Podcast Library
Welcome to the Redox Revolution Podcast—your ultimate source for cutting-edge insights into cellular medicine, peptide therapy, and metabolic health.
In this episode of Redox Revolution, Dr. Seeds welcomes orthopedic surgeon, Dr. Omar Rahman, who shares how he came to integrate cellular medicine and peptide therapy into his practice.
In this episode of Redox Revolution, Dr. Seeds addresses the misinformation about alcohol and clarifies common misunderstandings related to alcohol’s immediate and long-term effects on the brain and the body and the distinctions between abuse and addiction.
In this episode of Redox Revolution, Dr. Seeds examines hearing loss, the factors that cause significant loss, and what we can do now to prevent it.
In this episode of Redox Revolution, Dr. Seeds discusses the lasting effects of Lyme Disease and the newest treatments that may offer answers and relief to the 450k+ Americans who are infected each year by Lyme Disease.
In this episode of Redox Revolution, Dr. Seeds follows up on the surprising effects of stress on the body and brain. He answers such questions as: why is stress necessary for brain functioning? What are the conditions to maximize the positive effects of stress? How can we “flip” stress from being a negative to a positive?
In this episode of Redox Revolution, Dr. Seeds explores the benefits and costs of stress on the body. He delves into why the body needs stress, how too much stress harms the body, and how best to optimize stress levels for metabolic efficiency and cellular performance.
In this episode, Dr. Seeds welcomes Sal Di Stefano, one of the founders of the hugely popular MindPump podcast to shed light on the truth about fitness, supplements, and peptides.
In this episode of Redox Revolution, Dr. Seeds breaks down what you should know about your blood pressure, one of the most important modifiable risk factors.
Kelli Musa returns to unpack her Self-Led Woman framework, mapping how hormonal, metabolic, neurological, and cellular systems collide during perimenopause and menopause. Dr. Seeds ties the discussion to mitochondrial biogenesis and cellular decision-making, while the group explores GLP-1s, BPC-157, and TB-500 for weight, inflammation, and tissue repair.
Functional wellness practitioner Kelli Musa joins the show to challenge how mainstream medicine handles women's hormonal health. The conversation revisits the misread 2002 hormone study, the difference between normal and optimal hormone levels, and how cortisol, estrogen, and progesterone work as an interconnected system through perimenopause and beyond.
Recorded live at Peptide World Congress 2026, Dr. William Seeds makes the case against symptom-based medicine and walks through how cells actually make decisions: sensing redox balance, allocating energy through AMPK and mTOR, activating NRF2 antioxidant defenses, and protecting mitochondrial DNA. A phenotype-guided framework for cellular optimization.
Dr. Seeds reframes modern care around phenotyping rather than treating symptoms or diagnoses, explaining why peptides work as signaling molecules that help cells make better decisions. Matt and Maddie also preview the Peptide World Congress and the launch of a graduate-level cellular medicine course.
The FDA has announced safety and efficacy reviews of roughly a dozen compounded peptides, including BPC-157, TB-500, DSIP and Melanotan 2, moving several off the restricted category 2 list. Dr. Seeds unpacks the PCAC review process, API manufacturing standards, and why preclinical mechanisms still need human clinical evidence.
Dr. Seeds separates stretching fact from gym-floor fallacy, explaining why static holds before training can backfire while dynamic mobility work prepares the body. He digs into the molecular payoff of stretching done correctly, from inhibiting myostatin and boosting follistatin to adding sarcomeres in series for better contraction velocity.
Dr. Seeds walks Matt and Maddie through the nine B vitamins, from thiamine and riboflavin to folate and B12, explaining absorption pitfalls, over-fortification, and toxicity risks. The conversation digs into homocysteine, one-carbon metabolism, and the MTHFR gene variants that shape methylation and neurotransmitter production.
Magnesium comes in many forms, and this discussion breaks down how glycinate, citrate, threonate, and others carry the mineral to different tissues. Matt and Dr. Seeds cover why soil depletion and poor diets leave many people short, how magnesium moves into cells and mitochondria, and when true repletion matters.
Matt, Maddie, and Dr. Seeds unpack why rapid weight loss on GLP-1 medications can leave the face looking sunken and prematurely aged. The real driver is collagen and elastin failing to keep pace with fat compartment loss, compounded by declining estrogen and mitochondrial inefficiency in women near menopause.
Is hair loss truly genetic? Dr. Seeds breaks down the four types of alopecia and why the follicle's own ecosystem, DHT sensitivity, mitochondrial energy, and scalp fibrosis matter more than a single gene. The talk covers biotin's real role plus regenerative options like microneedling, PRP, and GHK-Cu.
Skin aging splits into intrinsic mitochondrial decline and extrinsic damage, with UV light driving roughly 80 percent of visible changes. Dr. Seeds explains UVA versus UVB, the mitochondrial DNA 4977 deletion behind photoaging, Asian PA sunscreen ratings, vitamin D synthesis, and how the peptide Melanotan stimulates protective melanin.
Urolithin A, a postbiotic your gut makes from pomegranate, walnuts and berries, takes center stage in this look at mitophagy and mitochondrial renewal. Dr. Seeds reviews human trials showing improved oxidative phosphorylation in immune cells, why roughly 40 percent of people cannot produce it naturally, and its role in supporting vaccination response as we age.
Facial plastic surgeon Keith Marcus and nurse Kristen Nagarian share how they folded cellular medicine into their aesthetic practice after joining the SSRP. The conversation traces their path from clinical research and surgery toward a root-cause approach, reframing aesthetics as work that happens from the inside out.
Drawing on decades as an orthopedic and sports medicine surgeon, Dr. Seeds reframes recovery from sports injuries around cellular mechanisms rather than wear and tear. The episode explores tendon and muscle repair, TGF-beta signaling, cartilage degeneration, overtraining, sarcopenia, and the load adaptation that keeps joints resilient with age.
Ubiquinol, the reduced form of CoQ10, gets a careful reassessment as a mitochondrial electron carrier. Dr. Seeds explains its genuine value for people on statins, which block CoQ10 synthesis, while pushing back on marketing that frames it as a universal energy or longevity supplement for already-healthy individuals.
Can you teach an old brain new tricks? Dr. Seeds distinguishes neurogenesis from the synaptic plasticity that actually keeps the brain adaptable, tracing the glutamate-to-BDNF cascade. Exercise, sleep and glymphatic drainage, nutrition, novelty, and social connection all emerge as levers for lasting cognitive resilience.
Coffee acts less as fuel and more as a neuromodulator. Dr. Seeds breaks down how caffeine blocks adenosine A1 and A2A receptors to boost dopamine, acetylcholine and alertness, why it can mask HPA-axis dysregulation in stressed bodies, and what chlorogenic acids and polyphenols mean for gut and metabolic health.
Guest Damian Hancock, CEO of Spectrum X, joins to discuss a drug-grade NAD+ formulation delivered through a single-use injection pen modeled on GLP-1 devices. The conversation centers on manufacturing quality, endotoxin and sterility concerns with compounded NAD, and why standardized dosing gives prescribers a reliable baseline.
A New York Times report on gray-market Chinese peptides flooding Silicon Valley frames this discussion of sourcing, safety, and FDA oversight. Dr. Seeds contrasts 503A compounded peptides under physician supervision with unregulated research chemicals, and pushes back on reckless claims like nasal oxytocin being Ozempic for autism.
As AI tools like ChatGPT move into clinics and prescription renewals, Dr. Seeds weighs their real limits against the hype. He argues pattern-matching software cannot interpret changing patient biology or replace mechanistic reasoning, while acknowledging AI can help synthesize histories and structure data when used as a support tool.
Alzheimer's gets reframed as a phenotype rather than a single plaque disease. The discussion breaks down five converging drivers: amyloid and tau from lost proteostasis, microglial neuroinflammation, mitochondrial energy failure, vascular dysfunction, and insulin resistance, all tracing back to oxidative stress in the neuron over decades.
The gut and brain talk constantly. Dr. Seeds walks through how barrier breakdown, low-grade immune activation, and vagus-nerve signaling connect a struggling microbiome to neurodegeneration. Short-chain fatty acids like butyrate, dietary fiber, and metabolite signaling take center stage over simplistic good-versus-bad bug thinking.
Fresh off a review paper published in JAAOS Global Research and Reviews with co-authors Dr. Omar Raman and Dr. Stephen Lee, Dr. Seeds discusses therapeutic peptides in orthopedics. The conversation covers wound-healing agents like BPC-157 and GHK-Cu, growth hormone secretagogues, and the need for rigorous clinical trials.
A single 81 mg aspirin does far more than thin blood. Dr. Seeds explains how acetylation shuts down COX-1 while retasking COX-2 to produce pro-resolving mediators like resolvins and lipoxins from omega-3s, plus its effects on the cGAS-STING pathway, PPAR alpha and the resolution of chronic inflammation, along with who should avoid it.
Red light therapy and cold plunge headline this look at popular rejuvenation tools and where the marketing outruns the science. Dr. Seeds explains how red light sparks the electron transport chain and cytochrome c oxidase to support soft-tissue healing and skin, while cautioning that its effects stay superficial and short-lived.
A back-to-basics look at cellular medicine, told by the innovator behind the framework. Dr. Seeds lays out four pillars: redox balance, mitochondrial signaling, core metabolic pathways, and cellular resilience, then traces how his orthopedic practice revealed that treating the cellular environment, not just the diagnosis, changes patient outcomes.
Sarcopenia takes center stage as Dr. Seeds dismantles the fear that GLP-1 peptides cause muscle loss. Preserving lean mass during weight loss comes down to adequate protein and leucine, resistance training, and slow, deliberate fat loss that lets the body build efficient, mitochondria-rich muscle.
Often overlooked, the lymphatic system drains cellular debris and activates immune defenses through nodes rich in T and B cells. Dr. Seeds explains why lymph flow and the brain's glymphatic drainage are redox-driven, when lymphatic massage genuinely helps, and how stage-four sleep clears amyloid and tau.
Bad breath is often a window into the oral microbiome. Dr. Seeds connects chronic halitosis to dysbiosis, biofilm and plaque, redox imbalance and immune dysregulation in the gums, tracing how these bacteria and their endotoxins contribute to heart disease, neuroinflammation and insulin resistance. Saliva, lactoferrin and flossing emerge as key defenses.
Dr. Seeds answers the podcast's namesake question and defines redox as the movement of electrons in the mitochondria that drives energy production. He walks through reactive oxygen species as signaling agents, the body's own antioxidant system governed by NFR2, and why supplementing antioxidants can disrupt the balance the cell manages on its own.
Platelet-rich plasma delivers a burst of growth factors like PDGF, VEGF, and TGF-beta, but Dr. Seeds argues its roughly fifty-fifty results hinge on the cellular environment it enters. The episode covers preparing patients metabolically, pairing PRP with stem cell signaling, and why insulin resistance is a clear contraindication.
Stem cell clinics promise regeneration, but Dr. Seeds pushes back hard on the marketing. He distinguishes embryonic, mesenchymal, and hematopoietic cells, explains what the FDA actually permits, and stresses that stem cells work through signaling and the secretome, so results depend on first repairing the patient's cellular environment.
Why longevity works better as a marketing term than a health goal. The conversation distinguishes chasing chronological years from building healthspan and biological age, questions whether expensive longevity panels are worth the money, and returns the focus to cellular function as the real target of aging well.
Guests Dr. Carl Paige and Terri return to explore how quantum biology, electron flow, coherence, and circadian rhythm shape cellular function. The conversation grounds these ideas in patient care, emphasizing trust, small early wins, and go-to peptides such as thymosin alpha-1, BPC-157, and Selank.
Dr. Carl and Terri Paige of Louisville's Medical Transformation Center join the show to share their origin story. Carl recounts how his search to resolve Terri's gut and autoimmune issues pulled him beyond conventional primary care toward cellular medicine, and the couple reflects on meeting Dr. Seeds at the early International Peptide Society.
Preparing the cell for cold-weather illness means fueling energy and immune defense, not loading up on antioxidants. Dr. Seeds explains why routinely taking vitamin C, vitamin E or NAC can leave you over-reduced and less able to fight viruses, and how zone 2 training, brief cold exposure and sauna fit a smarter seasonal strategy.
Mark Newman, founder of Precision Analytical and creator of the DUTCH test, explains how dried urine testing captures a dynamic, functional picture of hormone metabolism. He and Dr. Seeds discuss retiring the old estrogen metabolism pie chart, the need for scientific humility, and building reports clinicians can actually interpret.
Building on his book The Quantum Power of GLP-1 Peptides, Dr. Seeds shares a gentler alternative to intermittent fasting: a four-day graded calorie restriction cycle. The talk covers how catabolism, AMPK, cortisol, and thyroid interact, why constant fasting can backfire, and how cycling supports the microbiome and cellular adaptation.
Wellness thought leader Lea Llovio joins to explore how belief, mindset, and emotional interference shape healing. She and Dr. Seeds discuss why both patient and practitioner need genuine investment for protocols to work, how guilt and negative thought patterns block progress, and the practice of radical self-acceptance.
Exercise may be the brain's best medicine. Dr. Seeds details how resistance training and aerobic work raise BDNF through muscle-derived irisin, lactate fueling, and the AMPK to PGC-1 alpha pathway. The result is stronger synaptic plasticity, sharper cognition, and greater resilience against inflammation and insulin resistance.
Your cells run on 24-hour rhythms coordinated by a master clock in the hypothalamus. Dr. Seeds explains how morning light resets the system, why insulin sensitivity and AMPK peak early while mTOR favors afternoon training, and how NAD salvage and sirtuin activation set up nightly cellular repair.
A pre-print trial claiming semaglutide slows epigenetic aging in HIV patients with lipohypertrophy sparks a pointed discussion of methylation clocks. Dr. Seeds argues these aging biomarkers predict morbidity and mortality but should not replace validated mechanisms, walking through how GLP-1s act on AMPK, mTOR and brain plasticity that he says already prove their value.
Creatine gets demystified as far more than a bodybuilding staple. Dr. Seeds frames it as an on-demand ATP battery built through phosphocreatine in the mitochondria, then explores its reach into brain energy, glutamate recycling, anxiety, and methylation. The team also untangles the creatine versus creatinine confusion.
Emergency medicine physician and SSRP faculty member Dr. Siobhan Newman shares how frustration with reactive care drew her toward cellular medicine. She discusses personalizing treatment for complex neurodegenerative and autoimmune cases, why the word longevity can ring hollow, and how family and community anchor lasting health outcomes.
A deep look at estrogen, progesterone, and testosterone across a woman's life and their roles in mitochondrial function, cognition, bone, and tissue repair. Dr. Seeds emphasizes mapping estrogen metabolites through urine testing before prescribing hormones and revisits the flawed 2002 Women's Health Initiative study that set HRT back for decades.
Low testosterone is rarely solved by simply handing a man testosterone. Dr. Seeds and Maddie examine hypogonadism as a cellular problem, where membrane fluidity, mitochondrial NADPH, cholesterol transport, and androgen-receptor density govern production. They also revisit the flawed studies behind the FDA's since-removed cardiovascular warning on testosterone therapy.
Part three of Dr. Seeds' story traces his path from a demanding New York surgical residency during the AIDS crisis through a foot and ankle fellowship he ultimately declined. He recounts building Seeds Orthopedics and quietly treating elite athletes at an Olympic training center using peptides, stem cells and tissue-repair protocols.
In the second part of his personal case study, Dr. Seeds shares the experiences that shaped him, from a childhood lesson in integrity at a hardware store to his early plans for a life on the ski slopes. He recounts losing his father suddenly at seventeen and the vow that redirected him toward medicine.
Dr. Seeds opens up about his family tree in part one of a personal case study. He recounts his grandfather Elmore, a pioneer of nuclear medicine, and his father Asa, who helped establish maternal-fetal medicine, plus the habit of questioning everything that shaped his path into cellular medicine.
Veterinary epidemiologist Dr. Stephanie Venn-Watson recounts how studying Navy dolphins uncovered C15, or pentadecanoic acid, the first essential fatty acid identified in over 90 years. She and Dr. Seeds explore cellular fragility syndrome, how C15 strengthens cell membranes, and its roles in signaling, metabolism, and epigenetic regulation.
Methylene blue gets scrutinized as a redox-cycling agent that shuttles electrons past damaged complexes in the electron transport chain. Dr. Seeds defends its role in specific disease states while warning that its inhibition of nitric oxide and blocking of mitochondrial adaptation make it a poor choice for healthy people chasing performance.
NAD gets a hard look as Dr. Seeds challenges the booming infusion industry. He explains NAD's real role as a redox cofactor and sirtuin substrate, why CD38 sinks and senescent cells grab it first, and why the energy rush people feel is a false, catecholamine-driven signal rather than new ATP.
Is metformin really an anti-aging drug? Dr. Seeds pushes back on the longevity hype, noting the diabetes medication inhibits mitochondrial complex I, the very electron-transport machinery cellular medicine aims to strengthen. He examines the Horvath clock and telomere claims, and studies showing its mortality benefits may be short-lived.
Fiber is framed as the trigger for a cascade of molecular pathways rather than just a digestive aid. Dr. Seeds explains how gut microbes ferment indigestible fiber into short-chain fatty acids like butyrate, propionate and acetate that fuel colon cells, stimulate the body's own GLP-1 release, and support microbiome diversity and lipid metabolism.
Jason DiBona, CEO of Molekule, joins to examine how airborne pollutants damage health at the cellular level. The talk covers PM2.5 particulates crossing the lung barrier, oxidative stress and mitochondrial dysfunction, inflammaging, and why indoor air can be far dirtier than outdoor, making clean air a foundational part of any wellness routine.
Continuing the aesthetics conversation, Dr. Seeds explains what Botox actually does at the cellular level. Beyond legitimate uses for spasticity and migraines, cosmetic injections paralyze facial muscle, and the resulting disuse can drive atrophy, senescent cells, and fibrous tissue that complicate collagen health and later plastic surgery.
The extracellular matrix takes the spotlight as Dr. Seeds explains how BPC-157 and TB-500 support recovery, repair, and injury prevention at the cellular level. The episode also covers why static stretching before training can set you up for injury and makes the case for active, dynamic warmups.
Listener questions drive this AMA, opening with how people in their 30s can protect the cellular efficiency that begins declining with age. Dr. Seeds returns repeatedly to exercise as the master lever for sleep, mood, and metabolism, then unpacks calorie restriction, the four-day fast, and pairing secretagogue peptides with fasting.
Longtime friend and patient Nick Alexander, an elite Colorado ski instructor, joins Matt, Maddie and Dr. Seeds. Between stories of 24 years on the mountain, Nick describes the knee and back injuries that threatened his career and how peptides, stem cells and tissue-repair protocols kept him skiing when surgeons offered little hope.
Wearables like Whoop and Oura and the rise of AI in medicine anchor a conversation about data versus judgment. Dr. Seeds and the hosts weigh how trackers motivate patients while risking sensory overload, and discuss AI hallucinations, data privacy, algorithmic bias, and why technology should sharpen curiosity rather than replace a provider's foundational knowledge.
Peptides get a ground-up introduction as signaling agents the body already recognizes, built from amino acids joined by peptide bonds. Dr. Seeds explains how they nudge enzymes, receptors, and mitochondrial efficiency, and distinguishes cellular medicine from regenerative and functional medicine as the next step deeper into the cell.
Chronic disease takes hold when cells lose the ability to adapt to everyday stress. Dr. Seeds explains how redox imbalance and mitochondrial dysfunction drive conditions like metabolic syndrome, why static biomarker and biological-age tests can mislead patients, and why restoring the cellular environment matters more than chasing individual numbers.
Fitness coach Jay Ferruggia joins to challenge gym myths, from the fat-loss workout fallacy to chronic overtraining. He and Dr. Seeds make the case for performance-focused, low-fatigue training, prioritizing sleep and recovery, and treating muscle as a longevity organ, with peptides gaining ground in the strength community.
Reviewing 2024's standout peptides, Dr. Seeds crowns GLP-1 receptor agonists, tracing the progression from semaglutide to tirzepatide and triple-agonist retatrutide and their tolerability gains. He adds tesamorelin and growth-hormone secretagogues for mitochondrial and metabolic support, plus candid talk on compounding, dosing, and affordability.
Can cellular damage and aging be reversed? Dr. Seeds returns to the three pillars of exercise, diet and sleep, then explains how insulin resistance signals stressed beta cells and how peptides, GLP-1 agonists and circadian repair can restore mitochondrial flexibility and NAD production to help patients age more gracefully.
The inaugural episode lays the groundwork for the series, defining redox as the balance of oxidative stress and antioxidants that governs cellular health. Dr. Seeds explains how he used peptides, starting with insulin, to introduce physicians to cellular medicine, and why individualized thinking beats rigid protocols and marker-chasing lab panels.