Dr Ritamarie
Everybody's talking about GLP-1 medications right now. Have you noticed? They're being called miracle drugs for weight loss, blood sugar control, cravings, appetite, and even cardiovascular risk, but here's the surprising part. GLP-1 isn't a drug. It's a hormone that your body naturally produces, and it's designed to be made every single day, every single moment, especially in response to food.
The gut produces it when nutrients, the microbiome, the digestive system, and the nervous system are all sending the right signals. Our bodies were never designed to depend on a weekly injection to know when we've eaten enough. They're designed to regulate appetite, blood sugar, and satiety. It's all through an elegant communication system that's already built-in to the body.
The question that nobody's asking is, why isn't that system working correctly? Why isn't it working the way it should be working? Why are so many people struggling to feel full, to control their cravings, to regulate their glucose, and to maintain metabolic health when the body's supposed to produce GLP-1 every time we eat.
We don't need an expensive shot for it, or we shouldn't. That's what we're going to explore today.
We are going to look at how to naturally support GLP-1 signaling, increase satiety, improve insulin sensitivity, support cardiovascular health, and help the body to do more of what it's designed to do, because your body is constantly listening. It's listening to what you eat, it's listening to your microbiome, it's listening to your stress level, it's listening to your movement, it's listening to your sleep, and GLP-1 is one of the ways that your body responds.
This episode is about reclaiming the conversation about GLP-1. We're going to look at how to help the body naturally stimulate GLP-1, increase satiety, improve insulin sensitivity, support cardiovascular health, and work with physiology instead of bypassing it, because the body is always listening. Every meal sends a message. Every night of sleep sends a message, every walk, every stressful meal, every rushed bite, every client compound, every gram of protein and fiber, all send information.
The question is, what message are you sending? Not from a medication-centered perspective, but from a root cause, physiologically centered perspective, because GLP-1 is not just about weight loss. It's about appetite regulation, blood sugar balance, insulin sensitivity, inflammation, gut health, cardiovascular protection, and metabolic resilience.
When we focus just on this one hormone, it's where things get out of whack. When we understand what stimulates naturally the GLP-1 production, we can start teaching people how to support the system that they already have.
Before we dive in, I want to mention a free resource that fits beautifully with today's topic. It's called Beyond Protocols. It's a practitioner's guide to root cause pattern recognition, because this episode is not about grabbing another GLP-1 hack, it's about understanding patterns, gut function, blood sugar, stress physiology, food timing, appetite signals, and how all these things work together, including muscle and sleep, and metabolic readiness.
All of these things are important, and they all need to communicate. So download the free guide using the link in the show notes.
Let's get into it. Let’s start by looking at what GLP-1 does. GLP-1, which stands for glucagon-like peptide-1, is an incretin hormone. This means it’s released from the gut in response to nutrients and helps coordinate the body’s metabolic responses after a meal.
When GLP-1 is released, it helps the pancreas to secrete insulin appropriately. Not too much, not too little. Goldilock Principle, just right. It helps glucagon, it helps to reduce glucagon when blood glucose is elevated.
Dr Ritamarie (04:47)
It slows gastric emptying, and it sends a satiety signal to the brain. It helps people feel full and satisfied. It supports better post-meal glucose control, which we need, and it has important effects beyond appetite, including effects on inflammation and vascular function. These are important concepts.
When people say GLP-1 is a weight loss hormone, that's very incomplete. GLP-1 is a metabolic communication hormone. It's part of a conversation between the gut, the pancreas, the brain, the liver, and the cardiovascular system, as well as the immune system. The word conversation is important here, because health isn't controlled by one hormone signaling alone. The body is incredibly sophisticated, and it communicates throughout.
The gut talks to the brain. We know that. The brain talks to the digestive system. Yes. The pancreas responds to the nutrients coming in and secretes insulin or glucagon. The liver adjusts glucose output based on what's in the system, and the muscles help clear glucose from the bloodstream. This is why metabolically healthy active muscles are better for us, and why exercise is so important.
The microbiome produces metabolites that influence hormone signaling, and everybody's talking to each other, all the hormones, all the glands. GLP-1 sits right there in the middle of that conversation.
The question we need to ask is not only how do we amplify GLP-1 pharmacologically, a better question is how do we restore the conditions that allow the body to appropriately release GLP-1? Because the body was designed to do this.
There are several levers, and we're going to go into them.
The first major lever is fiber and not just because fiber fills us up, fiber feeds the microbiome. When you eat fermentable fibers, your gut microbes convert those fibers into short chain fatty acids which help heal the lining, including butyrate, propionate, and acetate. Butyrate being the most commonly known one.
These are short chain fatty acids that interact with the receptors on the intestinal cells, including the L cells that produce GLP-1.
Now think about what's happening here. You eat lentils, but the lentils aren't directly talking to your pancreas. They're talking to your microbiome. Your microbiome takes the fibers from those lentils and produces short chain fatty acids, and these short chain fatty acids communicate with receptors on those intestinal L cells that produce GLP-1, and then those cells release the GLP-1.
GLP-1 sends signals to the brain and to the pancreas, and then the brain and pancreas respond. “You're full.” No more food is needed. It's a conversation. This is what nutritional endocrinology is all about. It's why I often say that food is information. Fiber isn't just roughage. Fiber is information. It tells the gut that nutrients are coming.
Microbes are active. They tell the body to produce satiety signals, to regulate glucose, to coordinate the metabolism. That's why low fiber diets, which most standard American diets, eating ultra-processed foods, are so disruptive to the metabolism when someone's eating mostly refined carbohydrates, processed foods, processed food sweeteners, and low fiber meals, typical American diets.
They're not giving the gut the raw materials it needs to produce these signals. Foods that support this signaling are lentils and beans and split peas and chickpeas and artichokes and asparagus and onions, garlic, leeks, flax, chia, psyllium, vegetables, berries, and other whole plant foods. This is where I want people to move away from the idea of one magic food. It's not just “Eat this one thing and increase GLP-1.”
The gut loves diversity, diversity in food and diversity in microbes. A wider range of plant fibers creates a more diverse metabolic environment, and that's in the digestive tract. When we have that metabolic diversity, we have microbial diversity, which helps support the production of metabolites involved in appetite regulation, insulin sensitivity, inflammation, gut integrity, and cardiovascular health.
Dr Ritamarie (09:20)
Don't think just in terms of grams of fiber, think in terms of fiber diversity. And yes, the amount makes sense. The amount matters. There's so many different plants. How many different ones are people eating? How many different colors? How many different textures? How many different types of fermentable fibers are reaching the microbes? This is a much more useful way to think about it than simply asking whether someone added a scoop of fiber powder to an otherwise highly processed diet. That's not it.
The second lever is resistant starch. Working together with fiber, resistant starch is a type of carbohydrate that resists digestion in the small intestine. That means it makes its way to the colon where the microbes ferment it. That fermentation can increase short-chain fatty acids like butyrate, and that helps support GLP-1 release and other aspects of our total metabolic picture.
Examples of resistant starches include lentils, beans, green bananas or green banana flour, and cooked-and-cooled potatoes. Cooked-and-cooled sweet potatoes and rice may also contain resistant starch, but the amounts are generally lower. The most reliable sources are the cooked and cooled potatoes, green bananas, and lentils.
Dr Ritamarie (10:32)
For people who tolerate legumes, lentils and beans are especially powerful sources of resistant starch. They not only provide resistant starch, they have fiber and minerals and protein, and they tend to create a very different metabolic response than refined carbs. They digest more slowly, they support satiety, they tend to create a flatter glucose curve, and they feed the microbiome.
It's very different from eating a processed, low-fiber carbohydrate that moves rapidly into the bloodstream and leaves the gut microbes underfed. The word carbohydrate has become almost meaningless, because the metabolic effect depends so much on the food matrix.
A lentil is not a cracker, a bean is not a cookie, a cooked and cooled potato is not the same as a sweetened breakfast cereal, but they're all called carbohydrates. Not all carbohydrates are created equal. We have to stop grouping completely different foods together, foods that have a different effect on the body simply, because they contain carbohydrates. The body doesn't respond to the label, it responds to the structure of the food, the fiber, the protein, the minerals, the polyphenols, the degree of processing, the rate of digestion, and the microbial metabolites produced after eating it.
Food is not just calories, food is information. Protein is information. Fiber is information. Resistant starch is information. Polyphenols are information, and the microbiome helps translate that information into hormones, metabolites, and messages that the rest of the body can understand.
The third lever is protein. This just got a lot of press lately. This is what I want to emphasize, because it's one of the strongest nutrient signals for satiety. It stimulates GLP-1, peptide YY, and CCK, all of which help signal fullness. These are appetite hormones, and we'll talk more about those in the next episode.
It also helps suppress ghrelin, the hormone commonly associated with hunger. That's why so many people notice that when they have a simple protein shake before a meal, their appetite decreases.
I've noticed this myself, accidentally, quite frankly. Sometimes I’ll have a simple protein shake with water, because I'm busy and just trying to get something. It makes me feel so satisfied that I eat less or even skip the next meal. It's not imaginary. That's physiology. Protein tells the body, “Nutrients are here, amino acids are here. Slow down. We're good. We can handle this.”
It signals satiety. It coordinates insulin, and this matters because so many people think they have a willpower problem when really they have a satiety problem. They may start the day with very little protein. A lot of people do. Tea and juice and toast and all that, and then they may eat something sweet or starchy for breakfast, or having a light lunch that's mostly vegetables with a little protein, or mostly carbohydrate, a sandwich or something, and then by late afternoon or evening, you can't stop eating. They blame themselves. They blame themselves for having no willpower.
The body's simply trying to tell them to make up for what they didn't eat earlier.
I also want to think beyond isolated protein powders. Protein powders can be convenient and useful, don't get me wrong, I use them myself. Whole food plant-based proteins can be particularly powerful, because they bring protein plus fiber, plus minerals, plus phytochemicals, and they slow digestion.
Some of these include some of my favorites. They include lentil tofu and fava bean tofu. I don't do well with soy, so I don't do it, but tempeh, and there's non-soy tempeh, edamame, and things like pumpkin seeds and legumes.
So recently I ate a whole package of fava bean tofu. It wasn't intentional, but I got hungry in the middle of the afternoon. It was there. I opened up the package and ate it right out of the package. The whole package was only 280 calories, but it packed a bunch of 64 grams of protein.
Dr Ritamarie (14:44)
I was satisfied for many hours. Very, very satisfied. In fact, I skipped dinner after that. Even on 280 calories, it filled me up. I'm not saying that we should be eating all our meals at 64 grams of protein. That's a lot, but it satiated me. It was a lesson.
It makes complete sense physiologically when you think about how things work. The fava bean tofu gave my body a substantial amino acid signal without a large number of calories or carbohydrates, so my body wasn't craving more. It was like, whoa, I got plenty. It digested very differently from a sweet snack, even if I had just had a piece of fruit or a handful of nuts even. It sent a very different metabolic message, and that's the kind of personal experimentation I encourage.
Find out what works for you. Teach your clients to find out what works for them. Pay attention to what happens when you increase protein earlier in the day.
If I have one of these protein shakes in the early part of the day, or I add a protein powder to my smoothies, or I have something that's a higher protein meal. If I have some leftover lentils from the night before, or something like that, I find myself very much satisfied later in the day. Fat is another part of that, but the protein is super important.
I want you to teach people how to pay attention to how long they're satisfied after a meal and different types of meals. Pay attention to cravings, pay attention to nighttime eating. Oftentimes that nighttime eating comes about because something was missing throughout the day that the body's trying to get, whether it's fat or fiber or protein.
Sometimes when I have that, I had that happen once recently, and I'm like, “I just feel so hungry, and I've already eaten. I'm going to go to bed in a few hours.” I didn't want to eat anything that was going to stimulate insulin. And I had this black-eyed pea tempeh, high protein, again. I thought, well, that's not going to mess with my insulin, before I go to bed, and I'm really hungry, and I have to stay up a little longer. I ate probably 20 or 30 grams of protein worth of that tempeh, and again, it went away. The whole appetite thing went away.
My body was craving, and oftentimes the body doesn't tell us what we're craving, and when we have a craving, we need more food. It's usually for specific nutrients. What we end up doing is just eating more of the pleasure foods, which make us more hungry. These are things to coach people on. Pay attention to that urge to snack. What is your body looking for? It's especially important.
Dr Ritamarie (17:15)
So many of our clients who struggle with cravings and snacking and nighttime eating or overeating are not lacking willpower, they're lacking satiety signals, they're lacking specific nutrients that are triggering those satiety signals. That's very different, very different from just saying just eat less.
Instead of saying just eat less, we need to ask, are they getting enough protein? Are they getting enough fiber? Are they producing GLP-1 appropriately? It doesn't mean we need to give them a GLP-1 shot.
Are they absorbing their nutrients? Is the microbiome producing appropriate amounts of short chain fatty acids? Or, are they eating in a stressed state, which is always going to leave you dissatisfied? How about sleep? We always, always, always find out that if I have a short night of sleep, because I've stayed up to do a project, the next day the hunger is insatiable. I just can't get enough to eat.
What happens to inflammation? Are they metabolically inflamed? Are the receptors inflamed? Are they losing muscle because of lack of protein, lack of movement? Are they getting enough earlier in the day, so that later in the day they're not feeling hungry?
I know that I've always had the feeling that if I eat too early in the day, I'm going to just want to eat all day, because once I start eating, I want to keep eating. Then when I realize that it could be that the reason that once I start eating, I just want to keep eating is I start eating late, and I don't eat much and then by later in the afternoon and evening, I'm starving.
Experiment with that. Teach your clients to experiment with that with the food timing. I like to leave 12 to 14 to 16 hours between my last meal and my first, but that doesn't mean that I have to skip breakfast. That could mean an early one or a skipping of dinner. A lot of those things we play with and we teach people and we observe and we ask them to observe and then we help them do the detective work.
That's why I want to remind you again about the Free Beyond Protocols Guide that I put together. As a practitioner, it can help you move beyond generic food lists and protocols and start to identify those patterns underneath the cravings, the blood sugar swings, the inflammation, and all the metabolic dysfunction that these folks are having.
Dr Ritamarie (19:34)
Let's go into the fourth lever: it's polyphenols and herbs. I love this area. It just turns me on. Certain plant compounds appear to support GLP-1 and overall metabolic signaling through several mechanisms. Some may influence the L cell function, the production of the GLP-1 itself. Some support the microbiome, like triggering short chain fatty acids. Some slow the carbohydrate absorption, and still others might reduce oxidative stress and inflammation.
There are some that may influence DPP-4. It's an enzyme that breaks down GLP-1. And some might improve insulin sensitivity. I have a whole list, a guide with all that in there, and that helps the whole system to function more effectively.
Examples include things like cinnamon and berberine containing herbs like goldenseal and Oregon grape and green tea, matcha, and cocoa. I love that stuff. Curcumin, bitter melon, pomegranate, berries, and olives. I eat a lot of those on a regular basis by putting some of those into a yogurt or a chia or basil seed bowl.
It's a great way to get some of those herbs in there. Lots of colorful fibers. Not all of these herbs have been proven in large human clinical trials to directly and dramatically increase GLP-1, so I don't want you to listen to this and think I just need a GLP-1 supplement. That misses the point.
We need variety. Many of the herbs and phytonutrients support the metabolic terrain a lot better than when just taking something alone. For example, in cinnamon there’s evidence supporting glucose metabolism, berberine helps to improve glucose regulation and uptake by the cells and insulin sensitivity. Green tea and cocoa have polyphenols that support vascular function, insulin signaling, and microbial diversity.
I kind of like chocolate, and for a while there, I was like thinking I was eating too much of it and wanted to convince myself it wasn't good for me, and I should stop. That's how I do things. If I find something isn't good for me, I'll just stop it, even if I like it. I started researching it, and the more I found out about cocoa and the polyphenols and all the benefits to the cardiovascular, to insulin sensitivity, so many things, I was like, heck, I'm going to eat more of it, so my research backfired on me. I eat more of it.
Dr Ritamarie (22:54)
I don't eat sugar. I don't sweeten it. I eat 100% cacao and then I mix it with other other things like herbs and protein powders and things like that to make a really nutritious snack.
Help people, if they like chocolate, teach them how to make it in a way that supports their GLP-1, that supports their microbiome, that supports short chain fatty acids. Bitter foods are phenomenal, and they stimulate digestive secretions. Many of them prime the digestive tract for sensing the nutrients as they come through.
The goal is not to isolate one GLP-1 herb or a GLP-1 supplement. The ones that have come out are quite expensive and actually quite ordinary. The goal is to build meals and habits that activate the body signaling network.
If we have a meal with bitter greens and lentils and flax and herbs and spices and some fermented vegetables and adequate protein, that's not just a meal. That's a metabolic powerhouse. It's metabolic information that tells the body how to respond. The meal is communicating with the taste receptors, the digestive system, the microbiome, the intestinal cells. This is important. It also communicates with the pancreas, the organs like the liver and the pancreas and the brain. That meal can go a big way.
I have phenomenal interest in sitting down and creating these phenomenal meals. That affects a lot of different systems and teaches my clients and patients how to do that well.
It helps the vascular system, as well. Heart disease is a top killer. We need to help that vascular system to work better.
Reducing nutrition to calories is so very inadequate. Calories matter in a lot of contexts. Obviously, too many calories are going to put on weight, but the calories don't tell us what message the food is sending. Similar to that, 280 calories for a meal for a grown person is not a lot, but when I had that as a meal in that fava bean tofu with all that protein, it was satisfying to me without it being a lot of calories.
Dr Ritamarie (24:05)
The fifth lever is meal sequencing. The order that the food arrives in the digestive tract makes a huge difference. When people eat protein, fiber, and healthy fat before starchy carbohydrates, they often have a more blunted glucose response. That's a good thing. Also, it leads to slower gastric emptying, and that's part of that satisfaction. It's also part of the incretin signaling, the GLP-1 signaling. Part of it is the reduced speed of glucose absorption when you have these other foods before the carbohydrate.
The glucose gets absorbed much, much, much more slowly. Part of it's simply that they may feel satisfied sooner and eat less of the starchier portion of the meal. Instead of starting a meal with bread, which every restaurant does, or chips in a Mexican restaurant, or crackers, fruit, or a sweet drink, begin with vegetables, protein, and fiber.
This might look like a salad with pumpkin seeds and hemp hearts, or lentil tofu with greens, or a vegetable soup with beans, or a chia seed flax drink before a meal, that's a filling one, or simply having a protein-rich starter before the rest of the meal.
This can be especially powerful for people who have insulin resistance and post-meal glucose spikes, it’s obvious when they're wearing a CGM, and weight loss resistance.
Dr Ritamarie (25:31)
It's also one of the easiest strategies to test, because you don't have to change everything, just change the order. People are much more responsive to just change the order rather than let go of these things and add these new things.
We want to look at the glucose response, either with the CGM or looking at finger prick, a glucometer, and we want to look at their satiety index. You may have them track. Look at their cravings two hours later. Look at how much food is needed, before they feel satisfied.
The body is always giving signals. We just have to pay attention.
The sixth lever, super important, is the nervous system. Everybody is so over-the-top, sympathetic-dominant, and this is the one that almost no one talks about when we're talking about GLP-1. We need to get the nervous system to feel safe. You can eat a beautifully designed meal and still impair digestion if the body's in a stressful state.
When we're rushing, arguing, driving, watching the news, checking email, or eating between meetings, the sympathetic nervous system is activated, and we all do this at some point. That's fight or flight. Maybe not all. Maybe there's some people who don't.
Digestion isn't optimized in fight-flight. In fight-flight, we're optimized to get away from tigers. The gut brain connection depends heavily on the vagus nerve, and the vagus nerve helps regulate digestive secretions, motility, nutrient signaling, and the communication between the gut and the brain.
GLP-1 is part of that gut-brain conversation. Before meals, one of the simplest things people can do is pause. They laugh when I give them this as an important process, because it's so simple, and it just seems like that's not important. It’s scientifically proven to be important.
We breathe. We look at the food. We smell the food and activate the smell receptors. We give gratitude for the food. We chew slowly. We put our forks down between bites. That's important. We let the body know it's safe. There's no tiger chasing me right now. It's safe to digest my food.
Dr Ritamarie (27:43)
Now, do we really have large clinical trials proving that these deep breaths and all that increase dramatically the GLP-1 production? No, not yet. But we do know that vagal signaling is involved in normal physiology, in satiety, in digestion, and nutrient sensing, and glucose regulation. We know that. We know physiologically. Have there been trials? Not yet, because nobody has anything to sell from it.
We know that chronic stress disrupts digestive and metabolic function. Helping someone enter a rest and digest state before eating isn't just a relaxation practice, it's a metabolic practice. There is such an important distinction. People often think health practices have to be really complicated and expensive to be effective, but the truth of the matter is it's sometimes very simple. Sit and take a breath. Stop eating over the sink. Stop eating in the car. Stop eating while answering emails or watching the news.
Give your digestive system a chance to receive the message that the food is coming.
The seventh lever is movement. Exercise supports GLP-1 signaling. We know it affects insulin signaling and sensitivity. We know it affects mitochondrial function and glucose disposal and appetite regulation, and it doesn't have to be extreme. A short walk after meals can reduce postmeal glucose.
Strength training increases muscle tone and the glucose uptake and insulin sensitivity. More muscle means greater metabolic capacity, and better metabolic capacity means the body is less dependent on dramatic hunger signals and repeated energy swings.
When we talk about GLP-1, we can't isolate it from muscle. Muscle is one of the major glucose disposal tissues in the body.
If somebody has low muscle mass, poor strength, reduced mitochondrial function, all those things, on top of insulin resistance, the GLP-1 signaling may be only one piece of a much larger metabolic puzzle. It's especially important as we age. We can't focus on reducing body weight while ignoring the tissue that protects metabolic health, mobility, glucose regulation, and longevity, and that's muscle.
Dr Ritamarie (30:00)
The goal is not simply to become smaller. The goal is to become more metabolically capable. A strong body handles glucose differently. Trained muscle handles glucose better and has more insulin sensitivity. A stronger body stores and uses energy much more efficiently. A stronger body has a different appetite experience than a body with very little muscle and poor mitochondrial capacity.
Movement isn't just about burning calories, it's about communication.
Muscle contraction sends signals. What have we been talking about? Signals. A post-meal walk sends signals. Strength training sends signals, and your body's always listening.
The eighth lever is sleep and circadian rhythm. Poor sleep increases hunger, cravings, insulin resistance, inflammation, and appetite dysregulation.
Even one or two nights of poor sleep can change appetite signals and glucose responses and lead to temporary insulin resistance, but ongoingly it leads to permanent insulin resistance.
When somebody says, I am hungry all the time, we can't just ask what did they eat or when they last ate. We have to ask how did they sleep? When, what time did they eat before going to sleep?
Do they have bright light exposure at night triggering the body to shut down melatonin? Did they get morning sunlight to trigger the body to go into better melatonin production? Is cortisol elevated at night because of scary movies, watching the news, doing work that's stressful? Are they waking up unrefreshed? Are they eating late into the evening? All of these things about sleep.
All of that affects GLP-1's signaling. That all affects metabolic health. Are people sleeping at an inconsistent time, or is there some regularity there? Appetite isn't controlled just by the stomach. It's regulated by the brain, the gut, the microbiome, the pancreas, the liver, the adrenals, the circadian clock, and the nervous system.
That's why GLP-1 is so fascinating. It kind of sits at the intersection of many systems, and that's why the medication conversation becomes too narrow when it's only about weight loss.
GLP-1 receptor agonists can reduce appetite and support weight loss. There's no doubt about that. The science is clear, the experience is clear, but if we stop there, we miss the larger teaching opportunity.
Why was the appetite dysregulated? Why was insulin resistance present? Why is inflammation there? Why was the microbiome not producing the right signals? Why was that person not feeling full from food? The whys. We have to keep asking the whys.
Why were cravings overriding normal physiology? Why was the cardiovascular risk increasing? These are the questions we need to ask if we truly want to reinvent healthcare.
Dr Ritamarie (33:15)
And another important clarification: the goal is not to make as much GLP as possible. The goal is to restore healthy GLP-1 signaling at the right time in the right amount as part of a healthy metabolic conversation.
Let's pull this together. If you want to naturally support GLP-1 and the larger satiety signaling system, think in terms of 10 major activators. We'll just go through and review these.
Number one, adequate protein.
Number two, soluble and fermentable fiber.
Number three, resistant starch.
Number four, diverse plant foods.
Number five, polyphenols.
Number six, bitter foods that stimulate digestive function.
Number seven, meal sequencing with starchy carbohydrates last.
Number eight, parasympathetic activation before eating.
Number nine, movement, especially walking after meals and strength training.
Number ten, sleep and circadian rhythm.
It’s not about one trick. It's about balance in life. It's about addressing the foundational principles that keep people healthy. It's about restoring metabolic communication that's been lost in a lifestyle that's full of stress and non functional food.
It's about helping the gut, brain, pancreas, liver, muscle, microbiome, nervous system, and cardiovascular system all work together and communicate effectively. That's the bigger conversation.
The body is not deficient in Ozempic or any of the other GLP-1 agonists. Your body was designed with an elegant system for regulating all these pieces: appetite, blood sugar, energy balance, inflammation, and metabolism, and it does that in part through secretion of GLP-1.
It doesn't mean medication is never appropriate. It doesn't mean that everybody can recreate the effect of a medication through food and lifestyle alone, but we have to try. It does mean that we should not forget the physiology the medication is attempting to influence.
The question is not simply how do we replace this system? A better one is how do we support it? When you nourish the microbiome, prioritize protein, eat enough fiber, include resistant starch, use herbs and phytonutrients, slow down before meals, move your body at the appropriate times, especially after meals, build muscle, and sleep well, you're not forcing your body into weight loss.
You're restoring a physiology that was meant to be there all along, and then weight loss, optimal weight, naturally follows.
For practitioners, this is where your clinical work is so powerful, because you're just not handing somebody a diet. You're helping them understand their body, how food interacts with it, and helping them reconnect with signals that have been disrupted for far too long in many cases.
You're helping them move from cravings and glucose swings and inflammation and metabolic chaos back towards regulation.
This is exactly why I created my free Beyond Protocols Guide. I'll tell you about that one more time. If this is having you think differently about that, download the Beyond Protocols Guide so that you can look differently about the patterns behind appetite, insulin resistance, cardiovascular risk, metabolic dysfunction.
Download the guide from the link in the show notes. The Beyond Protocols Guide will help you think beyond one size fits all recommendations and begin identifying the root cause patterns that guide better care.
Today we talked about how to naturally stimulate GLP-1. It wasn't through just a list of herbs and supplements. It was looking at the whole picture, which raises another question. If your body's supposed to make GLP-1 every time you eat, why doesn't it?
Why do some people still struggle with hunger and cravings and insulin resistance, and poor satiety even when they're eating foods that should support GLP-1? That's exactly what we're going to explore in the next episode. Why your GLP-1 may not be working the way it should.
Every single bite you take sends a message. Every meal is a conversation with your hormones. Every walk sends a message. Every strength training session sends a message. Every night of sleep or poor sleep and disrupted sleep sends a message. Every time you pause before eating and allow the nervous system to settle, it sends a message, a message of safety.
Your body's always listening, and when you consistently send the right information, the gut, the pancreas, the liver, the muscles, the microbiome, nervous system all begin to do what they're designed to do. It's not magic.
It's physiology and it's the future of health care. It's not symptom suppression. It's not chasing trends. It's not jumping from one medication or supplement to the next looking for the magic bullet. It's understanding the body's design and restoring the conditions that allow that design to work properly.
If this episode gave you a new way to think about GLP-1, safety, satiety, weight loss, insulin sensitivity, or cardiovascular health, share it with a colleague, client, friend, or family member who needs to hear a more empowering version of the conversation.
Remember, we as practitioners in this functional space, we're the future of healthcare. And until next time, shine on.
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