012: Healing Intelligence - A Resilience Medicine Case for Supporting Inflammation, Not Suppressing It

Welcome to The Integrative Blueprint, where digital guides Julian and Claire dive into the clinical insights of Dr. Reece Yeo, an integrative Chinese medicine practitioner based in Mudgeeraba on the Gold Coast of Australia. In this episode, we explore "The Healing Intelligence" and the core principles of Dr. Yeo's resilience medicine framework, unpacking exactly why we need to support inflammation rather than suppress it.

For decades, the standard response to an injury or illness has been to reach for an ice pack, take an anti-inflammatory pill, and rest in bed. However, modern functional medicine and ancient Han Dynasty traditions both reveal that these deeply ingrained habits actively sabotage our recovery. In this episode, we break down:

The Myth of RICE: Why the creator of the famous RICE protocol (Rest, Ice, Compression, Elevation) publicly recanted the use of ice, and how freezing an injury physically stops your cellular repair team from rebuilding tissue.
Chemical Suppression: How relying on NSAIDs like ibuprofen blunts your body's prostaglandin signals, leading to weaker, disorganized collagen and compromised healing.
The Dangers of Bed Rest: Why complete stillness creates a "biological traffic jam" in your lymphatic system, and why skeletal muscle contraction is required to pump waste out of the injury site.
Reframing Fevers: Why a fever is not a system failure, but rather a deliberate immune strategy designed to enhance hunter cells and literally melt the replication tools of a virus.

Instead of silencing symptoms with cold and chemicals, we explore the clinically validated modalities Dr. Yeo utilizes to support the healing cascade. You'll learn how acupuncture acts as a traffic controller for immune cells, how the penetrating heat of moxibustion transitions macrophages from a "demolition crew" into restorative "bricklayers", and how photobiomodulation (low-level laser therapy) hands your cells more energetic fuel to finish the rebuild faster.

Tune in to learn how to stop fighting your biology and start building true, systemic cellular resilience. To start building your own personalized health blueprint or to book a consultation with Dr. Reece Yeo, visit his website.

Disclaimer: This episode synthesizes clinical insights for educational purposes only and is not a substitute for professional medical advice.

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 healing intelligence. This is a subject Dr. Reece educates his patients on daily, focusing on the resilience medicine framework and why we need to support inflammation, not suppress it.

Julian: Before we unpack the research, a quick reminder. We are synthesizing Dr. Reece's clinical insights for educational purposes. This is not medical advice, so please consult your healthcare provider before making changes to your routine.

Claire: With that said, let's open the file. Julian, where are we starting today?

Julian: Well, I think I want to start this deep dive with uh a bit of a confession, honestly.

Claire: All right. Okay, let's hear it.

Julian: Yeah, because I am absolutely guilty of getting this completely totally wrong for decades. I mean, if you look at my routine, anytime I got hurt, like say a rolled ankle from running or a tweaked shoulder or even just feeling completely destroyed after a heavy gym session, my immediate reaction was identical every single time.

Claire: I can probably guess what it was,

Julian: right? I would just limp right over to the freezer, grab a bag of frozen peas or one of those rigid gel ice packs, slap it on the joint, elevate the leg, and just sit there. shivering for like 20 minutes.

Claire: Yep. The classic routine.

Julian: And I'd follow that up by swallowing a cup of ibuprofen and slathering on some kind of menthol rub. And the crazy thing is, as I sat there smelling like a medicine cabinet with my skin literally numb from the cold, I felt incredibly responsible.

Claire: You felt like you were doing the right thing.

Julian: Exactly. I genuinely truly believed I was accelerating my body's ability to heal,

Claire: which is honestly the most universal feeling in the world. I mean, it feels responsible because it is exactly what first aid courses, sports coaches, and you know, well-meaning parents have taught us for half a century.

Julian: It's ingrained in us.

Claire: It really is. You see a swollen, red, hot joint, and your brain just automatically says, "Put the fire out."

Julian: Right? Make the swelling go away.

Claire: But this is where the research we're looking at today completely shatters those deeply ingrained habits. When you look at modern functional medicine and specifically the resilience protocol utilized in the clinic in Mudgeeraba, the data paints a very very different picture,

Julian: a completely opposite picture. Really?

Claire: Exactly. All of those standard interventions, the ice, the anti-inflammatories, the complete bed rest, they are actively suppressing the very mechanisms your body relies on to repair tissue,

Julian: which is just a wild reality to sit with. You know, I've essentially spent my entire life paying good money for ice packs and pills to actively sabotage my own recovery.

Claire: It requires a massive paradigm shift. You basically have to stop viewing inflammation as a mistake or like a system function.

Julian: Okay. So, what is it then?

Claire: Inflammation is not the enemy. It is the physical manifestation of your body's healing intelligence in action. When you tear a muscle or sprain a ligament, your immune system doesn't just panic. It immediately dispatches a highly coordinated repair team.

Julian: So, it knows exactly what it's doing

Claire: precisely. Blood vessels dilate to create this massive highway for immune cells to rush in. And at the absolute center of this whole operation are these cells called macrofasages.

Julian: Macrofasages. Got it.

Claire: Right. Think of macrofasages as the uh the construction supervisors of tissue repair.

Julian: So they arrive on the scene to assess the damage and what? Clear out the wreckage.

Claire: They handle the debris. Absolutely. That's step one. But their most critical function is issuing the actual work orders for the rebuild.

Julian: Oh wow. How do they do that?

Claire: They release a specific signaling molecule called IGF-1, which stands for insulin-like growth factor 1. That molecule physically binds to your muscle stem cells and instructs them to start synthesizing new tissue.

Julian: Okay? So if you don't have that macrofase signal,

Claire: then the rebuild never gets commissioned. It's that simple. And the trigger that starts this entire cascade, a group of lipids called prostaglandins.

Julian: Prostaglandins.

Claire: Yes. They are essentially the chemical flare gun shot into the night sky calling the macrofasages to the sight of the injury in the first place.

Julian: Let me pause right there because the framework we are unpacking today is called resilience medicine. And I know when you hear the word resilience. The natural instinct is to picture like a football player taping up a sprained ankle and limping back onto the field. Right.

Claire: Right. The whole no pain, no gain mentality.

Julian: Exactly. Stuffing it out, gritting your teeth. But we aren't talking about psychological toughness here, are we?

Claire: Not at all. That's a huge misconception. True resilience is not about ignoring what your body is experiencing or forcing it to perform while it's broken.

Julian: So, how does the clinic define it?

Claire: In this clinical framework, resilience refers to the integrity of your body's cellular signaling apparatus. It is your biology's capacity to mount a perfectly calibrated inflammatory response, run that exact response to its natural completion, and then cleanly return to a state of balance.

Julian: So, it's about efficiency.

Claire: Exactly. A resilient system isn't one that never gets inflamed. It's one that completes the healing cycle efficiently and thoroughly.

Julian: Okay. So, if that entire healing cascade relies on that chemical flare gun, the prostaglandins, and that subsequent rush of blood flow, to bring in the construction crew. It seems completely counterintuitive to then slap a block of ice on the injury.

Claire: It is completely backwards

Julian: because we are physically dropping the temperature of the tissue and forcefully constricting those blood vessels.

Claire: You are physically slamming the brakes on the highway. And I know this directly challenges the famous rice protocol. You know, rest, ice, compression, elevation.

Julian: Oh, yeah. Rice is basically gospel.

Claire: It was. That acronym was coined back in 1978 by a sports medicine doctor named Gabe Mkin. And for almost 40 years, it was undisputed fact in every athletic training room in the world.

Julian: Right.

Claire: But what a lot of people missed is that in 2015, Dr. Mkin publicly recanted the ice and rest portions of his own protocol.

Julian: Wait, really? The guy who invented it told people to stop doing it.

Claire: He did. He reviewed the mounting literature and acknowledged that the research clearly showed ice delays recovery. It suppresses the very immune responses that initiate healing.

Julian: Wow. If the creator of the most famous first aid protocol in history tells us to stop using it. The cellular evidence must be absolutely undeniable. What is actually happening to the tissue when we freeze it?

Claire: Well, there is a pivotal 2011 study out of Japan by Takagi and colleagues that visualizes this perfectly. They used a crush injury model in rats and they applied ice for just 20 minutes right after the injury.

Julian: And 20 minutes is a very standard icing window for most people.

Claire: Very standard. But that brief application of cold fundamentally delayed satellite cell activation the macrofase c was severely disrupted

Julian: just from 20 minutes.

Claire: Yes. And when they examined those ice muscles a full month later, they were measurably weaker and contained significantly more disorganized collagen. They essentially treated proper muscle regeneration for inferior scar tissue.

Julian: A whole month down the line, the tissue is structurally weaker just because they iced it once.

Claire: I mean, I can already hear people saying, "Sure, but I'm not a rat."

Julian: But I have to imagine this translates directly to human biology, right? Yeah. Especially with the mass Massive cultural trend right now of athletes jumping into ice baths right after a heavy lifting session.

Claire: Oh, it absolutely translates. And we have the data for that, too. In 2025, a human study by Davelinville looked at exactly this. They compared hot water immersion to cold water immersion for muscle injury recovery.

Julian: And what did they find?

Claire: The cold water group showed zero regenerative benefit. None. But the hot water group saw significantly upregulated IGF-1. Remember that's that crucial growth signal from the macrofasages. And they had improved muscle regeneration.

Julian: So, heat actually helps.

Claire: Yes. And to understand why ice baths are so problematic for recovery, you have to look at something called the MTR pathway.

Julian: MTOR, what is that?

Claire: Think of MTOR as the literal molecular assembly line for building new muscle proteins. When you plunge into cold water after training, you aren't just cooling the tissue down. You are physically unplugging that conveyor belt.

Julian: You're turning off the muscle building machine.

Claire: Exactly. The cold blunts the mtr. our pathway. Studies show that if you do resistance training and then jump into an ice bath, you can reduce your muscle mass gains by over 10%. Compared to someone who just does an active recovery,

Julian: that is crazy.

Claire: So using ice to speed up your healing is basically like pulling the firearm cable out of the wall and then wondering why the building keeps smoldering.

Julian: That is a perfect analogy.

Claire: You're turning off the precise system designed to save you just because the alarm bell is loud and annoying,

Julian: right? You are silencing the alarm while the fire just continues to burn. And what is so profound about this is that classical Chinese medicine arrived at this exact conclusion thousands of years ago during the Han dynasty.

Claire: Really? They knew about this back then.

Julian: They did. Within the traditions of Jingfang, which focuses on classical herbal formulas in traditional traumat, the prohibition on using cold for injuries is absolute.

Claire: Ta. That's the bone setting tradition, right?

Julian: Yes. The centuries old bone setting and martial arts medicine tradition. And Those masters understood the microirculation of healing long before we had microscopes to actually look at cells

Claire: because of what they refer to as blood stasis. Right.

Julian: Precisely. Cold physically constricts blood vessels, literally freezing the fluids in place. And this just compounds the stagnation that the blunt force trauma already created in the first place.

Claire: Makes sense.

Julian: There is a famous very blunt quote from a traditional traumatology master that perfectly summarizes the classical view. He said, "Ice is for dead people."

Claire: Oh wow, that is incredibly blunt. It gets the point across. You want circulation. You want warmth. So, the classical alternative they use is a topical herbal formula called San Huang Sunen, which is often translated as herbal ice.

Julian: Wait, herbal ice? Is it physically cold?

Claire: No, it's not physically cold at all. It utilizes specific herbs to clear pathological toxic heat and reduce the swelling. But it does so without stopping local blood circulation. It cools the inflammatory fire without actually freezing the tissue.

Julian: Okay, so Let's make this actionable for everyone listening right now. You step off a curb, you roll your ankle, and it swells up like a balloon. What is the actual protocol?

Claire: The clinical evidence points to avoiding ice entirely. The only exception is if the pain is so excruciatingly unbearable that you need a temporary localized numbing agent just to cope.

Julian: But you have to know it's just for pain, not healing.

Claire: Exactly. You must understand you are using it strictly as a short-term painkiller. It is not a healer. Once you pass that acute 72-hour window post injury, the protocol shifts to applying moist warm heat

Julian: to dilate the vessels.

Claire: Yes, you want to actively dilate those vessels and support the blood flow carrying that macrofase repair team.

Julian: All right, so thermal suppression physically freezes the healing cascade. But what about chemical suppression? Let's talk about those standard pills handed to you after a surgery or those over-the-counter bottles sitting in literally every bathroom cabinet. I'm talking about nonsteroidal anti-inflammatory drugs, the NS AIDS like Ibuprofen, and I imagine doing that during the specific window when the tissue is desperately trying to regrone itself is just a terrible idea.

Claire: It is highly detrimental. This is particularly true in the critical first seven days of the repair phase. If you suppress prostaglandins during this window, you impair how collagen organizes itself.

Julian: How so?

Claire: Well, collagen needs to lay down in strong parallel lines to create durable tissue. Without the proper inflammatory signals guiding it, it lays down in a chaotic c cross-hatched pattern instead,

Julian: which makes it weaker,

Claire: drastically weaker. It reduces the mechanical strength of healing tendons. There is a very clear human cohort study that specifically linked early NSAID used to significantly worse outcomes and even higher rerupture rates in patients recovering from Achilles tendon tears.

Julian: That is terrifying. Yeah. But I want to push back on this a little bit or at least look at the reality of how people actually live. Sure. What if you are someone taking ibuprofen routinely for something completely unrelated to a sports injury? Say you rely on on it for uh permenopausal joint discomfort or really severe period pain every single month, but you also happen to be recovering from a knee surgery or a sprained wrist at the same time.

Claire: That's a very real scenario. And the reality of human biology is that that overlap is dangerous for your healing tissue

Julian: because the pill doesn't know the difference,

Claire: right? The medication doesn't know to only target your uterine cramps while ignoring your sprained knee. It works systemically. If you are in that initial surgical or injury repair window. Routinely blocking your systemic prostaglandins is going to compromise the architectural quality of the tissue being rebuilt.

Julian: So what should someone in that situation do?

Claire: If you are in this situation, it is absolutely vital to talk to your surgeon or practitioner about timing and alternatives

Julian: because you can't just expect someone in agonizing pain to white knuckle it for a week. There have to be alternatives.

Claire: There definitely are. Paracetamol is often suggested by clinicians as a safer alternative. during the repair phase because of its mechanism of action.

Julian: How is it different from ibuprofen?

Claire: It works essentially on the brain to reduce your perception of pain rather than peripherally blocking the tissu's prostagland and cascade right at the site of the injury.

Julian: Oh, that makes sense.

Claire: Beyond that, the evidence-based alternatives often utilized in the resilience protocol include things like bromelain.

Julian: Bromelain? What's that?

Claire: It's an enzyme derived from pineapples. Actually, it modulates swelling without stopping the actual repair process. They also utilize highly bioavailable curcumin paired with omega-3 fatty acids

Julian: which helps clear the inflammation.

Claire: Exactly. These compounds support the system's ability to clear inflammation naturally rather than chemically silencing the enzymes like an NSAI does.

Julian: Okay. So, we've blocked the healing chemically with pills and thermally with ice. Let's look at how we block it mechanically.

Claire: You mean stillness?

Julian: Yes, complete stillness. Bed rest. I mean, if the pain is there to stop us from doing further damage, it makes total sense. that our instinct is to retreat to the couch and not move a single muscle until it feels better.

Claire: It makes intuitive sense, yes, but that prolonged stillness creates a literal biological traffic jam inside your body. To understand why, you have to look at how the body removes trash. That is the job of the lymphatic system. It is your body's waste clearance infrastructure. It's responsible for carrying away all the cellular debris, dead tissue, and excess fluid from an injury cycle.

Julian: Right, the cleanup curve.

Claire: But it has a major structural limitation. Unlike your cardiovascular system, which has a massive muscular heart to pump blood constantly, your lymphatic system has no central pump.

Julian: Wait, really? It has no pump at all.

Claire: None. It completely relies on you moving your physical body to push the fluid around.

Julian: So, skeletal muscle contraction.

Claire: Exactly. It relies entirely on skeletal muscle contraction to physically squeeze the lymphatic vessels and milk the fluid along the channels.

Julian: So, if you just lay on the couch for 3 days,

Claire: if you are on complete bed rest. The drainage simply stops. The debris just sits there festering and that prevents the next stage of healing from beginning because the construction site is full of garbage.

Julian: That paints quite a picture.

Claire: This is why gentle early movement is so critical. Even after major traumatic procedures like a total knee replacement clinical guidelines now strictly emphasize activating that lymphatic pump.

Julian: Oh, I've heard about this.

Claire: Yeah. They have patients doing gentle ankle pumps in bed within eight hours postsurgery just to keep the fluid moving. movement is the pump.

Julian: Wow. That completely reframes how I think about resting. Now, let's tackle the other form of immune suppression that I know causes a massive, massive amount of anxiety.

Claire: Fevers.

Julian: Fevers. We want to suppress them immediately.

Claire: We do. Fevers are perhaps the most misunderstood immune mechanism we possess. We treat a fever like a system failure. You know, like the engine is overheating,

Julian: right? Like it's a dangerous malfunction.

Claire: But a feizure is not a mistake. It is a highly calculated, deliberate immune strategy. When a pathogen enters, your hypothalamus intentionally resets your internal thermostat to raise your core body temperature.

Julian: But why? I mean, what does making me feel hot and miserable actually achieve against a viral infection?

Claire: It does a few brilliant, highly targeted things. First, the elevated temperature physically enhances the activity of your Tlymphosytes,

Julian: the hunter cells.

Claire: Yes, the specialized immune cells that hunt down the infection. It also massively increases your production of interferons.

Julian: What do those do?

Claire: There are anti antiviral proteins that act like warning beacons, signaling all your other cells to raise their structural defenses. But most importantly, and this is fascinating, viruses are essentially mindless photocopers.

Julian: Mindless photocopers, okay?

Claire: They hijack our cellular machinery to copy themselves. But the specific enzymes they use to operate that photocopier are incredibly temperature sensitive.

Julian: Oh wow.

Claire: When your body raises its core temperature, it is literally melting the virus's replication tools. The heat makes the internal environment just too hostile for the virus to survive.

Julian: But our cultural reflex is always to give an antipyetic, you know, a fever reducer like paracetamol the exact second the thermometer ticks up. We even give it prophylactically before or after vaccines just in case a fever starts.

Claire: And clinical studies show that doing so can actively blunt the immune response. When you artificially lower the temperature with medication, you can significantly reduce the formation of antibodies.

Julian: So the fever was trying to help us. was literally trying to build your long-term immunity and the medication suppressed the precise environment needed to do so. I have to say this is the hardest pill to swallow. I mean, speaking directly to any parents listening right now, when you see a child burning up, sweating and shivering, doing nothing feels deeply, viscerally irresponsible. It feels like a failure to comfort them.

Claire: Oh, I completely understand that. And the clinical goal is absolutely not to ignore a child's distress or force them to suffer. The guiding principle here is to treat the patient, not the thermometer.

Julian: Meaning, look at how they are actually acting.

Claire: Exactly. If a child has a fever but is still drinking fluids, making eye contact, and is generally alert, the fever is doing its job beautifully. Let it run.

Julian: And if they are miserable,

Claire: if they are in genuine, unrelenting pain or severe distress, then medication absolutely has a role. But the resilience protocol offers biological alternatives to support the fever process without artificially breaking it.

Julian: What does that actually look like? can practice.

Claire: Well, hydration is paramount because a fever burns through fluids rapidly. Keeping their clothing light and breathable is also crucial,

Julian: even if they have the chills.

Claire: Yes, the instinct is to bundle a shivering person in heavy blankets, but that traps the heat and works against the body's natural thermorreulation. Also, if you catch an illness within the first 48 hours, botanical medicines like elderberry have strong clinical evidence for supporting the immune response without suppressing the fever.

Julian: And from Chinese medicine perspective,

Claire: a practitioner won't just treat a fever. They will look at the specific energetic pattern. Is it a wind heat pattern presenting with a sore throat and sweating? That might call for a classical formula like Shhatcha Hutang.

Julian: Or if they have freezing cold,

Claire: then it might be a wind cold pattern presenting with severe chills and bodyaches, which might require gentang instead.

Julian: But to be extremely clear here, those classical formulas are not something you try to self-dagnose by just scrolling through Dr. Google.

Claire: Absolutely not. Pattern differentiation is a highly complex specific diagnostic skill. Giving a warming formula to a patient with a heat dominant pattern is actively counterproductive. You need a trained practitioner.

Julian: And we have to state the crucial medical red flags here too because there are times when a fever is an emergency full stop.

Claire: Yes. Any fever in an infant under 3 months old requires immediate emergency medical intervention. Temperatures over 40° C or a fever accompanied by a severe rash, a stiff neck, lethargy, or extreme sensitivity to light. These are absolute red flags.

Julian: What do they point to?

Claire: They suggest things like menitis or severe systemic infection. They require urgent medical assessment. Do not hesitate.

Julian: All right, let's pull all of this together and connect it back to the clinic in Mudgeeraba. If icing, taking NSAIDs, prolonged bed rest, and reflexively reducing fevers are all effectively pulling the fire alarm out of the wall.

Claire: Yeah.

Julian: How do we actively support the body's intelligence? How does Does the resilience medicine blueprint actually fix the root cause without overriding the system?

Claire: The clinic utilizes integrative modalities that are backed by thousands of years of traditional observation and now validated by modern clinical evidence. We can look at three specific tools used in the blueprint.

Julian: Okay, what's the first one?

Claire: The first is acupuncture. We know that instead of blocking the inflammatory cascade, acupuncture dynamically modulates it. It helps regulate the macrofasages and cytoines. Research actually shows it increases CD3 and CD4 immune cells

Julian: so it doesn't shut down the highway.

Claire: No, it acts as a traffic controller to clear the congestion.

Julian: I love that. What's the second tool?

Claire: Moxabustion. This involves burning a specific herb called mugwart near targeted acupoints to apply a deeply localized penetrating heat.

Julian: Ah, bringing heat back into the picture.

Claire: Exactly. Remember our discussion on heat versus ice? Moxabustion uses that penetrating heat to physically transition pro-inflammatory M1 macrofasages into Restorative M2 macrofasages.

Julian: M1 to M2. What does that mean in plain English?

Claire: To use an analogy, M1 macrofasages are your demolition crew. M2 macrofasages are your brick layers. The localized heat is the specific signal that tells the demolition crew to put down the sledgehammers and pick up the tels. It pushes the tissue from the alarm phase right into the rebuilding phase.

Julian: Yeah, it is a brilliant visual. Put down the sledgehammers, pick up the tels. And the third modality,

Claire: photobiomodulation or PBM. This This is often referred to as low-level laser therapy. It uses highly specific light wavelengths to penetrate the tissue and stimulate the mitochondrial respiratory chain within your cells.

Julian: Stimulating the mitochondria. So, energy production.

Claire: Yes. It literally increases the production of ATP, which is the foundational energy currency of every single cell in your body.

Julian: I love this because it clarifies exactly what we are trying to achieve.

Claire: We aren't trying to outsmart the system or override it. We are literally just handing the cells more electricity.

Julian: Precisely.

Claire: We were giving the constru workers more fuel so they can run their own repair machinery and finish the rebuild faster.

Julian: That is exactly the mechanism and it all ties back to the foundational brand promise of Dr. Yeo's clinic. The body is not fragile.

Claire: It really isn't.

Julian: The chaos you feel during an illness or a severe injury, you know, the radiating heat, the throbbing swelling, that bone deep fatigue that is not your body failing, that is the system working exactly as designed.

Claire: It's doing its job.

Julian: Yes. True. Resilience isn't something you force in the panicked moment of injury. It's built upstream. It's built through prioritizing quality sleep, aggressive stress management, maintaining metabolic health, and protecting your internal ecosystem with proper nutrition and circulating chi day in and day out.

Claire: Because if that internal ecosystem is robust, your body's healing intelligence already knows exactly what to do. You just need to get out of its way. We need to stop viewing our own biology as a nuisance that needs to be constantly managed, silenced, or chemical overridden. So, next time you feel that urge to reach for an ice pack or a pill to silence a symptom, ask yourself, are you trying to help your body heal, or are you just trying to make it quiet down?

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

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

Julian: 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. 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.