Dr. Scott Sherr on GABA: The Unsung Hero of Brain Health and Stress Resilience | EP 575
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Coming up next on PassionStruck. GABA-Aminobutyric acid is one of our primary inhibitory or relaxing neurotransmitters in our brain. And it's the unsung hero of the brain, John. Most people think of the superstar neurotransmitters when we're thinking about the brain or neurotransmitters in general. We're thinking about dopamine.

norepinephrine and serotonin. And these are important, obviously, but in much smaller quantities compared to how much GABA we have in the brain. Methylene blue itself actually works on a system called the monoamine inhibitory system. It actually prevents the breakdown of norepinephrine, dopamine, and serotonin. As a result of this, you get more of those neurotransmitters and you get a mood boost. You get more focus, a little bit more endurance. But the key also is to...

Welcome to Passion Struck. Hi, I'm your host, John R. Miles. And on the show, we decipher the secrets, tips, and guidance of the world's most inspiring people and turn their wisdom into practical advice for you and those around you. Our mission is to help you unlock the passion

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PassionStruck. Hey, PassionStruck fam. Welcome to episode 575. Whether you're a long-time listener or tuning in for the first time, I am so thrilled you're here. You're now part of a global movement dedicated to living with intention, unlocking your full potential, and making what truly matters matter most. So let me ask you, what if the key to unlocking peak performance and long-term well-being

isn't just about diet and exercise, but also about harnessing the power of oxygen, neurotransmitters, and cutting edge health optimization tools. What if the future of brain health and longevity is already here, but most of us aren't using it to our advantage? This is where today's guest comes in. I am welcoming back my friend, Dr. Scott Schur, who's here to break down the science behind some of the most innovative advancements

and health optimization. In our first interview in episode 147, we did a deep dive into hyperbaric oxygen therapy and how it's being used to treat neurodegenerative disease, cancer, and traumatic brain injuries. We also touched on its link to stem cells. Then in episode 321, we explored nootropics,

and focused on the unique benefits of methylene blue and its potential to support various health conditions including brain fog fatigue joint pain and even blood pressure regulation in this episode we build upon those discussions and we explore

advancements in hyperbaric oxygen therapy and how it's revolutionizing healing, performance and recovery. We expand on the rising role of methylene blue in enhancing mitochondrial function and brain health, as well as the evolving landscape of nootropics and how they can be used to optimize mental clarity and focus. We go into GABA, the brain's calming neurotransmitter, and why it is key to reducing stress, improving sleep,

and boosting cognitive resilience. Then lastly, we explore the future of AI-driven health optimization and how personalized medicine is reshaping the way we approach well-being. If you're looking for real science-backed strategies to boost your mental clarity, optimize brain function,

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on a fascinating journey into the future of health optimization, cognitive resilience, and longevity. Let's dive in with Dr. Scott Scher. Thank you for choosing PassionStruck and choosing me to be your host and guide on your journey to creating an intentional life. Now, let that journey begin. As you set your resolutions for 2025, why not make learning a new language part of that journey? Imagine saying, très bien, and actually knowing what you're talking about.

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I have to tell you, you are now the only guest I have ever brought back three times. And I have to say on my YouTube channel, you have the most popular episode we have ever done. Is that right? And it was talking about methylene blue and nootropics. I know people are really intrigued by your works, just had to have you on again.

It's a pleasure. On that topic, what advancements or insights have emerged in the use of nootropics since we last spoke? Well, I mean, nootropics is a big category in the sense of there's lots of different definitions that people use as to what a nootropic is and what it isn't. I think we actually dove into this a lot during our last podcast. So if anybody's interested, they can go check this out. There's things like health optimization nootropics and performance optimization nootropics.

I've been very interested as always in the kind of integration of nootropics with more of a comprehensive understanding of mental health, physical health from a macroscopic scale, from what it looks like when you're talking to somebody or how you feel personally, but also from a microscopic scale, the vitamins, minerals, nutrients,

and cofactors that are responsible for truly optimizing our cellular biology. And then within that, I've been, a lot of my interest always and continues to be on mitochondrial health and how improving mitochondrial health overall is going to raise your cognitive and physical bar all the time so that maybe you don't need nootropics all the time, but maybe you can only use them in more of a targeted way rather than more comprehensively or more often depending on the situation.

And I know one of the key ingredients that people have been most intrigued about in your work has been methylene blue. And that's probably where we on that YouTube channel have gotten the vast majority of the questions. Yeah. Have there been any shifts in how people are integrating methylene blue with lifestyle or diet to maximize its effects?

So it's super interesting. Methylene blue, as we talked about, has been around a long time, but we're really starting to dial in the dosing of it, understanding that very low doses of this particular compound are fantastic for those mitochondria that we were just discussing. So what's interesting about

the US right now is that 94% of the US population has some element of mitochondrial dysfunction. This means that they cannot make energy effectively or they cannot detox with the energy that they make. So just to back that up for a minute for people, when you have these mitochondria in our cells,

They are the powerhouse. They are what make energy. And so we have a lot of mitochondria in some types of tissue and very few mitochondria in other tissue. In fact, the most mitochondria we have per cell are in our ovaries or in our sperm, depending on our gender, our brain, our heart, our liver, and our musculoskeletal tissue.

In fact, I've talked to Gabrielle Lyons about this, and she likes to remind everybody that you have your most mitochondria per cell in reserve actually in your musculoskeletal tissue so you can run when you need to run. Now, the problem though is that if 94% of the US population has mitochondrial dysfunction, this is going to show itself in the various tissues depending on

where those tissues are having the most effect with that mitochondrial dysfunction. So is infertility an issue now, John? It's a huge issue, right? More and more people cannot get pregnant.

men and women. And that's a major reason why is because of mitochondrial dysfunction. If you have issues with your brain, if you have concentration problems, fatigue issues, if you have difficulty with your memory or verbal fluidity when you're speaking, this is all potentially a mitochondrial issue. So cardiac issues, detoxification issues, exercise induced fatigue, this is all related to mitochondrial dysfunction. And so what methylene blue can do here, and

And this is what's cool about the dosing is that we have like low doses of methylene blue for a 16, maybe 25 milligrams of methylene blue, where you're actually improving that mitochondrial function itself, where you go to higher doses around a milligram per kilogram, which is around 50 to 70 milligrams, depending on the person, maybe higher. That's more of an anti-infective dose and also really good for like significant acute mitochondrial stress. And one other piece of this is that

Mitochondria make energy. They make ATP. And this is our energy currency. We make a lot of ATP. I can't remember, but it's like almost a couple of kilograms of ATP a day. It's a lot of ATP that we make. Now, not only do we make ATP or energy, but we also have to be able to deal with the quote unquote waste products of making energy. And those include some of the things that we know, like carbon dioxide, water,

But we also make something called reactive oxygen species or free radicals. These free radicals are very important because they're signaling molecules that tell the mitochondria to make more energy, not making as much energy and things like that. But in essence, what you see here is that you're making more energy and you have to detox from the energy that you make. And if your mitochondria aren't working very well, it could be either or it could be or that you're having a problem.

Now you bring in methylene blue and methylene blue, what it can do is it can help on both sides. It can help on the side of helping you make more energy and it can help on the side of helping you detoxify from the energy that you make. And the problem with making energy for many of us now is that we have these complexes on our mitochondria. There's four of them in total. And many of us, especially complex one and complex two, but especially complex one are not working very well.

I didn't say why people have mitochondrial dysfunction, John. Why is that? So the number one cause is insulin resistance. This is people that are obese, morbidly obese, super morbid obesity, or you have insulin resistance. That's the number one reason why people have mitochondrial dysfunction. And it affects that complex one. The second reason is medications. The third is toxins and the fourth is infection.

So COVID infections, for example, were very notorious for affecting complex one and complex two and also complex four, but definitely complex one mostly. So what methylene blue can do is it can bypass various complexes in your mitochondria. If they're not working very well, help regenerate some of them, help you make energy more effectively. And at the same time, like I mentioned, you're helping with the detoxification side. So you're not getting a huge amount of stress in the system, even if you're making more energy.

And has there been any advancements in using it for neurodegenerative diseases or to fight things like chronic fatigue, which I know is directly tied to that gut function as well? So when it comes to neurodegenerative diseases, there are a couple of studies that have been ongoing looking at methylene blue specifically for Alzheimer's.

And it was a very interesting initial study that they did where they used very low doses of methylene blue, eight milligrams twice a day. And this is their placebo group, which again, is not a placebo. This is very common in a lot of these studies because when you're giving somebody methylene blue,

you're also trying to make sure that people know that they're getting it, or if they're getting it, like if they're getting a high dose, low dose, they don't really know. But the idea with methylene blue and the challenge in this case is that methylene blue makes your urine blue. So what they tried to do was give a very low dose of methylene blue to the placebo group or the sham group and a much higher dose to the treatment group. Okay. And so in the study,

in this group of population, this population, methylene blue actually improved cognitive function in the placebo or sham group much more than it did in the treatment group, interestingly enough. And so this is not actually surprising to me because what happens if you give a very large dose of methylene blue very quickly,

it might be too much for the system to be able to handle. And this is very common, unfortunately, in brains that are already under significant stress. So if your brain's already under significant stress because you have mild cognitive impairment, because you have Alzheimer's, as it were,

then you're going to be more susceptible to the requirements for the need. You have higher requirements of things like antioxidants, for example. And if you give a very high dose of methylene blue very quickly, you're going to induce the capacity of the brain to try to make more of that antioxidant, but you're not going to be able to do it is what it comes down to. So the key with methylene blue and neurodegenerative disorders is to really focus on low dose and titrating that dose over a period of time.

There's a researcher at the University of Texas, Austin named Dr. Francisco Gonzalez Lima, who's done a lot of great work on neurodegenerative disease and Alzheimer's models, looking at the use of methylene blue. And if you can optimize energy production, if you can optimize the capacity of those protein complexes, the electron transport chain to work better, you're going to see improvements in cognitive function. And then if also you're improving the capacity for detoxification by using these low doses of methylene blue, you also see benefit there.

Now, when it comes to the other population, what did you mention? You mentioned neurodegenerative and the other one was, what was the other one? The other one was those experiencing brain fog. Right, so the chronic fatigue, the brain fog, those patients. And so in the end, what that really is, John, is a mitochondrial dysfunction. And so what we are seeing now

at least clinically is that you're seeing improvements in cognitive function in all varieties of patients that are coming in with cognitive dysfunction is it chronic fatigue is it post viral syndrome do you have mold do you have infection you're going to see improvements in mitochondrial function because of this amazing compound thanks to you i got to test the product myself and i found if i really

am needing to concentrate on something like, let's say, I need to focus on writing my book or I'm doing deep preparation for an interview, something like that. It's really been mind blowing how much it helps you concentrate for me, micro periods of time that I need to use it. And I'm curious if you're a person who uses these nootropics maybe two to three times a week for cognitive enhancement,

What changes might you expect to see with consistent use for over six to 12 month periods?

If you're using it in an intermittent way, especially at low doses of methylene blue, it's going to be very supportive most of the time. And the reason is because it's supporting that mitochondrial function. And most of us are having some element of that on a regular basis. If you have stress in your life, does anybody have stress? Does anybody? That's also going to stress your mitochondria. Do you have, excuse me, do you have

exposure to toxins in your environment. Anybody have exposure to toxins in their environment? Is anybody going on an airplane tomorrow or the next day or in the next couple of months? These are all stresses on our mitochondria. And so what I've found is that if you're using something supportive like methylene blue, you are in a good place to use it regularly over a long period of time. Low doses, of course.

With other types of nootropics, you might want to be a little bit more careful in the sense that if you're using a nootropic that has a lot of stimulation capacity. So if you're using something like nicotine every day or even caffeine every day, it may be something that starts depleting you of vitamins, minerals, and nutrients, and even hormones over time because it's stimulating the system. It's clocking the system without giving it the support that methylene blue can do at the same time.

The amazing thing about methylene blue is that not only is it enhancing production of energy, but it's also helping you with the detoxification side.

most nootropics are going to be, at least the classic nootropics that we think of, are going to be giving you more energy and more focus, but they're not going to be giving you the supportive detoxification side of things as well. Now, this isn't always the case. If you're using caffeine, of course, in coffee, caffeine and coffee also has polyphenols, which are also going to be supportive and antioxidant at the same time as you're drinking the caffeine that's in the coffee or in tea, for example.

So it's not always the case that a nootropic that's stimulating you is only gonna have that capacity. In fact, coffee is great for that reason, and tea is that great for that reason as well. What's also nice about tea, for example, a lot of tea has L-theanine in it, right? L-theanine is something that works on the GABA side of life as well. If you are supporting the GABA side, which GABA is a neurotransmitter that helps relax the brain, calm down the firing of the brain,

and increase what's called the parasympathetic nervous system, or the rest, relax, digest, recover nervous system, then that's also going to be supportive as well. Tea and coffee are great examples of nootropics that can be used over the long term because they have antioxidants in them at the same time. So I'm a big fan of using methylene blue regularly, especially in my clients and patients, because it's a great way

to support that mitochondrial function. And as you described, John, what you'll find when you take it, when you find the right dose is that you feel like you have just brighter focus. You have a little bit more endurance. You just feel like you can sustain yourself for longer. And even on the other side of this, like on the athletic side, endurance elite athletes, I've been working with a lot more of them using methylene blue because it can help in that capacity.

In fact, I just worked with somebody recently that ran the Leadville ultra marathon race over here in Colorado. That's a hundred miles through, I think 12,000, 13,000 foot peaks. This is an intense race. It's takes a long time. And I worked with somebody and we were using,

This time around, we used methylene blue for him, 36 milligrams every four hours. And he shaved three hours off of his time versus the year before. And there were certain other things that we did as well. We supported his, actually his GI system a little bit better using an amino acid called glutamine, which we can talk about if you're interested. But in essence, the methylene blue was able to increase his endurance capacity because he was allowed, he was able to maintain his heart rate for longer without having to slow down.

This is because methylene blue can act just like oxygen in the cells and become that final electron acceptor. So you can maintain an elevated heart rate for longer when you have methylene blue around because you have the extra capacity, the extra aerobic capacity as well. So interesting. And today I heard you bring up GABA and that's going to be our main focus today.

What is the connection that you see between methylene blue nootropics and GABA?

As I was describing, GABA-amino butyric acid is one of our primary inhibitory or relaxing neurotransmitters in our brain. And it's the unsung hero of the brain, John. Most people think of the superstar neurotransmitters when we're thinking about the brain or neurotransmitters in general. We're thinking about dopamine, norepinephrine, and serotonin. And these are important, obviously, but in much smaller quantities compared to how much GABA we have in the brain.

And so methylene blue itself actually works on a system called the monoamine inhibitory system. So it actually prevents the breakdown of norepinephrine, dopamine, and serotonin. And so as a result of this, you get more of those neurotransmitters and you get a mood boost as a result of having more of those neurotransmitters around, you get more focus, a little bit more

endurance just because of that piece as well. But the key also is to understand that not only do we want to be on and focused and energized, we also want to have time to rest, recover, detox, and digest our food. And so it's very important to be thinking about the GABA system

And the problem in our world, in America especially, is that we're a hustle culture as John. We wanna be on all the time. We wanna be hustling all the time. It's very difficult for us to just shut down and relax. And that's the responsibility of the GABA system. And so a lot of my focus these days with my patients and the work that I do is, okay, let's support mitochondrial function. Let's improve your performance. But at the same time, how are we going to support this GABAergic system

in the brain that is so important for us to rest, recover, relax, digest. - Tax Act knows filing taxes can be confusing. So we have live experts on hand who can help answer any questions you may have. Questions like, can I claim my SUV as my home office if I answer work emails in my car? If I adopted 12 dogs this year, can I list them as dependents? And am I doing this right or am I doing this very, very wrong?

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With new line on my plan, service plan required for watch and tab. Additional terms apply. See Verizon.com for details. Detox. Okay. Well, I think that is a great introduction to it. If someone's listening to this and GABA is like a foreign language to them, what might be some of the top symptoms they could be experiencing that indicate a GABA deficiency?

Ah, so this is a great question. And this is one I actually, I talked to a lot of my fellow clinicians about because what it comes down to is that GABA deficiency is so prevalent and most of us have no idea that we're GABA deficient. If you're anxious, if you have anxiety, it's very likely that GABA is playing a role here and your GABA deficiency may be a part of this. If you have depression,

GABA is often a cause of depression and rumination or perseverating thoughts. Do you have trouble sleeping? If you have trouble sleeping, GABA may be also involved here because GABA is here to help you relax, recover, and rejuvenate. Other kinds of things, anxiety, fear, depression, short temper, phobias,

impulsiveness, disorganization, addictions, migraines, and insomnia, they're all associated with GABA deficiency. And if you're having some of these symptoms, it could be that you're GABA deficient and don't know it. Unfortunately,

most clinicians aren't going that route. If you have anxiety, they're thinking about giving you maybe something that affects the GABA system, like a benzodiazepine, like Xanax or Ativan or Valium, but they're not thinking about how you can support the GABA system so that you can work on your anxiety without using those potential, very challenging and very addictive medications. The same thing goes with depression. We know now that depression is not a serotonin deficiency. Certainly we know that

Taking something like an SSRI can be helpful in patients with depression. There's no doubt about that. There's good studies to show that, but we also know that depression is not a serotonin deficiency. This is actually something that came out over the last couple of years, and it's shocking in the sense that we thought we were giving a medicine to help with depression because people had a serotonin deficiency, but they do not.

However, do these patients have a GABA deficiency? The answer is very likely possible. In fact, a new drug was just approved over the last six months to be used in postpartum depression, and it's a GABA-A agonist, meaning it works on the GABA system, and it works extremely fast. Unlike SSRIs and SNRIs, these other newer generation antidepressants,

GABA medications work very fast to optimize the inhibitory side of the brain. And what's also interesting as well is that if you have anxiety or depression, you have about double the number of thoughts that an average person has in a day. Now, the average person in a day has about 70,000 thoughts per day. If you're anxious or you're depressed, you have 120, 140,000 thoughts per day.

please don't believe everything that you think. This is a lot of thoughts, John. And so what the GABAergic system is doing, GABA is doing, it's like the gate. It's like the, it's the waylay station. They're called interneurons, I-N-T-E-R, neurons. They are the gate between the sensory information that's coming from the rest of the world

and our brain and our processing. So if you can imagine, if we were processing and trying to process at least all the stuff that was coming into our brains or into our senses at any moment, it would be hugely overwhelming. So the problem with people with GABA deficiency is that they start being unable to process all that information. They just have too much going on. They don't know how to gate that information. They get anxiety, they get depression, they get insomnia and everything else. - Yeah.

I guess a follow on that to that is since it has such an effect on all of those things, what is its correlation to potential suicides? As far as we have here understanding that

The GABA system is responsible for regulating mood, regulating our cognitive stability. Like the GABA deficiency side is likely very much playing a role here, but it just, as far as I'm aware, hasn't really been studied in the sense that can you optimize somebody's GABA system and make them not suicidal? The answer is probably yes, because if you're regulating their mood and you're regulating their anxiety and their thought patterns and being able to decrease those thoughts from

120,000 thoughts to 70,000 thoughts, you likely are going to see significant benefit. And it all goes together, right? In the sense that if you're looking at suicide, you're looking at people with severe depression, with severe PTSD, with severe anxiety that aren't able to create any distance or any space from the thoughts that are in their mind. It's one thing that, you know, it's very important is that, is to help people realize that

the thoughts in their mind are not them, but it's very difficult to be able to demonstrate that to people when their mind is going so fast or when they're down so down so deep. And so what I've seen at least is that if you can enhance the GABA system, you can regulate the flow of information better, you can slow down those thought processes, then you can have the conversation with people and

bring in a new perspective. And that's actually, it's a very important perspective. And one that I think is very impactful is just to remind people that they are not their thoughts, that thoughts are happening in their mind, but there's some other part of their brain that's not having those thoughts at the same time. So if they're having another part of their brain, not have those thoughts at the same time, then they can't be those thoughts. There's something else that they have to be if they can observe those thoughts and observe the part of their brain that's not having those thoughts at the same time. And it's like this

It's like sort of meditation ninja in some ways. It's like in a sense of trying to, but that's really difficult and really difficult in people that are so down or so anxious, right? So that's why like enhancing the GABA system, it's like turning off anxiety or shutting it down 50% can be huge to have this kind of conversation. So I think it very much plays into all of that. And I was also, as I was preparing for this, I saw that GABA activity also plays an important role in several diseases, right?

including neurodegenerative disorders in which the body's nerve cells break down, including Huntington's disease, epilepsy, and also potentially Parkinson's disease. Can you speak to any of those? So when it comes to epilepsy specifically, GABA regulates the

flow of information within neurons and neural networks. And so what happens with epilepsy is that there is an overabundance of this other neurotransmitter that's always in a balance with GABA. So it's called glutamate. So glutamate is your primary excitatory neurotransmitter, and GABA is your primary inhibitory neurotransmitter.

and they're always in a balance. And in fact, glutamate actually turns in to GABA in the brain. There's very little GABA outside of your brain itself. And so glutamate, again, you're excited to our neurotransmitter has to be in balance and actually convert into GABA in the brain. You need two cofactors to be able to do this, magnesium and vitamin B6. So if you're magnesium deficient,

you're going to have a hard time converting. If you are B6 deficient, you're also going to have a hard time converting that glutamate to GABA. So what happens in epilepsy and a lot of these other conditions as well is that you have an overabundance of this glutamate. And so glutamate is excitatory. It makes you feel on, it makes you feel connected. It makes you feel like you have control of like your executive function. You can think and think clearly and think fast. And the

The problem also though, but if you have too much, glutamate causes excitotoxicity, causes too much excitability in the brain, it can cause seizures. So one of the main

reasons why people have seizures is as agglutamate toxicity and agglutamate overload. And getting more GABA involved can be very effective here. And this is why a lot of the drugs that are involved in treating epilepsy are working on the GABA receptors themselves. Things like gabapentin, for example, which is a drug that works on the GABA receptors in a pretty novel way. And actually, we don't really understand exactly how that drug particularly works, but that's an example of that.

There's also some degeneration in Parkinson's and in Huntington's as well that you were describing that's also affecting the glutamate and the GABA balance. And that's why you get choreic movements with Huntington's, which is like these movements that Huntington's patients will make are because of a imbalance between your glutamate and your GABA levels.

And so this is what's happening in Parkinson's, we think as well. There's also some studies that show that there's a dysregulation of the GABA neurons as well in schizophrenia at the same time. If you have an imbalance between your glutamate and your GABA systems, you're going to have excitability of the brain that is hard to control. It can be disease pathology like Parkinson's,

Huntington's, schizophrenia, but it can also be in mental health time kinds of conditions as we're describing. Your depression, anxiety, insomnia, irritability, tremors as well. So all these can be a part of agglutamate overabundance versus GABA deficiency. And it's that GABA deficiency that we really need to focus on more. We've done a great introduction to the science of GABA

Can you break down a little bit deeper the structure and function of the GABA receptors, particularly GABA A and GABA B, and how they contribute to brain activity? Yes, of course. And so those are the two main types of GABA receptors. GABA A is the more common one. GABA B is also very common. So GABA A receptors have what are called these subunits. They have five subunits on them that change depending on where they are in the brain.

GABA-A receptors are everywhere in the brain, but some are more focused on anxiety relief. Some are more focused on sleep. Some are more focused on sensorial gating, like in the thalamic area, for example. The thalamus has lots of GABA-A receptors. And so the GABA-A receptor, the way it works is that it has a central channel called a chloride channel. And

And what happens is when GABA binds to the receptor, this channel opens. When this channel opens, chloride channels go, the chloride goes in, sorry, the chloride goes out, excuse me, chloride goes out. And when the chloride goes out, what happens is that the GABA receptor and the GABA receptor itself, which is on a neuron, remember, is going to what's called hyperpolarize, which means that it stops firing. So that's what happens here. So I misspoke, so chloride's going in, not out. Okay, so chloride's going into the channel.

So GABA-A receptors have chloride channels that chloride goes in. It hyperpolarizes the membrane there that the receptor is in. And as a result of that, the neuron that's on what's called the postsynaptic side stops firing. So that's why it's called an inhibitory neurotransmitter because when GABA binds to its site, it opens up the receptor. It prevents the firing of the neuron on that postsynaptic side.

So most of the drugs that we know of affect the GABA receptor, the GABA-A receptor, and most of the drugs don't bind to where GABA binds, but they bind on what are these called these allosteric sites, these sites around on those subunits that either enhance the affinity for GABA to bind or decrease the affinity for GABA to bind. The most common one that all of us know about that we have on a regular basis in across the United States and the world is alcohol.

Alcohol binds to an allosteric site on the GABA-A receptor, increasing the affinity for GABA to bind, increasing the chloride going in and inhibiting that neurotransmitter, inhibiting that neuron from firing. There's lots of other ones that we can talk about. There's lots of drugs. There's lots of

natural plants that do it as well, but we can talk about, I think, that in a little bit. When it comes down to the GABA-B receptor, GABA-B is a little bit different. GABA-B is called a G-protein couple receptor, and it just basically means it has something on the presynaptic side and the postsynaptic side that are working together, calcium, potassium, those are the electrolytes that are going on there, and that it basically has the capacity to

decrease the firing of that postsynaptic neuron as well. So the major drug that works on the GABA-B receptor that most people know of is baclofen, which is an antispasmodic drug. So it works mainly in the spinal cord actually to decrease spasm of muscles.

And the other drug that's very commonly used or not very commonly used, but very commonly known as the date rate drug is GHB or gamma hydroxybutyric acid, which is GHB. And this is a, it's known as a date rate drug, but it's actually a really great drug used for spasm, used for narcolepsy, used for sleep as well. And so it's got some medical benefit. So you have your GABA-A receptor and you have your GABA-B receptor and the GABA-A has all these subunits that

other kinds of compounds can bind to that help the GABA itself bind to its site on the receptor. And then you have the GABA-B receptor as well, which is this G protein coupler receptor a little bit different. So if I understand this, what you were saying about alcohol, for example, it promotes the GABA receptor activity, which creates that temporary feeling that anyone who's had alcohol gives that feeling of calm and relaxation. But

The effect is artificial, right? You don't get the same effect every time, correct? Well, the thing about what happens is that alcohol binds very tightly to the GABA receptor, to the site where it binds on the receptor, which is again, this allosteric site, so not where GABA binds, but it increases the affinity for GABA to bind, but it does this in a very strong way. And as a result of that, you have this strong binding of alcohol to the receptor. You have this strong affinity for GABA to bind,

And what happens over time very quickly is that your body tries to compensate for this. And this is why you have tolerance. Eventually you have withdrawal when it comes to alcohol as well. But the tolerance part is because with alcohol binds so tightly, it starts depleting GABA very quickly.

and when you start depleting GABA, the body tries to compensate that for decreasing the number of GABA receptors available and also decreasing the number of GABA sites that you have available on the GABA receptor. And so as a result of that, you need more of the alcohol to get the same effect.

The other problem with alcohol, John, is that binds very quickly and tightly, but then it unbinds very quickly as well. And so this is why if you drink alcohol before you go to bed, you wake up, most people wake up like two or three hours later and they feel like wide awake or they feel terrible. This is how I used to feel when I was a kid and drinking alcohol. I could wake up two or three hours later with the worst headache ever. Why is that?

Because now you've all of a sudden had this overabundance of glutamate as well, because you've screwed up the balance between the two of them. And so that GABA unbinds very quickly, the GABA gets depleted. And then all of a sudden you have all this glutamate around and then you feel terrible. You get headaches, you get irritable, all those things. And so that's why alcohol is terrible for people who wanna, in general, alcohol is not very good for a lot of different reasons. But for sleep, it's very bad because it really affects the whole aspect of you trying to, it may help you fall asleep

but it will not help you stay asleep and you will not get good sleep if you drink alcohol. So you want to avoid it for those reasons, at least other reasons to avoid alcohol of which there are myriad as yes. Well, if you were a regular alcohol user and then you abstained from drinking for two to three weeks, when it comes to this, what would be some of the positive effects you would start seeing?

Well, as long as you weren't drinking too much when you first started. The problem, if you're drinking a lot and you stop cold turkey,

you could potentially have a very dangerous situation here, right? Where you can have severe withdrawal. You can get what's called autonomic instability, where your blood pressure gets crazy. Your heart rate gets crazy. This is all that overabundance of that glutamate that excited to our neurotransmitter because the body is so depleted from GABA from so much alcohol use for such a long time. So that's one thing to mention. So if you're going to stop alcohol and you've been drinking a lot of it,

don't drink it, don't stop abruptly. You could potentially hurt yourself. The same thing goes with like benzodiazepines, for example. So the other drugs that affect the GABA receptor that are very common, your Ativan, your Xanax, your Valium, these are your benzodiazepines, along with your alcohol, of course. Like those are the main ones that we think of. But if you don't want to stop those drugs, cold turkey either, because you've got the same problem. They cause such a tightly bound...

increased affinity for GABA to bind that you get a depletion of those GABA neurotransmitters over time or the GABA neurotransmitter itself and also the GABA receptor as well. So now if you're going to do this in a slow way,

you're going to want to make sure that you're thinking about increasing your GABA production at the same time, if at all possible. Nobody's really thinking about this, but that's why we're talking about it. And so how do you do that? And so what you want to do is thinking about the precursors that are responsible for you being making more GABA in the system. So what's the precursor to GABA we talked about? It's something called glutamate, right? But what's the precursor to glutamate? And that is the amino acid glutamine.

So we talked about glutamine and we've heard a little bit about glutamine before. I think many of your listeners, like glutamine is an amino acid and glutamine is extremely important for a lot of different things. It actually is the fuel for your small intestine at the same time as it is a precursor for glutamate, which then gets converted into GABA in the system. So the first thing I think about when I'm working with my patients that are looking at, that have been drinking a lot of alcohol, or if they're been on benzodiazepines and we're thinking about supporting their GABA system,

is looking at making sure they're getting enough glutamine in their diet, not only for their gut, if they have leaky gut, they even need more than if they have not a leaky gut, but then also thinking about the cofactors that are responsible for the conversions of your glutamine into your glutamate into your GABA. So you're thinking of vitamin B6 and magnesium mostly. But I alluded to it earlier

If you have a leaky gut, if your gut's not doing well, if you're having a hard time there, you're going to need more glutamine to support your small intestine before you even get over to make enough glutamate and make enough GABA. So there's lots of glutamine containing foods as well. Your meat containing products are going to be your highest in glutamine. And so your meat, eggs, poultry, dairy, those kinds of things, they're going to be the highest in glutamine overall. But there's a lot of benefits of supporting your GABA system

while you're starting to wean yourself off of things like alcohol and benzos. Yeah. I understand that also there are certain foods, you mentioned meats and stuff like that, but there are foods that boost GABA such as broccoli, peas, beans, grains like rice and oats, tomatoes, sweet potatoes, spinach, et cetera. How do you recommend incorporating that into the diet to maximize the positive impacts?

Those are great foods to use. I mean, what it comes down to for me is looking at a holistic picture, right? When somebody in my estimation is GABA deficient, which is very common these days, you want to think about it holistically. You want to think about what are the types of foods that are going to support GABA and glutamine production? What are the minerals that you're going to require to be able to create that balance?

conversion very easily. And then how are you going to prevent yourself from stopping the depletion of GABA so quickly? Now we talked about the drugs, we talked about things like alcohol or benzodiazepines, but if you're stressed all the time, your cortisol, the stress hormone in the body is going to deplete GABA very quickly.

You're also going to deplete minerals as well when you have high cortisol levels for long periods of time. And are any of us stressed? Of course, we have stress in our family. We have stress with our work. We have stress with just the types of exposures that we have. If we're on airplanes, we're stressed on an airplane, not only because of being on an airplane with

200 other people that you have never met before coughing all over you, but also because you're in tin box, tin can up in the sky with more radiation exposure and things like that. So stress is everywhere and it's depleting GABA like crazy. And I think that's the main thing that I always

emphasize with the people that I work with and is that if we're going to enhance the GABA system, we have to figure out ways to improve our capacity to decrease stress. And one of the main ways that we do this is trying to find ways that we can engage people to become parasympathetic or relax and digest, right? One of the ways actually you can do this, interestingly enough, is have people sit down for a meal and eat. Eating actually makes you more parasympathetic

As long as you're not eating on the run and trying to feed your four children and eating at the same time, I'm not guilty of this at all ever, of course. But if you're resting and eating, you're actually going to become more parasympathetic. If you can work on your yoga, your mindfulness and your breathing techniques and increasing your exhale, so shorter inhale,

longer exhale, that's also going to make you more parasympathetic. And if you can do that on a regular basis, you're going to improve your GABA system. Interestingly enough, exercise also enhances the GABA system too, because exercise is going to help with the balance between your sympathetic and parasympathetic nervous system. And as a result of that,

you're going to reset your parasympathetic nervous system, which is great. There also is the release of a factor called BDNF, brain-derived neurotrophic factor, which is extremely important as well for a lot of different reasons, for neuroplasticity, for new growth of neurons, but also for increasing GABA in the brain. And so these are some of the things I think about. I also think

about sleep a lot too because if you're going to enhance the GABA system you need to reset your nervous system and the best way to do that is by getting better sleep overall. The challenge that we have of course is that not everybody can do this immediately and so what are we going to do to support the GABA system very quickly while people maybe are on the longer path of trying to optimize their vitamins, minerals, nutrients, their stress levels, maybe they'll get a sleep divorce. You know what a sleep divorce is John? Have you heard of these? This is when people

decide to sleep in separate bedrooms because their partner is snoring or keeping them up or kicking them in the face or things like that. And then that's a huge stress too. But that's a difficult conversation to have with a partner sometimes. Hey, you know what? Sometimes maybe we shouldn't sleep in the same bedroom because you're snoring or because you keep punching me in the face or something like that. So anyway, this stuff takes time. It takes time for people to make these kinds of changes.

and to see these kinds of manifest benefits while they're enhancing the GABA system. So sometimes what we need to do is support the GABA system with natural equivalents, plants, fungi, other kinds of things that can work in conjunction with diet, with lifestyle, with supplementation. And that's really the key I think is that you have to look at it all different angles to really help people. - Okay, maybe we can just think about this in terms of habits.

I mean, you've mentioned a lot of things about physical activity, different foods, etc. But I would think building the proper habit loops plays a critical role in the regulation of GABA. So what would be some of your advice for steps that a listener or viewer could take? Habits are where everything starts and ends, right? I think they say, 90% of what we do on a day-to-day basis is a habit.

I read a great book by Charles Duhigg a long time ago called Habits and How We Make Them and How We Break Them. And I think it's a great book if anybody's interested. And when it comes down to habits in general that we want to cultivate are ones that increase our capacity to become more parasympathetic, to relax. Our default as humans these days now is to be on, on. But how do you turn on your off switch?

How do you do it? That is the GABA system. So creating habits that help you turn on your off switch are going to help you in so many ways. So what are some of the things you can do? Well, first thing you don't want to do is wake up and the first thing you do is check your phone immediately for all the messages and all the other kinds of notifications that you might see there.

Finding a way to create space from the world around you just a little bit can go a long way. And this is what we were discussing earlier when we were talking about 70 to 120,000 thoughts per day. The human organism is not evolved

to do this. Our human organism is evolved for two things, if you believe this. Some people believe more, but in general, we're evolved for fitness and for function, meaning we're evolved to be able to do certain things for a certain period of time so we can procreate and pass on our genetics, and then the rest is just

In our world, it would be icing on the cake even now, but especially in Paleolithic times, if you live longer than 40, 50 years old, it was a gigantic thing, right? So it takes a lot of intention for us to take the time and realize that

Being parasympathetic is going to give us longevity. It's going to allow us to live a much longer, much healthier life because if we're always in sympathetic dominance, we're not going to be able to rest, recover, heal, detox. And so if you can't detox, you're going to build up with toxicity over time and you are not going to live as long. Cardiovascular disease, neurodegenerative disease, these are associated with stress. So some of the habits that I like to talk to my patients about are

One of them is actually very simple. We just described taking time in the day when you're not looking at phones or screens. This could be five minutes. It could be 10 minutes. It could be longer. I like this in the setting of meditation if people will do it, or if they're just going to do some deep breathing. Increasing your exhales is going to increase your GABA sympathetic, your GABA tone and decrease your sympathetic tone. That's a very simple thing that you can do.

Another thing you can do is have fun. Play, enjoy yourself. I have four kids at my house, especially when they were younger. They're still pretty young, but especially when they were younger, if you're rolling around the floor with your kids, you're not in sympathetic dominance. You are in parasympathetic mode. You in rest, recover. Another great way to do this, and this is the Italian way, this is the Mediterranean way, John, is to have great meals with friends, family, and laugh

Like crazy, laughing is a great way to reset your sympathetic and parasympathetic tone because laughing, it engages your diaphragm and then you release your diaphragm and all of a sudden you have this like relief, this relief. And that is the same way that you can increase your parasympathetic tone. There are so many things you can do. Even just one of the things I like to have a lot of my patients do is take walks.

Not crazy walks at huge paces, but just walk in nature, getting outside, getting sunlight. There's so many things you can do behaviorally to improve your parasympathetic tone. And those are just some examples. I was going to ask you about adult play, which is one of the most popular articles I've ever put out on my blog is its importance to so many things in our lives. But I have to tell you, man, earlier this morning, I go out for a walk early. I was out at 5.15 a.m.,

and it's pitch black. And then all of a sudden the whole east side of the sky just lights up out of nowhere. I was like, what is going on? Turned out to be a SpaceX launch. I love getting out and that being the first thing I do every morning and trying to incorporate as much nature as I can, even though sometimes it's pitch black when I go out. I still find listening to the sounds in the morning, the birds waking up, everything,

it does give you such a calming mechanism in your life. - Yeah, it's a great meditative event in essence, because what they teach in meditation oftentimes is that the sound that your feet make when you hit the ground is just as important as those thoughts in your mind. It's all just things happening in conscious awareness in space. And so nothing really gets more weight unless you choose it to. So you can, in those sounds that you're hearing when you're walking,

you don't have a choice of whether you hear those sounds or not, but you can actually create this sort of internal presence of those sounds and understand that it has a huge, this ecosystem that you're creating inside your mind is anything you choose it to be. And you can put any weight on these certain things that you choose to make. And having time off of computers, off of phones, or in my case, as with my kids, is a great way to remind yourself that there's more than those thoughts in your mind.

And when you start doing this and you start putting these things into practice and your patients, in my case, start doing this, their health transforms. And it may not be overnight. That's for sure. It may not be tomorrow where you take one walk in nature and then the world is an entirely different place for you, but you can start getting inclinations here. And then, and this is where supplementation, things like enhancing the GABA system can be very helpful too, along with changing mindset, along with the nature, along with breath work, along with meditation. It

If you just start giving people like a little bit more of an accelerated capacity, that's where the power is. I think so much of what you were talking about is a topic that I've been trying to put out there a lot on this show. And that is the disease of disconnection, because we are losing our sense of self because we're

We're connecting to these external communities instead of doing the inner work that we need to. And I think it's having so many ramifications across the globe. And it got me thinking as you were talking, if your GABA is out of balance, one of the things that I'm seeing around the world is

a big gap in people losing their sense of meaning. And I'm wondering if our gut health is so screwed up, our GABA transmitters are so screwed up, it's influencing our mood and our ability to manage stress, which underlying factors that contribute to life's purpose and meaning. Do you think there's any correlation there? Oh, 100%. We are just...

we're living in a whack-a-mole triage setting at every moment of every day. And that is just because we're getting so many inputs and then we're getting depleted on things that are helping us maintain a stability in mood, in function, especially GABA as well. So you'll find, and I see this clinically, once you start enhancing the GABA system,

Once you start becoming more parasympathetic, then you start getting more grounded. You feel more grounded. You have more space between your thoughts, your emotions, and your senses. And then you show up better in your life, both emotionally

for yourself, which is probably the most important, but of course with the people around you. And one of the things that I often like to ask my patients about is, actually, I like to ask my patients' family members about this, is how are they doing? Because that's one of the best ways for people, a lot of us don't realize when we're improving, actually. And it's actually very common in men specifically, is that men don't realize that

They're just not as observant in general. We just don't have the same capacity as women just naturally overall. And women have these superpowers, as we know. But asking family members how they're doing can be very indicative on these journeys that people are having once they start doing some of the things that we're talking about. And then I'll be like, well, and then I'll be like, well, tell me about your day yesterday. How many times did you scream?

How many times did you get so angry that your mind just went completely blank and you couldn't think for X amounts of minutes?

Think about in the last three months, how many times has that happened? Ask your kids, how many times have I yelled at you last week? If you can't remember yourself. And I've done this actually myself personally, just in various experiments that I've done. We're a very bad judge of how, in general, how we're doing. So sometimes, especially in the beginning, when you're starting to create more of that sense of grounding, it's helpful to have those external conversations that go, how am I doing really? And I found that to be helpful when I'm on that path of optimizing these kinds of things.

Scott, we've talked a lot about food. We've talked about different exercises you could do, the focus on nature, et cetera. If there was one lifestyle change that you would recommend listeners or viewers start out with to optimize their GABA levels, what would it be and why?

I think the best and the easiest way is to learn a breath practice. And it doesn't have to be something that's too crazy at all. People have heard of box breathing, for example. That's a very easy way to become more parasympathetic. I have my kids do what's called three-five, three seconds of breath in and five seconds of breath out. Just lengthening your exhales, just doing that for two to five minutes.

will make you extremely impressed at what breath can do if you start doing it consistently. So I think that's the simplest thing for people to do from a lifestyle perspective. The other thing to do that can be helpful is start exercising because exercise can also help balance the sympathetic and parasympathetic nervous systems. But I hesitate for that to be my first because that can also be, if you're just going to exercise and then going to do something else and then something else and something else, that's not going to be very helpful. But I think

when i talk to my patients the one thing i i emphasize a lot is the breath work piece now if that's part of the meditative practice all the better but i don't even think it's necessary to start off with to be honest i mean if people think meditation's too woo-woo i i get that that's not about not having thoughts it's just about observing your thoughts really in meditation and then there's other stages of course if you want to go there but in general

breath work and just prolonging your exhales. So there's the three breathing patterns I teach my patients are either box breathing, something called four, seven, eight. So you breathe in for four, you hold for seven, you breathe out for eight, or I do the three, five, the three minutes, the three seconds in and five seconds out. There's lots of other permutations of this and there's lots of other ways to do it. I have a good friend of mine,

named Brian McKenzie, who does a lot of work with CO2 tolerance. And these are called breath holds. And so you can learn about doing this and increasing your CO2 tolerance. And that also improves your stress over time. But I think that's secondary to just learning how to exhale for longer than you inhale. That will be transformative if you can do it on a consistent basis. And I want to ask futuristically, where do you see neuroscience and AI going in impacting our ability to

I'm thinking here, MRIs, things like that. Could any of these things or AI detect and correct GABA imbalances in the near future?

And I think what it comes down to is when you're looking to enhance the GABA receptor itself, what you want to do ideally, like from a supplementation perspective, is number one, remember that GABA supplements don't work actually. GABA supplements are, GABA itself is too big of a molecule to get across into the brain. And as a result of that, if it does work for you,

GABA is getting through because you have a leaky blood-brain barrier, and that's also called a leaky brain. Now, it sounds scary, but in essence, that just means oftentimes that you have a leaky gut. Leaky gut is when your gut's allowing things into the system that shouldn't get in there. And as a result of that, you're getting more inflammation in the system, and that also can affect the blood-brain barrier and cause a leaky brain. So when you are supplementing to improve GABA levels,

you want to be improving them by using compounds that enhance the GABA receptor, but not using GABA itself. So what you can use there, for example, are things like kava and even some of the cannabinoids like CBD and CBG. These work on the GABA receptor, enhancing the binding of affinity for GABA to bind to that receptor too. But in addition,

you also want to use something that's going to bind to the GABA receptor at the GABA site as well. This is called an obligate pair, which means you do both at the same time. This is so that even if you're giving something that's safer, like Kava or CBD, CBG, something called Hanakyle, Harnokyal from Magnolia Bark, these are all binding to the GABA site, the GABA receptor on separate sites.

you want to also give them something that's going to replete their GABA levels at the same time. So what I use is something called nicotinil GABA, which is a vitamin B3 attached to the GABA molecule. That makes sure that the B3 gets across the blood-brain barrier no problem, and it takes GABA with it. And then as a result of that, you get mild B3, which is actually mildly activating, which is good in essence because the GABA itself in the brain is going to help you relax. So you get this sort of calm relaxation without feeling too tired, which is very nice.

Another one that I use that binds to the GABA site of the GABA receptor as well is called agarin. Agarin is from a psychedelic mushroom called the Amanita muscaria mushroom. And what's really cool about this particular compound is it's non-psychedelic. And so the Amanita mushroom is well known as like in Santa Claus mythology, it's well known in like for Alice in Wonderland and Mario Brothers, very famous mushroom known to be psychedelic because another ingredient in it called ibotenic acid, which is actually neurotoxic.

But the agarine works on the GABA receptor at the site where GABA would bind. And so you put that in there at the same time as you use something like honokyle, which is increasing the receptor binding affinity for GABA itself so that you already have this combination. And so as a result, you don't deplete GABA over time. You decrease the risk of withdrawal with tolerance, with dependence, and you can use very low doses for long periods of time and significant impact. So the key with enhancing the GABA receptor

is that you're doing both. You're enhancing it by giving it something that supports on that allosteric site, so it binds to the GABA receptor, not where GABA is binding, but on another site. And then you're also enhancing the GABA site because you're giving something like GABA, like nicotinyl GABA, vitamin B3 attached, or the agarate. So I give that preamble, John, because when you're looking at

AI, when you're looking at how we're going to use this kind of system to enhance and understand and diagnose GABA deficiency, the keys with AI always, and I know this very well because one of the guys, one of my mentors and the founder of the companies that I work with is one of the founders or like one of the early guys in AI back in the 80s and 90s. The most important thing about AI

not only is it the algorithm itself, but also the inputs, the prompts, as it were, that you're using to create the AI system. Without prompts, you're not going to have a great AI output. When you're thinking about

diagnosing or enhancing the GABA system, you have to know what the inputs are going to be to create the ecosystem in the body that you're going to allow the most optimal recovery of the GABA system in this capacity. So for me, the way I see AI working is that you're going to be able to look at

multiple different inputs at the same time, knowing what those inputs are, at least in essence, and then having algorithms that are trained on what's happening cellularly in various types of permutations to know what may be going on.

Then you can take those permutations along with the inputs that you created and the prompts, and then you have an output that's going to be fantastic. Especially, John, when you're not only looking at one subset of data, but you're looking at multiple sets of data. And the way I think about this is that

Right now, everybody knows about the genome, right? Everybody knows about genomics, but we have genomics, we have transcriptomics, we have proteomics, we have metabolomics. These are all various levels of expression of our DNA. We have epigenomics as well. We have so many others. Then we have the capacity with AI soon to be able to, excuse me, to crunch all this data

and find ways to be able to harness it to create significant change in the system. Knowing, of course, how to prompt the data beforehand to make sure that we're getting things that make sense. That's the key. It's not only just the data itself, but it's the prompting that is so important. Well, Scott, I always love having you come on the podcast because we deep dive the most interesting topics.

Listeners want to learn more about you, the Nootropic products, etc. Where's the best place for them to go? So Troscriptions is the company that we created about four years ago, and it's the for-profit entity of a nonprofit organization called Health Optimization Medicine and Practice. And that's Home Hope for short. Home Hope is training practitioners

licensed practitioners, non-licensed practitioners on how to optimize health of their patients and clients without the optimizing health, without focusing on treating disease. And that's the framework shift that's very different. And the seven module certification course, the first module is metabolomics actually. And that's what's so foundational to my own practice and to a lot of the work that we're doing. Metabolomics has been called the 21st century stethoscope for a reason. It's robust.

But with AI, as you were alluding to, John, now we're looking at all these levels and how we're going to be able to integrate all this data together is going to be transformative. So if you're a practitioner looking for more training, we have it's all at home. Or you can check out our seven module certification.

With Troscriptions, we have products there that can help people right now while they're on the path to optimizing their health. And we have ones that are based on methylene blue. Those are helping with energy, with focus, with endurance, with inflammation, but we have a whole suite of products that are based on the GABA system. We have one called TroCalm. We have another one called TroZ, TroCalm for anxiety stress reduction. And we have TroZ, one for sleep and sleep optimization with eight different ingredients. So our focus is,

with those products is helping you turn that on switch off. And so if you're interested in learning about more of these products, more about the GABA system and how it all integrates with anxiety, with stress, with sleep, insomnia, depression, you can go to troscriptions.com or you can go to Instagram at Troscriptions and find out more information. And then if you're interested in learning more about

Me, I'm at Dr. Scott Scher, D-R-S-C-O-T-T-S-H-E-R-R on Instagram. I do a decent amount of posting there. You can also go to drscottscher.com and I have a bunch of my own resources there. I do work with patients directly. I do remote consulting in the worlds of health optimization medicine, which I have my own practice, hyperbaric medicine. I think that's enough for you. I think that's good. That's great. Scott, thank you so much again for joining us. It's always an honor to have you here.

thanks for being back it was a pleasure to be back number three i look forward to number four we'll have to do it that's all good take care john thanks for having me and that's a wrap on an insightful conversation with dr scott schur his expertise on methylene blue nootropics and the critical role of gaba in mental and physical health offers a fresh perspective on what it truly means to optimize our performance and well-being dr schur's approach blending cutting-edge science with real-world application reminds us that health optimization isn't just about reacting to illness

It's about intentionally cultivating resilience, vitality, and mental clarity. So as you reflect on today's episode, ask yourself, are you actively taking charge of your health and cognitive function? What small intentional shifts could help you perform at your highest level, mentally, physically, and emotionally? Which of today's insights, whether about neurotransmitters, hyperbaric oxygen, or nootropex, resonated most with you?

Like Dr. Schur emphasized, true transformation isn't about passively consuming information. It's about taking deliberate action. So where you can go from here is that all links to Dr. Schur's work

including Smarter Not Harder, his clinic, and the Troscriptions line are here in the show notes at passionstruck.com. We also have a discount code that you can go there if you want to purchase any of the products from Troscriptions. So explore his resources, share them with others, and take the first step toward optimizing your health. You can also watch the full episode on YouTube, and don't forget to check out our exclusive partner deals at passionstruck.com slash deals.

For even more insights and tools to help you live with greater intention, energy, and purpose, sign up for my Live Intentionally newsletter, where each week I share actionable strategies and behind-the-scenes takeaways to help you ignite your growth and potential. If today's episode resonated with you, I'd be so grateful if you leave a five-star rating and review. It's one of the best ways to help PassionStruck reach even more people who need these conversations. And if you know someone who could benefit from today's discussion, share this episode with them. In the next episode of PassionStruck,

We're diving into the hidden forces that shape global power with Edward Fishman, who's a former State Department sanctions official. And Edward takes us inside the world of economic warfare, revealing how financial dominance, sanctions, and supply chain control have become America's most potent weapons.

If you've ever wondered how conflicts are really fought today, this is a conversation you won't want to miss. And it's completely different from many of the topics that we discuss here on PassionStruck. I'm most concerned about, and I cover quite a bit in the book, is the way in which China has its finger on global telecom networks. And this was really the reason why the first Trump administration

started trying to bring Huawei down to size because Huawei was a Chinese company quickly dominating global 5G networks. Even to this day, there's a lot of our telecom networks that are dependent on Chinese base stations and routers. I am concerned about China's ability

to shut down our communications in a true break glass conflict scenario. I want to end by saying thank you for being part of Passion Struck. This show is built on curiosity, transformation, and action. And I'm grateful to have you on this journey. Remember, the fee for the show is simple. If you found value, share it. But let's keep growing this community and living with intention, impact, and purpose. Until next time, live life Passion Struck.

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