Epigenetic Aging in People with HIV-associated 3 lipohypertrophy: Evidence from a Randomized Controlled Trial
Dr. Seeds reviews a new study on GLP-1 receptor agonists and their potential to slow biological aging in HIV patients, measured through DNA methylation clocks. He highlights both the promising findings on inflammation, brain, and heart aging. (Article Link)
NAC vs. IV Glutathione
Is IV Glutathione Overrated?
Dr. Seeds clears up the confusion between IV glutathione and oral N-acetylcysteine (NAC). What’s more effective for long-term glutathione support? He breaks down the science, including why IV glutathione may not work the way you think—and when it can be useful. From biochemical breakdowns to clinical use cases, this episode is packed with clarity on one of the most misunderstood antioxidant strategies.