🎙️ In this episode, I sit down with Dr. Carlos, my former professor at Pepperdine, to explore how AI is reshaping therapy, education, and even parenting! We dive into his fascinating book 🐕 Dog Psychology: How Dogs Think, Feel, and Bond with Humans, unpack how AI tools like chatbots and VR are being used in mental health, and tackle the ethics of balancing scientific truth vs. influencer storytelling.We also explore parenting in the digital age 👨‍👩‍👧‍👦, why movement & community 🏃‍♂️ are powerful mental health tools, and how ultra marathons can teach us about resilience and self-efficacy.Chapters00:00 – 👋 Welcome & Introduction00:43 – 📚 Dr. Carlos’s Background & Books01:45 – 🤖 AI’s Impact on Therapy & Education04:00 – 🧠 Thinking with AI: Pros and Cons05:20 – ⚖️ Fact-Checking, Influence, and Ethics07:43 – 🔬 Scientists vs. Influencers & Public Perception09:47 – 💪 Applying Research in Real Life11:16 – 🤝 AI in Medical and Mental Health Settings14:00 – 🎭 Virtual Therapy & Exposure Therapy16:30 – 🧘 AI as a Tool for Personalized Mental Health18:17 – 🏃 The Importance of Exercise in Mental Health21:15 – 🌲 Community, Ultra Marathons, and Mental Strength23:57 – 🚀 Parallels Between Ultra Running & Startups26:04 – 🔗 Social Support, Self-Efficacy & Growth29:09 – 💬 Using AI for Daily Therapy Habits30:39 – 🤩 The Elon Musk AI Avatar Discussion32:17 – 🏋️ AI in Coaching & Fitness Programs34:30 – 👨‍👩‍👧 Parenting, Screens, and Emotional Development39:20 – 📱 Managing Screen Time & Family Routines43:35 – 💡 Decompressing After Work & Family Bonding45:55 – 🔥 Dr. Carlos’s Top 3 Psychological Tips48:49 – 🎤 Final Thoughts & Guest LinksGuest Links & Resources🎧 Podcast LinksChoosing Yourself, Soft Power & Transformation (Apple Podcasts)https://podcasts.apple.com/us/podcast/choosing-yourself-soft-power-and-transformational/id1751343193?i=1000717494635Circle of Insight Podcasthttps://podcasts.apple.com/us/podcast/circle-of-insight/id1041544530Forensic Psychology Podcasthttps://podcasts.apple.com/us/podcast/forensic-psychology/id1441379320Special Forces Operators Podcasthttps://podcasts.apple.com/us/podcast/special-forces-operators-stories/id1557544789📚 BooksDog Psychology: How Dogs Think, Feel, and Bond with Humans (Amazon)https://www.amazon.com/dp/B0C5P6T7J7Apocalyptic Psychology (Amazon)https://www.amazon.com/dp/B01N7PKT0O📸 Social LinksInstagram – Dr. Dining Delicacieshttps://www.instagram.com/doctordiningdelicaciesThreads – Dr. Dining Delicacieshttps://www.threads.com/@dr_dining_delicacies?xmt=AQF0fjVoEhJCmIsiVjCRYF5FVGlZxlkmk1_IvkwL_thkrL4

🚶‍♂️💰 What if the greatest investment of your life isn’t in the stock market...but in a flight of stairs?In this episode, Day Adder takes you from sedentary to strong—one step at a time. Vic unpacks the surprising secret behind the world’s longest-living women in Sardinia… and what climbing a few stairs a day could do for your heart, brain, and future.The women of Sardinia, Italy, are known for their incredible longevity, and this video explains why, focusing on their active life of climbing stairs and slopes daily. This constant movement promotes healthy aging and may even extend lifespan. The video highlights the importance of incorporating physical activity like stair climbing into one's routine to promote senior health.🏛️ While everyone lines up for the elevator, you’ll learn to see stairs as your daily deposit in the bank of longevity.⚡️ You’ll Learn:🏔️ Why Sardinian women live longer—and how elevation plays a role🛗 The “elevator line” effect and how it’s numbing our senses⏱️ The 15-second stair protocol that rewires your brain🧠 How to build a positive emotional relationship with movement💸 Why every climb is an investment in your healthspan portfolio🧭 Chapters00:00 – Why Sardinian women live longer01:22 – The elevator line effect03:05 – What we’ve lost by avoiding stairs04:45 – The 15-second stair climbing protocol07:12 – When to get medical clearance08:45 – Why walking down is recovery10:20 – Reprogramming your brain to love movement12:00 – The real ROI of stair climbing14:20 – Habit building: 3 days/week → 6 weeks → lifetime

📖 Episode Description:What if the secret to preventing cancer isn't more treatment—but less growth?In this episode, Vic explores two groundbreaking studies that link low IGF-1 levels to lower cancer and diabetes risk. The first follows a unique village in Ecuador where a rare genetic condition virtually eliminates cancer. The second reveals how low protein intake (especially animal protein) suppresses IGF-1 and reduces mortality in people under 65.We also break down Dr. Valter Longo’s science-backed protocols from The Longevity Diet, including:When to lower or increase protein intakeWhy fasting can help—or hurt—depending on how it’s doneWhat types of fish are safest and healthiestHow to protect muscle mass and extend healthspan after 50📚 Recommended BookThe Longevity Diet by Dr. Valter Longo, PhDA must-read on how to eat and fast for long-term health, backed by 30 years of biochemistry and gerontology research. Dr. Longo introduces the Fasting Mimicking Diet (FMD), outlines IGF-1 suppression protocols, and shows how diet can prevent or delay age-related diseases like cancer and diabetes.🔗 Buy on Amazon🔗 Learn more from Valter Longo🧬 Protein Intake Recommendations (Dr. Longo)👶 Under Age 65 (Cancer Prevention + Longevity)0.31–0.36 g/lb (0.68–0.8 g/kg body weight)150 lb adult → ~47–54g protein/day👵 Age 65 and Older (Muscle Preservation)0.45–0.55 g/lb (1.0–1.2 g/kg body weight)150 lb adult → ~68–83g protein/day📊 Summary TableAge Group g/lb Body Weight g/kg Body Weight 150 lb ExampleUnder 65 0.31–0.36 0.68–0.8 ~47–54 g/day65 and older 0.45–0.55 1.0–1.2 ~68–83 g/day🥜 Preferred Protein SourcesLentils, chickpeas, black beansWalnuts, flax, hemp, almondsQuinoa, buckwheatFermented dairy (aged cheese, yogurt — moderate)Low-mercury fish (2–3x/week)Eggs (moderate)Red meat (limit to 2–3x/week or less)🐟 Low-Mercury Fish Guide✅ Best Choices (Low Mercury, High Omega-3)Wild-caught salmon (especially Alaskan)SardinesAnchoviesHerringAtlantic or Pacific mackerel (NOT king)Rainbow troutTilapia, catfish, pollock, whitefish⚠️ Limit These to Once Weekly:Tuna (especially albacore, yellowfin)Halibut, grouper, snapper, Chilean sea bass❌ Avoid (High Mercury):King mackerelSharkSwordfishTilefish (Gulf of Mexico)Marlin📚 Sources: FDA/EPA Fish Guidelines, Valter Longo’s The Longevity Diet, Environmental Defense Fund Seafood Guide📑 Scientific Studies Cited1. Low Protein, IGF-1, and MortalityTitle: Low protein intake is associated with a major reduction in IGF-1, cancer, and overall mortality in the 65 and younger but not older populationAuthors: Morgan E. Levine et al.Journal: Cell Metabolism, 2014🔗 PubMed Link2. Ecuador Study on Growth Hormone Receptor DeficiencyTitle: Growth hormone receptor deficiency is associated with a major reduction in pro-aging signaling, cancer, and diabetes in humansAuthors: Jamie Guevara-Aguirre et al.Journal: Science Translational Medicine, 2011🔗 PubMed Link🔑 Final TakeawaysLower IGF-1 = lower cancer risk and slower agingUnder 65? Eat less protein, mostly from plantsOver 65? Eat more protein to maintain muscle and strengthDon’t fast aggressively without guidance — use structured approaches like FMDEat more fish, vegetables, legumes — and protect muscle mass as you age“Don’t fast just to fast. Don’t overeat protein just to bulk. Longevity is about balance.” – Vic

What if your walking speed could predict your future health — even your risk of cancer?In this episode, Vic explains a powerful new discovery from scientists in the UK and Hong Kong:🚶‍♂️ The faster you walk, the lower your risk of developing serious illnesses — especially colon and lung cancer.Researchers followed over 430,000 people for 11 years and found that:People walking at 15–17 minutes per mile (3.5 to 4 mph) had a 24–45% lower risk of cancer.Slower walkers (over 27 minutes per mile) had the highest risk.Fast walking strengthens your heart, lungs, muscles, and even your mitochondria — all of which help prevent cancer.🎯 What you’ll learn in this episode:The ideal walking pace for cancer preventionWhat “brisk walking” really means in miles per hourHow to start walking with intention — even if you're short on timeThe Japanese method: 3 minutes fast, 3 minutes slow (repeated)Why stair climbing, fast walking intervals, and walking at home all count✅ The goal isn’t perfection — it’s movement with purpose.📢 Referenced Podcast Episodes:🎧 1-Minute Workout for Busy Lives“How to Use 20-Second Intervals to Improve Metabolic Health”🎧 Japan’s 30-Minute Cure “3 Min Fast / 3 Min Slow – The Walking Protocol That Changed Lives”🎧 The Cheapest Gym on Earth“How Tiny Daily Efforts Like Stair Climbing Improve Longevity”🏁 Final Message:You don’t need a gym. You just need a sidewalk — and a little speed.Walk like your life depends on it. Because it just might.

📖 DescriptionIn this emotional and research-packed episode, Vic reflects on the rising number of friends and loved ones facing cancer—and what science says we can do about it.At the heart of today’s conversation is a 2016 landmark study published in JAMA Internal Medicine that analyzed data from 1.44 million adults to examine the association between leisure-time physical activity and the risk of developing 26 types of cancer.You’ll learn:🧬 The specific cancers most reduced by physical activity (some by over 40%)🏃 Why even 10–15 minutes of movement a day shows benefits☀️ Why melanoma and prostate cancer were exceptions💪 How exercise helps muscles compete with tumors for glucose🍽️ The role of fasting and protein moderation, based on Dr. Valter Longo’s researchVic also shares personal reflections on his vegan-to-Mediterranean diet journey, and his minimalist approach to supplements—only creatine and iron when necessary.Melanoma ↑ 27% (more sun exposure during outdoor activity)Prostate ↑ 5% (likely due to more frequent screening in active men)📚 Featured BookThe Longevity Diet by Dr. Valter LongoA science-based guide to optimal aging and disease prevention, including protocols like the Fasting Mimicking Diet (FMD). Longo's framework blends basic science, clinical trials, centenarian studies, and evolutionary biology to support dietary strategies that reduce cancer risk and promote long-term health.🔬 Key Research Studies & ResourcesJAMA Internal Medicine (2016)Association of Leisure-Time Physical Activity With Risk of 26 Types of Cancer🔻 Cancers with Lower Risk(% = relative risk reduction in the most active vs. least active group)Esophageal adenocarcinoma ↓ 42%Liver ↓ 27%Lung ↓ 26% (even in smokers)Kidney ↓ 23%Gastric cardia (upper stomach) ↓ 22%Endometrial ↓ 21%Myeloid leukemia ↓ 20%Myeloma ↓ 17%Colon ↓ 16%Head & neck ↓ 15%Rectal ↓ 13%Bladder ↓ 13%Breast ↓ 10%⚠️ Increased Risk (Likely Due to Detection or Exposure)Melanoma ↑ 27% (more sun exposure during outdoor activity)Prostate ↑ 5% (likely due to more frequent screening in active men)📄 Read the studyBreast Cancer & Exercise RecurrenceHolmes et al. (2005) – Exercise after breast cancer linked to up to 50% reduced recurrence risk📄 PubMed LinkMuscle vs Tumor: Glucose Competition in CancerDemaria et al. (2019) – Biological mechanisms of exercise in cancer outcomes📄 PubMed LinkUSC Longevity Institute – Dr. Valter Longo🌐 USC Lab Website✍️ Quote to Remember“Exercise is a cancer patient’s best friend. It gives your muscles a fighting chance to compete with tumors for fuel.”⏱️ Chapters00:00 – Why this episode matters01:15 – The cancer epidemic in our 40s and 50s02:22 – The JAMA study: 1.44 million people, 26 cancers04:40 – How much activity helps? Even 10 minutes counts06:00 – Top 10 cancers reduced by physical activity10:15 – Vic’s story: colonoscopy, iron issues, and diet changes13:05 – Breast cancer and post-remission exercise15:15 – Melanoma & prostate cancer: why risks went up17:10 – Fasting Mimicking Diet & Dr. Valter Longo19:00 – Protein, glucose, and tumor fuel20:30 – Final takeaways: Move more, eat smarter, take control🔖 Tags / Keywordscancer prevention, exercise and cancer, leisure-time activity, longevity diet, Valter Longo, fasting mimicking diet, glucose metabolism, JAMA cancer study, movement health, colon cancer, breast cancer, prostate cancer, FMD diet, 1.44 million adults

What if you could walk your way to better health — without pills, a gym, or even 10,000 steps a day?In this episode, I break down a science-backed protocol from Japan called Interval Walking Training. Developed by researchers at Shinshu University and featured on NHK, this walking method is being used by Japanese doctors to improve blood pressure, mood, and sleep — even in clinical rehab settings.🧠 Studies show it boosts prefrontal brain function, reduces depression symptoms by 50%, and lowers blood pressure better than regular walking. The secret? Gentle head acceleration during fast walking.I’ve adapted this protocol for my clients and now I’m sharing it with you.🔁 Interval Walking Training Plan (Vic’s Version):“This is how I use it myself, and how I’ve taught it to patients who want real, lasting health results.”👣 The Method:Walk slowly for 3 minutes(Relaxed pace, easy breathing)Walk briskly for 3 minutes(Arms swinging, long strides, chest up — slightly out of breath by the end)Repeat this cycle 5 times for a 30-minute session🗓️ Weekly Goal:Do it 4 times per weekYou can break it up throughout your day (1 or 2 intervals at a time — it still works)🏡 Where You Can Do It:BackyardDrivewayHallwaySidewalk or parkEven barefoot on grass, if it’s safe🧪 The Science:Based on research by Dr. Hiroshi Nose & Shinshu University, JapanFeatured on NHK: Japan’s national broadcasterParticipants showed:12% improvement in sleep50% drop in depression symptomsSignificant reductions in systolic & diastolic blood pressureEnhanced brain performance on the Stroop testIncreased pleasure scores linked to head acceleration during brisk walking🧬 Bottom line? It’s efficient, powerful, and free. A walking protocol that outperforms “10,000 steps” and fits your life.🗓️ IWT Weekly PlannerWeek 1:Mon ✅ Tue ⬜ Wed ✅ Thu ⬜ Fri ✅ Sat ⬜ Sun ✅Week 2:Mon ✅ Tue ⬜ Wed ✅ Thu ✅ Fri ⬜ Sat ✅ Sun ⬜🧪 Interval Walking vs. 10K Steps vs. Sedentary| Metric | Sedentary | 10K Steps | Interval Walking ||------------------------|-----------|-----------|------------------|| Sleep Improvement | 0% | 0% | +12% || Depression Reduction | 0% | ~10% | -50% || Blood Pressure Change | – | ~1.2× | ~4× better || Stroke Risk Reduction | 0% | ~10% | -40% |⏱️ Interval Walking (IWT) – 30 Minutes| Set | Slow Walk | Brisk Walk ||-----|-------------|--------------|| 1 | 3 minutes | 3 minutes || 2 | 3 minutes | 3 minutes || 3 | 3 minutes | 3 minutes || 4 | 3 minutes | 3 minutes || 5 | 3 minutes | 3 minutes |✅ Total: 30 minutes (5 sets)⏱️ Chapters:00:00 – The Science Behind Japan’s Walking Secret03:14 – How the Study Was Conducted06:45 – The Interval Walking Protocol Explained10:22 – Surprising Mental Health Benefits13:10 – Why This Works (Head Acceleration Theory)15:55 – How to Add It to Your Routine18:40 – Final Thoughts and Action Steps📚 Study Reference:Soya H. et al. (2024) – “Slow running benefits: Boosts in mood and facilitation of prefrontal cognition even at very light intensity”Preprint via bioRxiv: https://doi.org/10.1101/2024.01.29.575971🔔 Subscribe for more:This is Day Adder — practical tools for better health, longer life, and sustainable performance.#IntervalWalkingTraining #JapaneseHealthMethod #WalkingWorkout #VicYang #DayAdder #LongevityTools

📖 DescriptionWhat if one of the most powerful tools for recovery, strength, and long-term health isn’t in a gym—but right under your feet?In this episode, I share how my dad, after undergoing quadruple bypass surgery, used the stairs in our house to regain strength, stability, and confidence. Now in his 80s, he’s still climbing. No gym membership. No fancy equipment. Just stairs.You’ll learn:✅ Why stair climbing boosts heart, bone, and muscle health✅ How to use the 50% Effort Rule to build a sustainable habit✅ A beginner-friendly protocol you can do anywhere✅ Why I call stairs “the cheapest gym on earth”—and how to make them part of your life⏱️ Chapters00:00 – Intro: The Staircase That Helped My Dad Heal01:28 – Why Most People Overlook Stairs03:05 – What 50% Effort Actually Means04:48 – Muscle, Bone, and Cardio Benefits07:20 – Weekly Protocol Breakdown (Weeks 1–8)10:00 – How to Use Different Stairs in Your Environment12:05 – What Makes This Habit Stick13:35 – A Message to Beginners (and Skeptics)15:10 – Final Thoughts & How to Start Today🗓️ 8-Week Stair Protocol (50% Effort Rule)🧠 Rule: Only climb to 50% of your max effort. Stop when you feel halfway to your limit.Week Days/Week Sets per Day Total Sets/WeekWeek 1 3 2 6Week 2 4 2 8Week 3 5 2 10Week 4 3 2 6Week 5 3 2 6Week 6 4 2 8Week 7 5 2 10Week 8 3 2 6🌀 Each Set = Go Up + Down Twice🛑 Rest fully between sets🚶 Use any stairs: home, work, trails, parking lot💡 Rotate stair locations to build routine + variety💬 “50% effort” = a little challenge, no exhaustion#StairClimbing #RecoveryFitness #50PercentEffort #HeartHealth #LongevityMovement #FunctionalFitness #CheapGym #HomeFitness #WellnessOver40

In this episode of Day Adder, Vic breaks down four breakthrough studies that reveal how exercise acts like a drug, changing the molecular signature in your blood—and why everyone responds differently.You’ll learn:Top 6 Proteins that predict healthspan and lifespan. C5a – A key protein in the body’s immune system. Higher levels are linked to chronic inflammation and a greater risk of disease.AGER – This receptor is involved in oxidative stress and vascular damage. Elevated AGER is often seen in people with poor cardiovascular health.RGMB – A molecule tied to blood vessel development and repair. It supports healthy circulation and may reflect how well your body adapts to exercise.CDNF – A neuroprotective protein. It helps protect brain cells during stress and may play a role in long-term cognitive health.LSAMP – Associated with nerve and muscle tissue maintenance. It may reflect the integrity of muscle and neural networks.TNR – A structural protein involved in tissue integrity and repair, especially in muscle and connective tissue.How to find your personal dose of exercise for maximal benefitWhy it’s possible to improve your blood markers without major fitness gains📚 Cited Studies & Authors (full reference text, no need to click)1. A Plasma Proteomics Signature of Cardiorespiratory Fitness and Its Association with Future Mortality and MorbidityPublished: Nature Medicine, 2024Summary: Researchers analyzed 4,792 proteins in 20 population cohorts to discover a blood-based signature that predicts long-term health outcomes. Six proteins—CFA, AGER, RGMB, CDNF, LSAMP, and TNR—were closely associated with cardiorespiratory fitness and future disease risk.Authors:Andrew S. Perry, Eric Farber-Eger, Thomas Gonzalez, Toshiko Tanaka, Jeremy M. Robbins, Venkatesh L. Murthy, Lindsay K. Stolt, Xiling Zhao, Xihuan Laura A. Conjello, Xiling Deng, Li Fang, Donald N. Lloyd-Jones, Keenan A. Walker, Luigi Ferrucci, Eleanor L. Watts, Jacob L. Barber, Prashant Rao, Michael E. Menon, Kelly Petit, Gabriel Ona, Stephen Sidney, Nicholas J. Scork, Gregory D. Lewis, Gabrielle B. Fredrickson, Thea K. Garanzek-Wang, Sadia Khan, Vinia Chou2. Plasma Proteomic Signature of BMI Reveals Heterogeneous Cardiometabolic Risk Profiles Within and Across Standard BMI ClassificationsPublished: Nature Medicine, 2023Summary: This study challenges the use of BMI as a health marker. It shows that two individuals with the same BMI can have vastly different cardiometabolic risk profiles, depending on their blood protein expression.Authors:Keoni Jacobs, Eric Leszczynski, Jacob Barber, Prashant Rao, Michael E. Menon, Prasoon Dev, Matthew Herzog, Sujo Ghosh, Clary B. Klish, Claude Bouchard, Jeremy Robbins, Robert E. Gerszten, Mark A. Sarzynski3. Plasma Proteomic Changes in Response to Exercise Training Are Associated With Cardiorespiratory Fitness AdaptationPublished: JCI InsightSummary: Over 600 adults completed a 20-week exercise intervention. The study found that even if VO2 max didn’t improve dramatically, blood proteins consistently shifted in ways that supported better health.Authors:Jeremy Robbins, Prashant Rao, Shu-Ling Dun, Michelle J. Keys, Ashman A. Tahir, Daniel Katz, Pierre J. Beltran, François Marchildon, Jacob Barber, Benet Peterson, Young Gao, Adolfo Correa, James G. Wilson, Jay Gustav Smith, Paul Cohen, Robert Ross, Claude Bouchard, Mark A. Sarzynski, Robert E. Gerszten4. Familial Aggregation of VO₂max Response to Exercise Training — The HERITAGE Family StudyPublished: Medicine & Science in Sports & Exercise, 1999Summary: This foundational study revealed that people respond differently to the same workout—and that genetics play a major role in determining how much benefit (like VO2 max increases) someone gets from exercise.Authors:Claude Bouchard, Ping An, Trevor J. Rice, James S. Skinner, Jack H. Wilmore, Jacques Gagnon, Louis Pérusse, Arthur S. Leon, D.C. Rao

Why is it so hard to make exercise a habit—even when we know it’s good for us?In this episode of Day Adder, Vic breaks down the real reasons we struggle with movement—and what to do about it. Using insights from the 2018 study “The Impact of Perceived Reward on Habit Formation” and Dr. Claude Bouchard’s research on exercise response variability, you’ll learn how to make habits that actually stick.📌 What You’ll Learn:Why rewards—not willpower—drive real changeWhat makes some people “non-responders” to traditional exerciseThe difference between moving for health vs. fitnessHow to reframe “exercise” so it doesn’t trigger guilt or shameSimple ways to build habits using things you already love (like Netflix or music)💡 Whether you’re a busy parent, a burned-out athlete, or just starting your journey, this episode gives you a fresh perspective on how to build sustainable habits that improve your health over time.👇 Chapters Below📚 Study: Judah et al. (2018), Perceived Reward and Habit FormationJudah, G., Gardner, B., Kenward, M.G. et al. Exploratory study of the impact of perceived reward on habit formation. BMC Psychol 6, 62 (2018). https://doi.org/10.1186/s40359-018-02...🔬 Claude Bouchard’s research on exercise response: Coming soon in next episodeSarzynski MA, Rice TK, Després JP, Pérusse L, Tremblay A, Stanforth PR, Tchernof A, Barber JL, Falciani F, Clish C, Robbins JM, Ghosh S, Gerszten RE, Leon AS, Skinner JS, Rao DC, Bouchard C. The HERITAGE Family Study: A Review of the Effects of Exercise Training on Cardiometabolic Health, with Insights into Molecular Transducers. Med Sci Sports Exerc. 2022 May 1;54(5S):S1-S43. doi: 10.1249/MSS.0000000000002859. PMID: 35611651; PMCID: PMC9012529.⏱️ Chapters / Timestamps:00:00 - Intro: The Struggle to Build Habits 02:01 - Why Writing a Book Feels Like Skipping the Gym 04:15 - Study Overview: How Rewards Shape Habits (Judah et al., 2018) 07:45 - The Problem with Exercise: It’s Often Not Reinforcing 10:12 - Bouchard’s Research: Not Everyone Responds to Exercise 13:30 - Why Some Trainers Don’t Get You (And It’s Not Your Fault) 16:00 - Health vs. Fitness: Different Goals, Different Habits 18:50 - Vic’s Wife’s Netflix Treadmill Hack (Genius!) 22:15 - Vic’s Journey: From Music-Driven Walks to Endurance Athlete 25:40 - The Power of Mini-Rewards (and Why They Work) 28:20 - Building Sustainable Habits: Cues, Rewards & Journals 31:55 - Group Accountability: Why Community Makes It Easier 34:10 - Your First Step: Just One Minute a Day 36:00 - Final Thoughts & Sunday Motivation

"Is Standing Really Better Than Sitting?" — Why Movement Matters More Than PostureWe’ve all heard that sitting is the new smoking… but what if we just traded one health trap for another? In this episode, Vic dives into the science behind standing desks, prolonged sitting, and the real solution to our sedentary lives: frequent, intentional movement.🎓 What You’ll Learn:Why the calorie difference between sitting and standing is almost negligibleHow too much sitting can undo the benefits of your workoutWhy “exercise snacks” — short, frequent movement bursts — may be more powerful than a gym sessionWhat NEAT is (Non-Exercise Activity Thermogenesis) and why it mattersEasy ways to add movement into your day — no gym, no excuses📚 Featured Research:Energy Expenditure: Sitting vs. StandingFarrahi et al. (2018). European Journal of Preventive CardiologyRead it hereFarzane Saeidifard, Jose R Medina-Inojosa, Marta Supervia, Thomas P Olson, Virend K Somers, Patricia J Erwin, Francisco Lopez-Jimenez, Differences of energy expenditure while sitting versus standing: A systematic review and meta-analysis, European Journal of Preventive Cardiology, Volume 25, Issue 5, 1 March 2018, Pages 522–538, https://doi.org/10.1177/2047487317752186Sitting Cancels Exercise GainsCoyle et al. (2016). American Journal of PhysiologyRead it hereProlonged sitting negates the benefits of acute exercise (Coyle et al.)Kim IY, Park S, Chou TH, Trombold JR, Coyle EF. Prolonged sitting negatively affects the postprandial plasma triglyceride-lowering effect of acute exercise. Am J Physiol Endocrinol Metab. 2016 Nov 1;311(5):E891-E898. doi: 10.1152/ajpendo.00287.2016. Epub 2016 Oct 4. PMID: 27702747.Exercise vs. Lifestyle Change in PrediabetesBennett et al. (2023). Frontiers in PhysiologyRead it hereTITLE=Effects of exercise amount and intensity versus a combined exercise and lifestyle intervention on metabolic syndrome in adults with prediabetes: a STRRIDE-PD randomized trialAUTHOR=Bennett William C. , Collins Katherine A. , Johnson Johanna L. , Slentz Cris A. , Willis Leslie H. , Bales Connie W. , Huffman Kim M. , Kraus William E. JOURNAL=Frontiers in PhysiologyVOLUME=Volume 14 - 2023YEAR=2023URL=https://www.frontiersin.org/journals/physiology/articles/10.3389/fphys.2023.1199763DOI=10.3389/fphys.2023.1199763ISSN=1664-042XFour-Second Power Cycling Training Increases Maximal Anaerobic Power, Peak Oxygen Consumption, and Total Blood VolumeRead it hereSATIROGLU, REMZI1; LALANDE, SOPHIE2; HONG, SUNGMO1; NAGEL, MERCEDES J.2; COYLE, EDWARD F.1. Four-Second Power Cycling Training Increases Maximal Anaerobic Power, Peak Oxygen Consumption, and Total Blood Volume. Medicine & Science in Sports & Exercise 53(12):p 2536-2542, December 2021. | DOI: 10.1249/MSS.0000000000002748 👣 Key Takeaways:Standing ≠ exercisingGet up and move every 30–60 minutesUse sound, light, or visual cues to prompt movementThink in terms of spontaneous, low-effort motion throughout the day🎯 Stillness is the new smoking. Movement is medicine.⏱️ Chapters:00:00 – Rethinking the hype around standing desks01:10 – Study 1: Meta-analysis on energy expenditure03:22 – The truth: 6 hours of standing = ½ banana05:00 – Study 2: Sitting cancels out exercise (Coyle et al.)07:15 – Why frequency trumps intensity09:05 – Study 3: Exercise “snacks” in daily life11:02 – NEAT explained: Move more without a workout13:00 – Practical movement tips for busy people14:30 – Habit cues that actually work16:10 – Final thoughts: Movement is your real medicine