010: The Resilience Mismatch - When Your Genes Were Built for a World That No Longer Exists

Welcome to The Integrative Blueprint with your hosts, Julian and Claire! In this episode, we step into the clinical world of Dr. Reece Yeo, an integrative Chinese medicine practitioner based in Mudgeeraba on the Gold Coast, Australia.

Join us as we explore the "Resilience Mismatch" and completely shift how you view your DNA. Instead of seeing your genetics as a fixed destiny, we invite you to think of your genome as an "ancient letter" written by your ancestors to help you survive in a harsh world. We discuss how the gap between the conditions this ancient letter describes and our comfortable, modern environment is exactly where chronic disease sets up shop.

In this episode, we cover:

• The Celtic Curse (Hemochromatosis): Discover how the C282Y genetic mutation—which once acted as a biological superpower to save Northern European ancestors from freezing temperatures and tuberculosis—now silently causes toxic iron buildup in modern populations.
• The Thrifty Gene: How the fat-conserving genes that kept Polynesian voyagers alive through periods of extreme famine now drive high rates of obesity and Type 2 diabetes in our modern world of constant caloric abundance.
• The Flaw in Universal Diets & "Wellness Tourism": Why adopting generalized trends like the paleo diet, or forcing Northern European genetics to process massive amounts of Polynesian coconut oil, fails because it ignores our highly specific biological architectures.
• The APOE4 Gene Breakthrough: A surprising look at how individuals with the APOE4 gene (often linked to Alzheimer's disease) actually saw a 55% reduction in dementia risk by consuming high amounts of unprocessed meat, completely flipping standard medical advice.
• The Actionable 3-Level Resilience Protocol: A practical guide to evaluating your health, starting with universal non-negotiables like protecting your sleep architecture to activate the brain's glymphatic wash cycle. We also explore population ancestry rules, such as why Mediterranean or South Asian populations must be careful not to misdiagnose the Thalassemia trait as a basic iron deficiency.
• Ancient Wisdom & Clinical Tools: How Dr. Yeo utilizes "dual literacy" in his clinic to bridge modern functional diagnostics with a 2,000-year-old classical Chinese medicine framework. Learn about his targeted therapeutic tools, including nervous-system-calming acupuncture, warming moxibustion, photobiomodulation (red light therapy), and classical Jingfang herbalism.

Are your daily symptoms just annoyances, or are they biological alarm bells telling you your ancient body is living in the wrong environment? Tune in to find out how to audit your internal ecosystem and provide your body with the specific fuel it chemically requires to thrive.

Connect with Dr. Reece Yeo: To learn more or to book a detailed face-to-face consultation at his clinic in the Gold Coast area, visit drreeceyeo.com.

Disclaimer: The information discussed in this episode synthesizes the clinical opinions of Dr. Reece Yeo for educational purposes only. It is not a substitute for professional medical advice, diagnosis, or treatment. Please consult your healthcare provider before making any changes to your routine.

Transcript

Julian: Welcome to the integrative blueprint. I'm Julian.

Claire: And I'm Claire. We are your digital guides to the clinical world of Dr Reece Yeo, an integrative Chinese medicine practitioner based in Mudgeeraba in the Gold Coast, Australia.

Julian: In each session, we take a deep dive into the white papers and patient protocols Reece develops in his clinic. We're here to bridge the gap between the wisdom of ancient Chinese Han dynasty medicine and the cutting edge research of modern medicine.

Claire: Today's blueprint is a special one. We're looking at the resilience mismatch. This is a subject Dr Reece Yeo educates his patients on daily, focusing on evolutionary mismatch and ancestral constitutional medicine. Before we unpack the research, a quick reminder. We are synthesizing Dr Reece Yeo's clinical insights for educational purposes. This is not medical advice, so please consult your healthcare provider before making changes to your routine. With that said, let's open the file. Julian, where are we starting today?

Julian: So, uh, I think we should start with a medical death sentence that might actually be well, a hidden superpower.

Claire: Oh, absolutely. The APOE4 variant.

Julian: Exactly. I mean, if you're listening, you probably remember when Chris Hemsworth, you know, the the actor who plays Thor, publicly disclosed that he carries two copies of the APOE4 genetic variant,

Claire: right? Which is strongly linked to an elevated risk of Alzheimer's disease.

Julian: Yeah. And the media reaction was just intense. I mean, tabloid headlines treated his disclosure as this absolute unavoidable guarantee of cognitive decline.

Claire: It was a it was honestly a masterclass in how fundamentally modern medicine and especially the media misunderstand genetics.

Julian: Oh, entirely.

Claire: That whole news cycle just operated under this really false assumption that your genome is a fixed unavoidable destiny.

Julian: And I really want to passionately push back against that framing today because what if a gene like APOE4 isn't a curse at all?

Claire: Right. It requires a total paradigm shift.

Julian: Yeah. So, if you are listening to us right now, to really grasp what your genetic information means, you have to completely reframe how you look at your own DNA. You know, Stop looking at your genome as this crystal ball showing you your doom.

Claire: I love the analogy Dr Reece Yeo uses for this. The ancient letter.

Julian: Yes, the ancient letter. Think of your genome instead as this ancient letter written over thousands and thousands of years sentence by sentence by every single ancestor in your lineage who survived long enough to have children.

Claire: Exactly. The ancestors who actually made it through, you know, brutal famines, deadly plagues, or freezing winters.

Julian: Right. They added a line to this biological letter detailing exactly how they survived. And that analogy, the ancient letter, it shifts the perspective entirely from pathology to adaptation

Claire: because it's a survival manual.

Julian: Exactly. The instructions encoded in your DNA, like how your body handles iron, how it processes dietary fat, how rapidly it triggers a stress response, they were written perfectly for a profoundly harsh world.

Claire: So, the problem isn't the letter itself.

Julian: No, the problem is that the letter was written for a world that simply no longer exists,

Claire: right? The letter hasn't changed a bit, but our modern world of uh climate control, blue light and you know endless grocery store aisles absolutely has. And that massive gaping chasm between your ancient genetics and your modern comfort that is exactly where chronic disease lives.

Julian: It really is. And to bring this into reality for you, the listener, think about your own family tree right now. Like if you have Irish, Scottish, or broader Celtic ancestry, there's this fascinating 2026 study.

Claire: Oh, the one in nature communication.

Julian: Yes. It's about something colloquially called the Celtic curse. The clinical name is hereditary hemochromatosis, specifically targeting the C282Y mutation.

Claire: And the statistics on this are just staggering.

Julian: They really are. The researchers mapped this genetic variant. And in Northwest Ireland, roughly one in every 54 people carries this high-risk variant.

Claire: One in 54. Wow.

Julian: Yeah. And if you look at Liverpool, which is a city built heavily by Irish immigrants, the diagnosis rates are 11 times higher than in rural Kent.

Claire: 11 times higher is a massive statistical jump. So I mean if I am someone with that specific heritage listening right now, what is actually happening inside my body? Like how does this Celtic curse actually work?

Julian: Well, we have to look at the mechanics of a normal gut first. So a standard human digestive system absorbs about 1 to two milligrams of iron a day from food.

Claire: Okay, just a tiny amount,

Julian: right? It acts like a highly intelligent regulator. It takes only the iron it requires for daily function and just lets the rest pass through the digestive tract.

Claire: Makes sense.

Julian: But if you carry two copies of the C282Y variant, that biological regulator is just fundamentally broken, your gut acts like an indiscriminate vacuum.

Claire: A vacuum. So it's pulling in more

Julian: a lot more. It absorbs up to 5 mg of iron every single day.

Claire: Wait, let me stop you there. So it vacuums up 5 milligrams a day instead of one or two.

Julian: Yeah.

Claire: Why is that inherently dangerous?

Julian: Because the human body doesn't have an efficient physiological mechanism to excrete excess iron, you know, you can't just sweat it out or process it through your kidneys efficiently. So, the iron just silently accumulates and over decades, it literally rusts your internal organs.

Claire: Rusts them. That sounds awful.

Julian: It builds up in the liver, the heart, the pancreas, and the joints until they eventually fail.

Claire: Which honestly sounds completely terrifying. And it begs the obvious question, right? Like, why on earth would human evolution carefully preserve a genetic mutation that slowly rusts your organs?

Julian: Well, the answer reveals the ultimate evolutionary superpower.

Claire: Okay, I'm listening.

Julian: So, rewind the clock roughly 6,000 years to the Neolithic period in Northwest Europe. During this era, populations went through a massive agricultural transition.

Claire: Right. They started farming.

Julian: Exactly. They shifted from a hunter gatherer diet packed with red meat and highly absorbable iron to a diet primarily based on grains, oats, and dairy.

Claire: And those are really low in iron, right?

Julian: Incredibly low in bioavailable iron.

Claire: So, the primary food supply changed and the iron just simply vanished from their daily meals.

Julian: Exactly. So, put yourself in a cold, damp, iron depleted climate during a harsh winter. In that specific environment, a genetic mutation that forces your body to aggressively hoard every single drop of iron it encounters. That isn't a disease.

Claire: It's a lifesaver.

Julian: It kept you warm. It kept you fertile, and it kept you alive long enough to pass on that gene.

Claire: That is wild.

Julian: But there is a second highly clinical advantage here, too, involving the immune system. Tuberculosis.

Claire: Ah, right.

Julian: Tuberculosis was an absolute scourge historically, killing roughly one in four Europeans. Now, tuberculosis is an intracellular bacterium, meaning it survives by invading our macrophages.

Claire: Okay, let's decode that term for a second. What exactly is a macrophage doing in this scenario?

Julian: Think of a macrophage as the immune system's microscopic garbage truck.

Claire: Garbage truck. Okay,

Julian: it patrols your body, engulfing pathogens and dead cellular debris. But these garbage trucks also act as massive internal storage vaults for iron.

Claire: Oh, I see where this is going.

Julian: Yeah, tuberculosis has actually evolved to intentionally hijack those macrophages and consume their internal iron stores so the bacteria could replicate and spread.

Claire: That is so clever.

Julian: It is. But here is the brilliant defense mechanism of the Celtic curse. The C282Y mutation forcefully alters your transport proteins. It constantly empties the iron out of the macrophages and dumps it into the bloodstream.

Claire: Wait, so when the tuberculosis bacteria invades the macrophage looking for an iron meal. The vault is completely empty.

Julian: The vault is empty and the bacteria literally starves to death inside the cell.

Claire: That is incredible. The very gene that protected these ancestors from freezing to death and basically starving out tuberculosis is now causing organ failure today simply because we surrounded that exact same gene with iron fortified breakfast cereals and daily red meat.

Julian: And here's the thing, this mismatch isn't just some Celtic anomaly. It happens globally all over the world.

Claire: Oh, absolutely.

Julian: Like look at the APOL1 gene variant in subsaharan African populations

Claire: that evolved to provide this powerful life-saving protection against African sleeping sickness.

Julian: Right.

Claire: But you drop that exact same gene into a modern environment without that parasite and suddenly it becomes the leading genetic driver of chronic kidney disease.

Julian: We see the exact same pattern with the sickle cell trait too where one copy powerfully protects you against malaria by altering the shape of your red blood cells. But two copies cause severe cardiovascular complications.

Claire: Exactly. We also see this in Polynesian and indigenous populations with what researchers call the thrifty gene.

Julian: Right. Voyagers.

Claire: Yeah. Imagine Polynesian voyagers navigating vast open oceans with incredibly unpredictable cycles of feast and famine.

Julian: You'd need to store energy fast.

Claire: Genes that aggressively spiked insulin to convert every spare calorie into stored body fat were absolute lifesavers.

Julian: But of course, you dropped those exact same fat conserving genes into a modern world of constant caloric abundance, sedentary office jobs, ultraprocessed food,

Claire: and you get some of the highest rates of obesity and type 2 diabetes on Earth, which by the way completely debunks the entire universal ancestral diet myth. I mean, the wellness industry loves to push the paleo or carnivore diet as this perfectly optimized universal baseline for all humans, right? As if we all have the exact same history.

Julian: Exactly. But human evolution didn't just stand still when we invented farming. There's no such thing as a universal ancestral genome.

Claire: The famous Ni-Hon-San study tracking Japanese migration really illustrates how incredibly fast this mismatch happens.

Julian: Oh, tell me about that one.

Claire: Well, Japanese men living in Japan eating a traditional diet had incredibly low rates of heart disease. But the researchers tracked the men who migrated to California and adopted Western dietary patterns.

Julian: And what happened?

Claire: Their heart disease rates skyrocketed to match white Americans in just a single generation.

Julian: Wow. The genome didn't change at all. The food did.

Claire: The food did. You know, the coconut oil fad is like the ultimate cautionary tale here. I actually call this the trap of wellness tourism.

Julian: Wellness tourism. I like that.

Claire: Yeah. Because a few years ago, the wellness industry noticed that Polynesian populations consumed massive amounts of saturated fat from coconuts, but they had virtually zero rates of heart disease.

Julian: Right. So, obviously, coconut oil must be a superfood.

Claire: Exactly. They crowned it a universal superfood. But what they totally ignored was the genetics. Polynesian lipid metabolism involves highly specific co-evolved genetic architectures, including a novel gene called BTNL. Right.

Julian: Yes. A gene that allows them to process massive amounts of saturated coconut fat safely. So wellness tourism is when intelligent health conscious people borrow biology that their specific genes were never designed to handle. Because a northern European genome trying to process massive daily amounts of coconut oil is going to experience huge LDL cholesterol spikes.

Claire: It is literally like trying to run modern smartphone software on a vintage typewriter. I mean, the hardware just isn't built for that code.

Julian: That's a great way to put it. You simply cannot extract a food from its evolutionary context and market it as a universal health hack. So, how do we actually address this in a clinical setting? I mean, this is where Dr Reece Yeo's dual literacy approach at the Mudgeeraba Clinic becomes so vital, doesn't it?

Claire: It does because classical Chinese medicine essentially mapped this exact evolutionary mismatch 2,000 years ago,

Julian: two millennia before anyone even knew what DNA was, right? Like, how do they do person environment mismatch analysis without a genome sequencer?

Claire: Through something called constitutional typing. Professor Wang Qi formalized this into the nine constitutional types. And it isn't just a static list of symptoms. It's a dynamic living map of how an individual's deep inborn constitution interacts with their specific climate, diet, and emotional stress.

Julian: So they were looking at the whole picture.

Claire: Exactly. They explicitly tracked how geographical region, and local dietary traditions shaped biological tendencies over generations. But there is a crucial caveat here that Dr Reece Yeo emphasizes constantly. The overarching framework of traditional Chinese medicine is brilliant, but the specific herbal formulas and dietary rules were refined over thousands of years specifically for Han Chinese populations.

Julian: Right. You cannot just wholesale transplant that.

Claire: Exactly. Dr Reece Yeo's clinical philosophy is translation, not transplantation,

Julian: which makes perfect sense.

Claire: Think about it clinically. If a constitutionally hot running Celtic patient living in the subtropical heat of Queensland walks into the clinic in Mudgeeraba, you absolutely cannot give them a warming yang tonifying northern Chinese herbal formula.

Julian: That sounds like a metabolic disaster.

Claire: It would be. You have to translate the underlying principles of the medicine to fit the patient's specific genetic lineage.

Julian: So, if I walk into the Mudgeeraba Clinic, tomorrow. How does he actually execute that translation?

Claire: He combines modern genomic testing with ancient diagnostic techniques.

Julian: Okay.

Claire: Modern genetic testing tells us what your ancestral baseline was. The vulnerabilities and strengths baked into your biology. Then ancient Chinese pulse and tongue diagnostics tell us exactly what your internal ecosystem is doing right now in real time.

Julian: Wow. So you get the ancient letter and then the real-time update.

Claire: Exactly. Combining those two streams creates a highly personalized living map of a patient's biological trajectory.

Julian: Let's ground this in something actionable for you, the listener. Dr Reece Yeo has developed what he calls the resilience protocol.

Claire: Right.

Julian: Let's look at level one, which is universal. This applies to every single human genome on Earth regardless of where your ancestors lived

Claire: because some things are just fundamental to the species.

Julian: Exactly. The dietary rule here is to eat foods that existed before 1900. No ultraprocessed foods, no industrial seed oils. But crucially, level one focuses intensely on sleep.

Claire: And the biological mechanisms behind why sleep is a universal non-negotiable are profound.

Julian: Yeah. Your genome requires roughly 8 hours of dark phase sleep synchronized to natural light cycles to run what is known as the glymphatic system.

Claire: Okay, stop right there. Glymphatic system and amyloid beta. For the person listening who doesn't have a neuroscience degree, what are we actually talking about here?

Julian: The glymphatic system is essentially your brain's biological plumbing network.

Claire: Plumbing network. Got it.

Julian: During deep slow wave sleep, your brain cells literally shrink in size by up to 60%.

Claire: Wait, 60%. That is massive.

Julian: It's a huge structural shrinkage and it creates empty space allowing cerebrospinal fluid to rush in and physically wash away toxic metabolic byproducts that build up during the day.

Claire: Ah, so it really is a plumbing flush.

Julian: Yes. And one of those toxins is amyloid beta, which is a protein heavily implicated in Alzheimer's disease.

Claire: So it's a literal biological wash cycle of the brain.

Julian: It is. But here's the catch. That wash cycle absolutely requires darkness.

Claire: Right. Because of melatonin.

Julian: Exactly. Artificial light from screens and overhead LEDs after dark suppresses melatonin signaling and completely breaks this universal biological rule.

Claire: That's scary.

Julian: You can take all the supplements in the world, but if you don't give your genome the darkness it expects, the brain cannot shrink and the waste simply builds up. Okay, so that's level one. Level two of the resilience protocol moves into ancestry specific biology. This is where your specific heritage dictates your rules, right?

Claire: For instance, if you have Celtic ancestry, you need to check your serum ferritin and transferrin saturation to catch that iron hoarding we talked about earlier. What are those two markers actually measuring on a blood test?

Julian: Well, ferritin is the storage vault. It tells us how much iron is locked away in your tissues.

Claire: Okay?

Julian: And transferrin saturation measures the transport vehicles. It tells us how much iron is actively circulating in your blood. If both are high, you are literally rusting from the inside.

Claire: And so, Celtic constitutions also need to actively avoid excess iron and modern wheat gluten.

Julian: Yes. Conversely, if you have indigenous or Polynesian ancestry, your thrifty gene demands a return to whole foods to avoid metabolic syndrome, but your body handles coconut oil beautifully,

Claire: right?

Julian: And if you have East Asian ancestry, your microbiome is perfectly matched to warm cooked fermented traditional foods.

Claire: But we have to issue a really stark clinical warning for level two, particularly if your ancestry traces back to the Mediterranean, the Middle East, North Africa, or Asia.

Julian: Oh, the thalassemia trait. This is so important.

Claire: Yeah, it involves a genetic variant called thalassemia trait. Like the sickle cell gene, this variant evolved to protect against malaria. But in the modern clinical context, it causes a mild chronic anemia.

Julian: And on a standard blood test, it looks exactly like basic iron deficiency anemia. The red blood cells appear small and pale.

Claire: Wait, if the cells look exactly like iron deficiency. Wouldn't a doctor just immediately prescribe a heavy iron supplement? Like what happens if they misdiagnose that and you take the iron?

Julian: It is incredibly dangerous. This is where we need to be crystal clear on the how. Thalassemia trait is a hemoglobin production problem. It is not an iron shortage.

Claire: Oh,

Julian: your body already has enough iron. It just cannot build the red blood cells properly to utilize it.

Claire: So, it's like a construction site.

Julian: You have all the bricks which is the iron, but the mortar, the hemoglobin is defective.

Claire: That's a perfect analogy. So, if you just blindly dump a truckload of extra bricks onto the site, what happens?

Julian: Well, you still can't build the wall, so the bricks just pile up and eventually crush the surrounding machinery.

Claire: Wow.

Julian: You force unneeded iron into the system, leading directly to toxic iron loading in the organs. If you have ancestry from a malaria endemic region and a doctor tells you that you are anemic, you must explicitly advocate for yourself.

Claire: You have to ask for the specific test.

Julian: Yes. Ask for a hemoglobin electrophoresis test to rule out thalassemia trait before taking a single iron pill.

Claire: Please remember that if it applies to you, that is huge. Let's move to level three of the resilience protocol. This is the individual breakthrough where we bring it back to Chris Hemsworth and that APOE4 gene.

Julian: Right. The Alzheimer's risk gene.

Claire: Exactly. Well, for 20 years, standard medical advice confidently told APOE4 carriers that to protect their cardiovascular system, they needed to follow a strict low-fat Mediterranean style diet. Sounds completely standard, right?

Julian: Right.

Claire: Until March 2026. A groundbreaking study from the Karolinska Institute was published in the JAMA network open and it fundamentally shifted this paradigm.

Julian: What did they find?

Claire: They tracked thousands of older adults over 15 years. And the data revealed that APOE4 carriers who consumed high amounts of unprocessed meat had a staggering 55% reduction in dementia risk.

Julian: 55%.

Claire: It effectively erased their genetic disadvantage.

Julian: Hold on. Stop. We've been told for decades that red meat clogs arteries which reduces blood flow to the brain which causes dementia.

Claire: I know.

Julian: Are you telling me the exact opposite is true for these specific people? How is that biologically possible?

Claire: It requires separating cardiovascular guidelines from neurological structural biology.

Julian: Okay, explain that.

Claire: In your peripheral bloodstream, the APOE protein deals with lipid transport. But in the central nervous system behind the blood brain barrier, the APOE protein has a completely different job.

Julian: Oh, it acts differently in the brain.

Claire: Exactly. It handles a neuronal cholesterol delivery, synaptic membrane maintenance, and clearing out that amyloid plaque we discussed earlier,

Julian: the waste,

Claire: right? And to do that heavy lifting in the brain, the protein requires abundant, highly bioavailable fats and structural building blocks.

Julian: So by starving their heart of fat to protect their arteries, we were accidentally starving their brain of the specific building blocks it desperately needed to clean up the plaque.

Claire: Exactly. The specificity of the genome is just astonishing. And it's important to note APOE3 carriers, which make up the majority of the population, saw absolutely no cognitive benefit from a high meat intake

Julian: because their genetic architecture doesn't require those specific fats in the same way.

Claire: Precisely. And it is also vital to note the researchers emphasized that processed meat was universally bad for everyone, increasing dementia risk across the board.

Julian: Of course. So knowing how deep this goes down to the exact genetic variance in the structural biology of the brain. How does Dr Reece Yeo actually treat this in the Mudgeeraba clinic

Claire: with some very targeted modalities?

Julian: Because I have to play the skeptic here for a second. How does a simple acupuncture needle or red light actually fix a deep genetic mismatch?

Claire: Well, it comes down to physically regulating the environment your genes are responding to.

Julian: Okay,

Claire: let's look at master tongue acupuncture. This isn't just about relieving sore muscles. These specific needling styles physically downregulate the HPA axis.

Julian: Let's define that for the listener. What is the HPA axis?

Claire: The hypothalamic pituitary adrenal axis. It is essentially your body's central alarm system.

Julian: Right.

Claire: Your ancient stress response genes are chronically relentlessly overactivated by modern stressors like emails, traffic, financial pressure.

Julian: The modern mismatch.

Claire: Exactly. Acupuncture forcefully interrupts that chronic autonomic stress loop. It recalibrates the nervous system, sending a physical signal to your genes that it is safe to rest, digest, and repair.

Julian: And he uses other tools too, right? Like moxibustion.

Claire: Yes, moxibustion involves burning an herb called artemisia near the skin. And this is profoundly effective for those constitutionally cold Celtic patients we discussed earlier,

Julian: the ones that can't eat the iron,

Claire: right? If a Celtic patient cannot eat a high iron metabolically warming diet because of their C282Y mutation, moxibustion restores that deep metabolic warmth through infrared microcirculation.

Julian: And what about the red light therapy photobiomodulation?

Claire: Oh, that's crucial. Your mitochondria, the power plants of your cells, evolved to function optimally under abundant ancestral sunlight. But today, you know, we just sit under artificial office lights all day.

Julian: Exactly. Red light therapy physically penetrates the cell, restoring that ancestral light frequency and drastically boosting ATP production, which is cellular energy.

Claire: That is fascinating.

Julian: And finally, he employs Jingfang. That is pre-Han dynasty canonical herbalism using highly precise plant compounds to defend and rebuild the patient's internal ecosystem based on their real-time diagnostics.

Claire: It is basically substituting the missing environmental signals your genome is desperately looking for.

Julian: Perfectly said. Well, I want to leave you, the listener, with a final lingering thought based on everything we've explored today.

Claire: Oh, let's hear it.

Julian: If our genome is an ancient letter that perfectly adapted our ancestors to survive freezing winters, famines, and deadly plagues, what exactly is our genome adapting to right now?

Claire: Wow.

Julian: Think about it. In a thousand years, when future generations read the genetic letter, we are writing inside our bodies today a letter filled with instructions on surviving artificial blue light, highly sedentary desk jobs, and chronic endless cortisol from modern stress. What kind of bizarre biological traits will they inherit?

Claire: That brings us to the end of today's blueprint. It's fascinating to see how Dr Reece Yeo weaves ancient wisdom together with modern functional medicine to solve such complex health puzzles.

Julian: It really is. If you want to learn more about Dr Reece Yeo, Head over to his website at drreeceyeo.com.

Claire: And for those of you in the Gold Coast area or looking for a detailed face-to-face consultation, visit his website and complete his booking request form to start building your own personalized health blueprint.

Julian: One final reminder before we go. Everything we've talked about today is for educational purposes and is the clinical opinion of Dr Reece Yeo. It is not a substitute for professional medical advice, diagnosis, or treatment.

Claire: Stay curious, stay informed, and we'll see you in the next episode.

Julian: Thanks for listening to the integrative blueprint.