Longevity Unlocked

Episode Summary
In this episode of Longevity Unlocked, Coach Kyle sits down with Dr. Benjamin Kosubevsky for a special FAQ episode where they answer some of the most common questions patients and listeners ask about regenerative medicine.
From the basics of what regenerative medicine actually is, to deeper topics like stem cell therapy, PRP injections, IV nutrient therapy, and chelation, the two break down complex treatments into simple, practical explanations. They discuss how regenerative therapies aim to restore the body’s natural healing ability rather than simply masking symptoms.
Dr. K explains how treatments like stem cells, PRP, peptides, and ozone work by signaling the body to repair damaged tissue. The conversation also covers how often treatments like stem cell therapy or PRP are typically performed, what patients should realistically expect from regenerative therapies, and how treatment plans are customized based on individual goals, injuries, and health conditions.
Kyle and Dr. K also emphasize that regenerative medicine is not a one-size-fits-all approach. Whether someone is recovering from an injury, addressing heavy metal toxicity, or simply optimizing longevity, therapies must be tailored to each patient’s unique biology and lifestyle.
Listeners will gain clarity on how regenerative treatments work, when they’re appropriate, how frequently they may be used, and why goal-based treatment planning is essential for long-term health and healing.
 
Key Takeaways
Regenerative medicine focuses on restoring the body’s natural healing processes rather than masking symptoms.Treatments may include PRP, stem cells, ozone therapy, peptides, and IV regenerative therapies.Stem cell therapies primarily work by signaling the body to repair damaged tissue.Many regenerative treatments are injected directly into injured areas with poor blood supply.PRP therapy uses a patient’s own blood to concentrate healing growth factors.Stem cell injection treatments are typically recommended only when the likelihood of success is high.IV stem cell therapy may be used more frequently depending on patient goals.Chelation therapy helps remove heavy metals by binding them and allowing the body to excrete them.Regenerative therapies can often be combined for synergistic healing effects.Treatment frequency and maintenance plans depend heavily on patient goals and underlying conditions.
Chapters
00:00 – How often stem cell therapy should be done
00:20 – Welcome to Longevity Unlocked
01:10 – Introducing the FAQ episode format
02:00 – What regenerative medicine actually means
02:45 – How stem cell therapy works
03:40 – How often stem cell treatments are recommended
04:30 – PRP therapy explained and treatment timelines
05:00 – IV hydration and vitamin infusion frequency
05:50 – Chelation therapy and heavy metal detox
06:40 – What patients should expect from regenerative therapy
07:00 – Combining regenerative treatments safely
07:30 – When maintenance therapy may be necessary
08:10 – Are regenerative treatments safe?
08:40 – Asking future questions for upcoming episodes
09:10 – NAD patch giveaway announcement
09:35 – Episode wrap-up and disclaimer
 
Sponsors
Longevity Center
Integrative, osteopathic, and regenerative healthcare — all under one roof.
Location: 580 Village Blvd #210, West Palm Beach, FL 33409
Website:⁠ https://www.thelcfl.com/⁠
Instagram:⁠ https://www.instagram.com/thelcfl/⁠
 
Credits
Produced by:Clearview Studio
Filmed by: Jackson Young (@clearviewstudios)
 
People & Social Links
Podcast Website:⁠ https://peakperformancepodcast.online/⁠
Instagram: @thepeakperformancepod
X (Twitter): @PeakPerformPod
Dr. K on Instagram: @theosteodoc
 

Episode Summary
In this episode of Longevity Unlocked, Coach Kyle and Dr. K break down Low-Dose Naltrexone (LDN)—what it does, what it doesn’t do, and when it actually makes sense to use. They explain how LDN works primarily by reducing inflammation through multiple pathways and lowering reward-driven cravings, including sugar, food, and alcohol cravings.
The conversation clarifies why LDN should be viewed as a temporary tool or “bandage”, not a cure or a longevity drug. Kyle and Dr. K discuss realistic expectations, proper dosing, cost considerations, and why LDN works best when used alongside root-cause treatments rather than replacing them. They also explore niche applications such as using LDN to ease cravings when tapering off GLP-1 medications.
The episode expands into standard-dose naltrexone and its evidence-based role in reducing alcohol cravings by rewiring reward pathways over time. Listeners walk away with a clear, practical understanding of how to use LDN responsibly, avoid overpaying, and decide whether it fits into their broader health strategy.
Key Takeaways
LDN primarily reduces inflammation and cravings.LDN is not a cure and not a primary longevity medication.It is best used as a temporary tool while addressing root causes.LDN can help with chronic fatigue, chronic inflammation, and unexplained symptoms.Typical starting dose is ~0.5 mg, slowly titrated upward.Doses above ~5 mg are no longer considered “low dose.”Expected benefits are subtle, not dramatic.LDN may reduce sugar and food cravings via dopamine modulation.It can help stabilize appetite when tapering off GLP-1 medications.Most people stay on LDN for months to a few years.LDN should cost about $1 per capsule from a compounding pharmacy.Regular-dose naltrexone (50 mg) can reduce alcohol cravings.Alcohol protocols require continued drinking for brain rewiring.Cravings typically decrease gradually over 4–8 months.LDN should never be used with opioids due to withdrawal risk.
Chapters
00:00 – What LDN actually does00:23 – Show intro & medical disclaimer01:30 – What is low-dose naltrexone?02:05 – Opioid receptors, dopamine & inflammation02:45 – Why LDN is best used as a “bandage”03:30 – Conditions LDN is commonly prescribed for04:10 – LDN for sugar and food cravings04:45 – Mast cells, histamine & immune effects05:05 – How to dose LDN safely05:50 – What results to realistically expect06:30 – Is LDN a longevity drug?07:05 – How long people typically stay on LDN07:45 – Pricing, compounding pharmacies & overpaying08:40 – Using LDN when coming off GLP-1s09:55 – Standard-dose naltrexone for alcohol use11:20 – How alcohol reward rewiring works12:45 – Timeline for reduced alcohol cravings14:15 – Final takeaways & episode wrap-up
Sponsors
The Longevity Center FLIntegrative, osteopathic, and regenerative healthcare — all under one roof.Location: 580 Village Blvd #210, West Palm Beach, FL 33409Website: https://www.thelcfl.com/Instagram: https://www.instagram.com/thelcfl/
Credits
Produced by: Clearview StudioFilmed by: Jackson Young (@clearviewstudios)
People & Social Links
Podcast Website: https://peakperformancepodcast.online/Instagram: @thepeakperformancepodX (Twitter): @PeakPerformPodDr. K on Instagram: @theosteodoc

Episode Summary
 
In this episode of Longevity Unlocked, Coach Kyle and Dr. Benjamin Kosubevsky break down one of the most misunderstood topics in modern medicine: stem cell therapy.
While “stem cells” have become a popular marketing buzzword across wellness clinics and med spas, the reality is far more complex. Dr. K explains that the term often refers to a variety of biological products, most commonly mesenchymal signaling cells (MSCs), which help guide the body’s healing processes through cellular communication rather than transforming directly into new tissue.
The discussion explores the origins of stem cell research, tracing back to discoveries made by Arnold Caplan in the 1990s, and how modern regenerative medicine uses different sources such as placental tissue, adipose-derived cells, and umbilical-derived cells to support healing.
Kyle and Dr. K also clarify the important difference between IV-compatible MSCs and tissue products designed for joint injections. They explain why certain products must be used in specific ways for safety and effectiveness, and how proper product selection can dramatically impact patient outcomes.
Listeners will also learn which therapies are best suited for injuries like torn tendons or meniscus tears, why peptides and PRP play supportive roles in healing, and what warning signs to watch for when evaluating stem cell clinics.
By the end of the episode, listeners will have a clearer understanding of what stem cells actually are, how regenerative therapies work, and how to avoid misleading claims in the rapidly growing stem cell industry.
 
Key Takeaways
The term “stem cell” is often used as a marketing umbrella for several different regenerative therapies. Many treatments actually use mesenchymal signaling cells (MSCs) that guide healing through cellular signaling. Different stem cell sources include placental, adipose, umbilical, and bone marrow tissues. Some stem cell products are designed for IV use, while others must only be injected directly into joints or tissues. Placental tissue injections can physically fill and support damaged soft tissue structures. IV MSC therapies help target areas of inflammation and support organ healing. Exosomes primarily reduce inflammation and are often used alongside MSC therapies. PRP therapy concentrates healing growth factors from a patient’s own blood. Peptides like BPC-157 and TB-500 can support healing but typically cannot repair major injuries alone. Stem cell clinic pricing that is extremely low or extremely high may indicate potential red flags.
 
Chapters
00:00 – Why some stem cell products cannot be used in IV therapy
00:20 – Welcome to Longevity Unlocked
01:00 – Why the term “stem cell” is confusing
02:00 – The history of stem cell research
03:00 – What mesenchymal signaling cells (MSCs) actually do
03:40 – Different sources of stem cells explained
05:30 – IV-compatible vs joint injection stem cell products
06:40 – How MSCs target inflammation in the body
07:30 – Choosing between adipose-derived and umbilical stem cells
08:30 – How stem cells support anti-aging and organ repair
09:30 – Who is a good candidate for stem cell therapy
10:10 – Who should avoid stem cell treatments
11:10 – Stem cells vs PRP vs peptides for injury recovery
12:00 – Red flags to watch for in stem cell clinics
13:10 – Why imaging guidance matters during injections
14:00 – Episode wrap-up and medical disclaimer
 
Sponsors
Longevity Center
Integrative, osteopathic, and regenerative healthcare — all under one roof.
Location: 580 Village Blvd #210, West Palm Beach, FL 33409
Website:⁠ https://www.thelcfl.com/⁠
Instagram:⁠ https://www.instagram.com/thelcfl/⁠
 
Credits
Produced by: Clearview Studio
Filmed by: Jackson Young (@clearviewstudios)
 
People & Social Links
Podcast Website:⁠ https://peakperformancepodcast.online/⁠
Instagram: @thepeakperformancepod
X (Twitter): @PeakPerformPod
Dr. K on Instagram: @theosteodoc
 

Episode Summary
In this episode of Longevity Unlocked, Coach Kyle and Dr. K dive into nanoscope technology, a cutting-edge tool transforming regenerative medicine. They break down how this ultra-thin arthroscopic camera allows doctors to see inside joints with incredible precision, improving outcomes for stem cell and PRP injections while minimizing invasive procedures.
The conversation covers how nanoscopes differ from traditional imaging, their applications in ACL, PCL, and labrum injuries, recovery protocols, and why this technology isn’t yet widely adopted in regenerative medicine. Kyle and Dr. K also discuss cost considerations, marketing barriers, and how precision tools can enhance treatment results without increasing patient prices.
Listeners walk away understanding the future of minimally invasive joint care, the intersection of imaging and regenerative medicine, and how next-level precision can improve healing and recovery.
Key Takeaways
Nanoscope is a needle-sized arthroscopic camera for minimally invasive joint imaging.
Allows direct visualization of tissue injuries for precise stem cell or PRP placement.
Traditional imaging (ultrasound) provides general info; nanoscope offers exact placement.
Improves accuracy without significantly increasing procedure time.
Recovery is minimal: small steri-strip, avoid baths/hot tubs for ~3 days; showers are fine.
Precision doesn’t reduce biologic volume but enhances effectiveness.
Adoption in regenerative medicine is limited due to marketing and cost models.
Nanoscope is diagnostic, unlike energy-based or laser adjunctive treatments.
Clinics can improve outcomes without raising patient pricing.
Chapters
00:00 – Intro & standard disclaimer00:48 – Show welcome: Kyle & Dr. K01:30 – Podcast giveaways explained02:26 – Introduction to nanoscope technology03:15 – How it compares to traditional arthroscopy04:20 – Practical applications: ACL, PCL, labrum injuries05:30 – Precision benefits for regenerative injections06:23 – Why regenerative medicine hasn’t widely adopted this tech07:15 – Cost, pricing, and patient access considerations07:50 – Comparison to other emerging tools (fiber optic lasers, Regenna)08:04 – Recovery timeline & post-procedure care08:34 – Episode wrap-up & disclaimers
Sponsors
The Longevity Center FLIntegrative, osteopathic, and regenerative healthcare — all under one roof.Location: 580 Village Blvd #210, West Palm Beach, FL 33409Website: https://www.thelcfl.com/Instagram: https://www.instagram.com/thelcfl/
Credits
Produced by: Clearview StudioFilmed by: Jackson Young (@clearviewstudios)
People & Social Links
Podcast Website: https://peakperformancepodcast.online/Instagram: @thepeakperformancepodX (Twitter): @PeakPerformPodDr. K on Instagram: @theosteodoc

 
Episode Summary
In this episode of Longevity Unlocked, Dr. K is joined by integrative health practitioner Allyssa Lascala (Biohacking Bombshell) to unpack the hidden health risks of conventional beauty treatments and explore safer, biologically aligned alternatives to anti-aging and skincare.
They break down why Botox and dermal fillers may pose long-term risks to neurological health, lymphatic drainage, and immune function, and why these effects are often minimized or misunderstood in mainstream aesthetics. The conversation also covers regenerative options like PRP, microneedling, exosomes, CO₂ laser resurfacing, and PRP-based fillers, explaining how these approaches work with the body instead of introducing foreign toxins.
Allyssa shares practical at-home strategies including microneedling safety, gua sha, face taping, and clean skincare, along with internal strategies that support skin health from the inside out—such as fatty acids, phosphatidylcholine, protein intake, and hydration. The episode closes with Allyssa’s personal health journey through chronic Lyme, mold toxicity, and extreme fatigue, highlighting the importance of reducing total toxic load while still supporting confidence, beauty, and longevity.
 
Key Takeaways
Botox is a neurotoxin measured in LD50 units and can have systemic effects.Botox does not “wear off” — new synapses form as the body adapts.Dermal fillers can impair lymphatic drainage and migrate over time.Filler dissolvers may damage healthy tissue, not just filler.Foreign substances can trigger autoimmune reactions in susceptible individuals.PRP, exosomes, and micro needling support regeneration without added toxins.Improper at-home micro needling can cause scarring and skin damage.CO₂ lasers address wrinkles by resurfacing deeper skin layers.PRP-based filler uses your own blood and avoids synthetic materials.Face taping and gua sha can improve fascia and muscle tension naturally.Parabens, phthalates, and PFAS disrupt hormones and fertility.Clean skincare supports endocrine and immune health.Fatty acids are essential for skin barrier and cell membrane health.Phosphatidylcholine supports cellular structure and detox pathways.Consistency matters more than perfection with natural beauty approaches.
 
Chapters
00:00 – The dangers of improper at-home micro needling01:05 – Show intro & guest introduction02:10 – PRP, micro needling, exosomes & scalp treatments03:30 – Why Allyssa avoids Botox and fillers04:45 – Botox myths: blood-brain barrier & “wearing off”05:55 – Filler migration, lymphatic damage & autoimmune risk07:10 – Safe at-home beauty strategies08:25 – Micro needling technique & scar prevention09:35 – CO₂ laser resurfacing explained10:45 – PRP-based filler vs traditional filler12:10 – Botox toxicity, LD50 units & informed consent13:35 – Beauty product toxins: parabens, PFAS & phthalates15:00 – Clean skincare brands & ingredient standards16:10 – Allyssa’s daily skincare routine17:30 – Supporting skin health from the inside out18:50 – Fatty acids, phosphatidylcholine & hydration20:10 – Allyssa’s health journey: Lyme, mold & chronic fatigue22:10 – Reducing toxic load without sacrificing confidence23:30 – Final takeaways & episode wrap-up
 
Sponsors
The Longevity Center FLIntegrative, osteopathic, and regenerative healthcare — all under one roof.Location: 580 Village Blvd #210, West Palm Beach, FL 33409Website: https://www.thelcfl.com/Instagram: https://www.instagram.com/thelcfl/
 
Special Guest
Allyssa Lascalahttps://www.instagram.com/biohackingbombshell/
 
Credits
Produced by: Clearview StudioFilmed by: Jackson Young (@clearviewstudios)
 
People & Social Links
Podcast Website: https://peakperformancepodcast.online/Instagram: @thepeakperformancepodX (Twitter): @PeakPerformPodDr. K on Instagram: @theosteodoc

Episode Summary
In this episode of Longevity Unlocked, Coach Kyle and Carly dive deep into NAD — one of the most talked-about molecules in longevity and anti-aging medicine.
They explore the surprising history behind NAD’s discovery, including early research into pellagra and B-vitamin deficiencies, and explain why NAD is essential for nearly every cellular reaction in the body. Carly breaks down the science of age-related NAD decline, why levels begin dropping around age 30, and how chronic inflammation accelerates depletion.
Kyle shares his personal experience using NAD during alcohol recovery and for caffeine withdrawal, highlighting its role in reducing cravings and supporting detox pathways. Together, they compare oral supplements, IM injections, IV therapy, subcutaneous dosing, and electrophoresis patches — ranking each based on effectiveness, side effects, and cost.
The episode also covers mitochondrial function, senescent (“zombie”) cells, detox reactions during IV NAD, and why the Longevity Center prioritizes root-cause treatment before adding longevity optimization therapies.
Listeners walk away with a clear understanding of what NAD does, who may benefit from it, and how to approach supplementation strategically and affordably.
 
Key Takeaways
NAD is required for nearly every cellular energy reaction in the body. Levels naturally decline around age 30. Chronic inflammation accelerates NAD depletion. NAD supports mitochondrial energy production and cellular repair. It plays a role in clearing senescent (“zombie”) cells. Originally used in addiction treatment to reduce inflammation and cravings. Most oral NAD supplements are ineffective or require very high doses.IV NAD can produce strong benefits but may cause significant side effects.Electrophoresis patches may deliver similar benefits with fewer side effects and improved cost efficiency.At the Longevity Center, NAD is typically added after addressing root causes — not as a first-line treatment.
 
Chapters
00:00 – Zombie cells & NAD’s role in cellular cleanup
00:21 – Welcome & episode overview
01:30 – The history of NAD & pellagra research
02:45 – Why NAD declines with age
04:00 – Inflammation as the driver of depletion
05:00 – NAD in addiction recovery
06:45 – Kyle’s experience with alcohol & caffeine withdrawal
07:50 – Do oral NAD supplements work?
09:30 – IM vs. SubQ vs. IV comparison
10:30 – Why IV NAD feels intense
11:30 – Senescent cell detox explained
12:45 – Electrophoresis patches & new delivery technology
13:40 – Cost comparison & long-term affordability
14:30 – When NAD belongs in a treatment plan
15:15 – Clinic philosophy & ethical recommendations
16:00 – Wrap-up & disclaimer
 
Sponsors
The Longevity Centers of America
Integrative, osteopathic, and regenerative healthcare — all under one roof.
Location: 580 Village Blvd #210, West Palm Beach, FL 33409
Website:⁠ ⁠
Instagram:⁠ https://www.instagram.com/thelcfl/⁠
 
Credits
Produced by: Clearview Studio
Filmed by: Jackson Young (@clearviewstudios)
 
People & Social Links
Podcast Website:⁠ https://www.thelcoa.com/blog/⁠
Instagram: @longevityunlockedpod
Dr. K on Instagram: @theosteodoc
 

Episode SummaryIn this episode of Longevity Unlocked, Kyle Hulbert sits down with Todd Vande Hei to unpack a radically different way of thinking about health, medicine, and human performance. Drawing from Todd’s background in business leadership and integrated health systems, the conversation reframes the human body as the most complex “work product” imaginable—one that requires collaboration, data, and continuous iteration rather than isolated medical opinions.
They explore why siloed healthcare fails, how cross-disciplinary teams unlock better outcomes, and why trend-based data (not one-off labs) tells the real story of health. Todd breaks down the biggest lifestyle levers for longevity—cutting sugar and alcohol, optimizing sleep, and walking as humans were designed to—along with the most impactful biometrics to track, including sex hormones, bone density, and movement quality.
The episode also dives into cutting-edge tools like exosomes, AI-driven health analytics, and strength training as an orthopedic longevity strategy. Wrapping up, Todd delivers a powerful message on epigenetics: your genes are not your destiny—your daily decisions are. This episode is a masterclass in long-term thinking, personal responsibility, and building a health strategy that actually compounds over time.
 
Key TakeawaysThe human body requires a team-based, systems-level approach—not siloed care.Trend lines in data are more valuable than single lab snapshots.High triglycerides often reflect lifestyle factors like alcohol or sugar intake.Cutting sugar or alcohol can be the single most transformative health change.Sleep quality depends heavily on temperature, darkness, and quiet.Walking is a foundational human movement—and footwear matters.Barefoot-style shoes can dramatically improve joint and mobility issues.Sex hormones are foundational to motivation, cognition, and behavior change.Low testosterone in young men is more common—and more serious—than people realize.Bone mineral density can improve at any age with proper training and nutrition.Movement quality and mobility predict long-term independence and longevity.Exosomes may accelerate healing, cognition, and tissue repair.AI and LLMs allow health data to be analyzed longitudinally, not in isolation.Strength training should be used to protect joints and preserve mobility for life.Epigenetics outweigh genetics—daily choices shape long-term health outcomes.
 
Chapters00:00 – Why healthcare needs a team-based model03:10 – Treating the body like a complex business system06:45 – The failure of siloed medical care08:20 – Labs, DEXA scans & lifestyle truth serum10:05 – Alcohol, sugar & visceral fat patterns12:40 – Why trend lines matter more than single labs14:55 – The three biggest lifestyle levers for longevity16:30 – Optimizing sleep: temperature, light & noise18:10 – Walking as a foundational human behavior20:05 – Barefoot shoes, foot mechanics & joint health23:40 – The psychology of sustainable habit change25:30 – Top 3 most impactful biometrics to track26:10 – Sex hormones as brain hormones29:40 – Low testosterone, mental health & modern men33:05 – Fertility, TRT & stress physiology35:20 – Bone density, strength training & aging37:45 – Movement assessments & orthopedic longevity39:10 – Exosomes explained: healing & cognition41:50 – AI, LLMs & longitudinal health data43:45 – Strength training for mobility, not just muscle45:50 – Epigenetics vs genetics: who’s really in control48:10 – Responsibility, belief & long-term health outcomes49:40 – Final reflections & episode wrap-up
 
SponsorsThe Longevity Center FLIntegrative, osteopathic, and regenerative healthcare — all under one roof.Location: 580 Village Blvd #210, West Palm Beach, FL 33409Website: https://www.thelcfl.com/Instagram: https://www.instagram.com/thelcfl/
 
CreditsProduced by: Clearview StudioFilmed by: Jackson Young (@clearviewstudios)
People & Social LinksPodcast Website: https://peakperformancepodcast.online/Instagram: @thepeakperformancepodX (Twitter): @PeakPerformPod
 
Special Guest: Todd Vande Hei Instagram: https://www.instagram.com/testodderone/ stark health: https://www.instagram.com/stark.health/ linked in: https://www.linkedin.com/in/vandehei
 

Episode Summary
In this episode of Longevity Unlocked, Coach Kyle and Dr. K break down the science and strategies behind dopamine resets — a practical approach to recalibrating your brain’s reward system in an age of constant digital stimulation. They explain how modern technology, sugar, and constant novelty can overstimulate the brain, raising the threshold for feeling satisfaction and drive.
The conversation covers actionable techniques for lowering dopamine demands, including reducing social media and screen time, avoiding high-sugar and highly stimulating activities, and redirecting dopamine toward meaningful accomplishments. Kyle and Dr. K also discuss extreme dopamine reset approaches, such as full disconnection from electronics and immersive nature retreats, and how small, intentional changes can provide significant benefits without extreme measures.
Listeners walk away with a practical framework to reset their dopamine levels, improve focus, and regain motivation in daily life.
Key Takeaways
Dopamine drives motivation, but overstimulation from phones, social media, games, and sugar can raise the threshold for feeling satisfaction.
Excessive dopamine spikes can lead to withdrawal symptoms like low motivation and mild depression.
Small, intentional reductions in screen time and stimulants can lower dopamine demands and restore focus.
Extreme dopamine resets involve complete disconnection from electronics, sugar, and stimulants for several days or weeks.
Redirecting dopamine to meaningful activities (projects, exercise, relationships) reinforces positive habits and long-term satisfaction.
Gradual strategies are more practical for most people than extreme resets.
Tools like phone screen time tracking, notification management, and grayscale mode can help reduce constant digital stimulation.
Dopamine resets support better mental clarity, productivity, and enjoyment of everyday activities.
Chapters
00:00 – How modern apps and tech manipulate dopamine01:10 – Show intro & episode overview02:24 – What dopamine resets are and why they matter03:30 – Everyday dopamine sources: sugar, social media, games, work, relationships04:46 – Practical strategies for reducing overstimulation05:50 – Notifications, screen time, and smartphone management06:45 – Grayscale screens and other small tech hacks07:10 – Redirecting dopamine to meaningful activities08:20 – Extreme dopamine resets: nature retreats, fasting from tech and stimulants09:15 – Timeframe and expected challenges during resets10:00 – Dopamine resets for work, hobbies, and relationships11:05 – Clinical applications: Procain IVs and neurological support12:00 – Final takeaways & episode wrap-up
Sponsors
The Longevity Center FLIntegrative, osteopathic, and regenerative healthcare — all under one roof.Location: 580 Village Blvd #210, West Palm Beach, FL 33409Website: https://www.thelcfl.com/Instagram: https://www.instagram.com/thelcfl/
Credits
Produced by: Clearview StudioFilmed by: Jackson Young (@clearviewstudios)
People & Social Links
Podcast Website: https://peakperformancepodcast.online/Instagram: @thepeakperformancepodX (Twitter): @PeakPerformPodDr. K on Instagram: @theosteodoc
 

Episode Summary
In this episode of Longevity Unlocked, Coach Kyle and Dr. K break down the real differences between EBOO (Extracorporeal Blood Oxygenation & Ozonation), plasmapheresis, and Therapeutic Plasma Exchange (TPE)—and why many plasma-based detox and longevity treatments don’t work the way they’re marketed.
They explain how plasmapheresis and TPE remove only plasma, why people are paying thousands of dollars for treatments they can legally get paid to do, and the often-overlooked fact that TPE requires IV albumin sourced from donated human blood. Kyle and Dr. K discuss what is (and isn’t) screened in donated blood products, why TPE fails to address toxins stored in red blood cells and tissue, and how influencer-driven trends have pushed these therapies into the spotlight.
The conversation then shifts to EBOO, detailing how it filters whole blood, adds ozone-based hyperoxygenation, uses ultraviolet light, and removes inflammatory water and environmental toxins—all without introducing foreign blood products. Listeners walk away with a clearer understanding of which therapies actually remove toxins, which ones fall short, and how to make informed decisions before spending $5,000–$10,000 on plasma exchange treatments.
Key Takeaways
Plasmapheresis removes plasma only and discards it while returning red blood cells unchanged.People often pay thousands for plasmapheresis despite being able to donate plasma and get paid.TPE replaces discarded plasma with IV albumin sourced from donated human blood.IV albumin is not synthetic and is derived from pooled human donors.Donated blood products are not screened for every pathogen or environmental exposure.TPE removes only toxins circulating in plasma at that moment.Toxins stored in red blood cells and tissue are not addressed by TPE.EBOO filters whole blood, including red blood cells and plasma.EBOO operates as a closed-loop system with no donated blood products.Ozone in EBOO hyperoxygenates blood and reduces inflammation.EBOO removes microplastics, pesticides, glyphosate, BPA, and other environmental toxins.Waste buckets from EBOO have been independently tested to confirm toxin removal.The high cost of TPE is largely driven by albumin pricing.EBOO resolves many of the structural flaws of TPE.Popularity and influencer exposure do not equal better medicine.
Chapters
00:00 – How EBOO works: filtration, ozone, UV, reinfusion00:40 – Show intro & medical disclaimer01:15 – Episode overview: EBOO vs TPE vs plasmapheresis01:55 – What plasmapheresis actually is02:35 – Paying for a treatment you can get paid to do03:20 – Claimed benefits of plasmapheresis03:55 – Introduction to Therapeutic Plasma Exchange (TPE)04:20 – What replaces plasma in TPE04:50 – Where IV albumin really comes from05:40 – What donated blood is not screened for06:30 – Why TPE doesn’t remove tissue-bound toxins07:05 – Why TPE costs $5,000–$10,000 per session07:40 – How EBOO fundamentally differs from TPE08:05 – Toxins removed through EBOO08:45 – Why whole-blood filtration matters09:15 – Why TPE became popular09:45 – Future blood filtration technologies10:25 – Final comparison: EBOO vs TPE10:55 – Closing thoughts & disclaimer
Sponsors
The Longevity Center FLIntegrative, osteopathic, and regenerative healthcare — all under one roof.Location: 580 Village Blvd #210, West Palm Beach, FL 33409Website: https://www.thelcfl.com/Instagram: https://www.instagram.com/thelcfl/
Credits
Produced by: Clearview StudioFilmed by: Jackson Young (@clearviewstudios)
People & Social Links
Podcast Website: https://peakperformancepodcast.online/Instagram: @thepeakperformancepodX (Twitter): @PeakPerformPodDr. K on Instagram: @theosteodoc
 

Episode Summary
In this episode of Longevity Unlocked, Coach Kyle sits down with Dr. Jaban Moore, a nationally recognized clinician specializing in complex chronic illness, to break down why conditions like ME/CFS (Chronic Fatigue Syndrome) and Long COVID are so difficult to resolve using conventional approaches.
Dr. Moore introduces his clinical framework for addressing what he calls the “Toxic 5” drivers of chronic illness: heavy metals, environmental chemicals, mold, chronic infections, and nervous system dysfunction. Rather than chasing symptoms or single diagnoses, he explains why restoring core physiology — mitochondrial function, mineral balance, detox capacity, and nervous system regulation — must come first.
The conversation explores cumulative toxic load, why “normal” lab ranges can still represent pathology, how mold and environmental toxins persist even in unexpected environments, and why nervous system dysregulation traps patients in fight-or-flight or freeze states. Dr. Moore also explains how Stellate Ganglion Block (SGB) can reset autonomic signaling, reduce extreme reactivity, and unlock healing in patients who have been stuck for years.
Listeners walk away with a clearer understanding of why chronic fatigue and Long COVID persist — and what a realistic, stepwise path to recovery actually looks like.
Key Takeaways
ME/CFS and Long COVID are driven by multiple overlapping root causes, not a single issue.The “Toxic 5” include heavy metals, chemicals, mold, infections, and nervous system dysfunction.Cumulative toxin exposure multiplies damage rather than adding linearly.“Normal” lab ranges do not equal optimal or healthy levels.Physiology must be stabilized before aggressive detoxification.Mitochondrial dysfunction and mineral depletion block healing and detox pathways.Genetics influence toxin tolerance and symptom severity.Mold exposure can occur in any environment, including concrete and stone homes.MCAS and extreme reactivity often reflect nervous system overload.Fight-or-flight and freeze states prevent reminding and immune recovery.SGB can reset misfiring autonomic nerve signaling.SGB often reduces reactivity, trauma responses, and symptom severity.Environment must be addressed before deeper treatment can succeed.Order of operations matters more than intensity of treatment.Recovery is possible with the right sequence, tools, and support.
Chapters
00:00 – 100th episode introduction & guest overview01:15 – Dr. Moore’s background in complex chronic illness03:30 – Personal journey: Lyme disease, mold & medical failure05:10 – Why symptom chasing doesn’t work07:00 – Health history vs lab-only medicine09:20 – Mitochondria, minerals & detox readiness11:40 – Fight-or-flight physiology explained13:30 – Environmental toxins & “safe” limits15:45 – Cumulative toxic load & acceleration effect18:10 – Heavy metals, glyphosate & gut permeability20:30 – Why toxin levels should be near zero23:00 – Mold exposure in unexpected environments26:10 – Nutrient depletion in modern food29:00 – Microplastics & unavoidable exposure31:45 – The Toxic 5 framework explained34:30 – MCAS, PANS & nervous system overload37:00 – What Stellate Ganglion Block (SGB) does39:00 – Vagus nerve dysfunction & autonomic reset41:20 – SGB for Long COVID & ME/CFS43:30 – Final takeaways & message of hope
Sponsors
The Longevity Center FLIntegrative, osteopathic, and regenerative healthcare — all under one roof.Location: 580 Village Blvd #210, West Palm Beach, FL 33409Website: https://www.thelcfl.com/Instagram: https://www.instagram.com/thelcfl/
Credits
Produced by: Clearview StudioFilmed by: Jackson Young (@clearviewstudios)
People & Social Links
Podcast Website: https://peakperformancepodcast.online/Instagram: @thepeakperformancepodX (Twitter): @PeakPerformPod
 
Dr. Jaban Moore 
Personal Instagram: https://www.instagram.com/drjabanmoore/
Website: https://www.redefiningwellnesscenter.com/dr-jaban
Business Instagram: https://www.instagram.com/redefiningwellnesscenter_/