Peptides — The Future of Communication Medicine

For years, we've been taught to think about healthcare as replacing what the body is missing.

Replace the hormone.

Replace the vitamin.

Suppress the symptom.

Treat the diagnosis.

But what if the future of medicine isn't about replacing the body...

What if it's about helping the body communicate again?

In this week's episode of the Being Hohl Podcast, Dr. Dani Hohl, PhD, BCDFM takes a deep dive into peptides—not as miracle drugs or wellness trends, but as communication molecules that help the body repair, recover, regulate, and adapt.

This isn't a conversation about the latest biohacking fad.

It's a conversation about biology.

You'll learn why peptides fit so naturally into the Being Hohl Method, how they differ from one another, why no two people should receive the same protocol, and why understanding the story behind your symptoms will always matter more than chasing the newest treatment.

Whether you've been curious about peptides, heard the buzz around GLP-1s and GIP, or simply want to understand the future of personalized medicine, this episode will completely change the way you think about healing.

In This Episode We Cover

The Future of Communication Medicine

• Why the body is one giant communication network
• How symptoms develop when communication begins to break down
• Why regenerative medicine asks different questions than conventional medicine

What Are Peptides?

• What peptides actually are
• Why your body already makes thousands of peptides
• How peptides function as biological messengers

GLP-1, GIP & Glucagon

• Why metabolism is an orchestra—not a single hormone
• The role of GLP-1 in appetite regulation and satiety
• How GIP helps coordinate nutrient handling and metabolic signaling
• Why glucagon is about much more than blood sugar
• How these pathways work together to influence metabolic health

Why Personalized Medicine Matters

• Why two people with the same symptoms may need completely different approaches
• The Being Hohl philosophy of choosing tools based on the individual—not the trend
• Why genetics, bloodwork, and bioresonance each provide a different piece of the story

The Different Categories of Peptides

• Tissue repair and recovery
• Gut support
• Immune system signaling
• Metabolic support
• Brain and nervous system support
• Longevity and healthy aging

Real-Life Client Examples

• Why one client may benefit from metabolic support
• Why another needs nervous system regulation first
• Why another may benefit from regenerative support for healing and recovery

The Physical, Energy & Emotional Body

• Why healing isn't just physical
• The connection between stagnation and symptoms
• Identity shifts that happen during transformation
• Why emotional healing often accompanies physical healing

The Being Hohl Difference

The scan tells us the story.

The bloodwork tells us what is happening today.

The genetics tell us what the body may naturally be predisposed toward.

Together, they allow us to understand the person—not just the symptom.

Because there is no one-size-fits-all path to healing.

Key Takeaway

The question isn't:

"What peptide should I take?"

The question is:

"What conversation is my body trying to have with me?"

Once we understand that conversation, we can choose the right tools at the right time for the right person.

That's the Being Hohl Method.

Next Week

Hormone Replacement Therapy.

One of the most controversial topics in healthcare.

Is it dangerous?

Is it underutilized?

Who benefits?

Who doesn't?

How do hormones fit into a root-cause approach?

And why is optimization about so much more than replacing estrogen or testosterone?

We'll dive into all of that next week.

Disclaimer

This podcast is intended for educational purposes only and should not be considered medical advice. Always consult your licensed healthcare provider before beginning, stopping, or changing any medications, supplements, peptides, hormones, or treatment plans.

Symptoms are signals. At Being Hohl, we help you understand what your body is trying to communicate through a root-cause, mind-body-soul lens.

This podcast is for educational purposes only and is not medical advice.
Book your Bioenergetic Scan at beinghohl.com.
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Transcript

SPEAKER_00 0:00

All right, y'all. Welcome back to the Being Whole podcast. I am your host, Dr. Danny Hole, PhD board certified in functional medicine. And before we dig in today's episode, just want to apologize for my little um absence. Life has been life in the most beautiful way. Um, so I am currently on vacation and wanted to record this because it's already been two Sundays since we've released an episode. So I'm gonna record a couple today so we can get back on track because I feel like I dropped a little bit of like a big news change last week with the integration of um GLPs, and that's not all that we're integrating. And then I just kind of left you high and dry. So here we are. Um over the last few months, we have been taking a journey together to those of you that are listening. Thank you so much. Um, if you haven't, here's what we've talked about. We've talked about the nervous system, we've talked about hormones, we've talked about cortisol, thyroid, the gut, metabolism, GLP1s. And if you've been listening from the beginning, you've probably noticed something. No matter what topic we're discussing, we always come back to the same idea, which is communication. Because that's really what the body is. It's not a collection of organs, it's not a collection of diagnoses or labels, it's not a collection of symptoms, even. It's one giant communication network. Your brain is constantly communicating with your hormones. Your hormones are constantly communicating with your metabolism. Your gut is communicating with your immune system. Your immune system is communicating with your nervous system, your muscles are communicating with your mitochondria, your liver is communicating with your pancreas. Literally every second of every day, millions of conversations are happening inside your body. And when those conversations become disrupted, we don't immediately develop disease. We first develop miscommunication. Signals become weaker, messages become louder, some messages get ignored, other messages become exaggerated. Okay, the body is extremely intelligent, so it adapts, and then eventually symptoms appear. That's why I don't think symptoms are the beginning of disease. I think symptoms are the body's way of saying uh hello, I'm trying to tell you something. Okay, so in the last episode, we talked about GLP1s, and one of the biggest points I wanted you to understand was this. Okay, GLP1 isn't really a weight loss story, it's a communication story. So today I want to zoom out even further because GLP1 is just one member of a much bigger family, a family of communication molecules that may completely change how we think about healing over the next decade. Those molecules are called peptides. Okay, and I believe they represent one of the most exciting frontiers in regenerative medicine, not because they're magic, not because they're shortcuts, but because they speak the body's language. Okay, welcome back to this episode. Today, you've guessed it, we are talking about peptides, but as always, through the being whole lens. Before we dive into the peptides, I actually want to start somewhere else. Okay, and I want to start with a question. What if the future of medicine isn't about forcing the body to do something, but reminding the body how to do what it already knows? Okay, think about that. For decades, medicine has largely focused on replacing, replacing hormones, replacing nutrients, replacing enzymes, replacing deficiencies, and there's absolutely a place for that. But regenerative medicine asks a different question. Instead of asking what is missing, it asks what conversation has gone quiet, what signal has become weak, what repair process has slowed down, what communication pathway isn't functioning the way it once did. Because if we can restore the conversation, sometimes the body remembers how to heal. That is a very different philosophy. And honestly, it's one of the reasons I became so fascinated with peptides. Because unlike many interventions, they're not trying to become the body, they're simply trying to communicate with it. So, what are peptides? Okay, let's simplify this. Peptides are short chains of amino acids. Amino acids are the building blocks of protein. When amino acids join together in small chains, they become peptides. Longer chains become proteins. Okay, but don't let that simple definition fool you. Because peptides aren't interesting because of what they're made of, they're interesting because of what they do. Many peptides function as signaling molecules, tiny biological messengers, messengers that tell the body repair the tissue, reduce this inflammation, release this hormone, improve this communication, strengthen this immune system, heal this lining, recover this muscle, support this pathway. And here's the fascinating part: your body already makes thousands of peptides. Okay, this isn't something humans invented. Insulin is a peptide. GLP1 is a peptide, glucagon is a peptide, oxytocin is a peptide. Okay, many of the molecules coordinating healing, growth, metabolism, immunity, digestion, reproduction, and recovery are peptides, which means peptides are already part of your biology. The question isn't do peptides belong in the body? Okay, they already do. The question is what happens when those conversations become quieter with age, with chronic stress, poor sleep, inflammation, illness, or simply the wear and tear of living. Okay, that's the conversation that we're beginning to explore. Now, let's zoom out. Okay. Imagine trying to run a city, except the phones don't work, the internet is down, emergency services can't communicate, construction crews can't coordinate, traffic lights stop talking to one another. Eventually, the city doesn't collapse overnight, it becomes inefficient. Repairs take longer, resources aren't delivered properly, small problems become larger problems. That is what's happening inside the body. Not every symptom is because something is missing. Sometimes the communication has simply become inefficient. Inflammation lingers longer than it should. Recovery slows down, muscle repair becomes less efficient, the gut takes longer to heal, hormones become less coordinated, metabolism becomes less flexible, not because the body forgot what to do, because the conversation became noisy. And that's where peptides become fascinating. Not because they override the body's intelligence, but because they may help restore the conversation. And if you've listened to this podcast from the beginning, you already know something. That philosophy fits perfectly inside the being whole method because we've never believed the body is broken. We've believed the body is communicating. The question has always been: can we learn how to listen? And once we understand what it's asking for, can we support it appropriately? All right, before we talk about the individual peptides, I want to introduce you to three communication molecules that are already changing medicine. Okay, GLP1, GIP, and glucagon. And once you understand how those three molecules work together, you'll understand why I believe the future of medicine isn't about one miracle drug, it's about restoring intelligent communication throughout the body. Last week we spent an entire episode talking about GLP1s, but I intentionally left something out because I knew today's conversation was coming. The truth is, the future of metabolic medicine isn't just about GLP1 anymore, it's about understanding how multiple communication pathways work together. And this is where things get really, really exciting because metabolism isn't controlled by one hormone, it's controlled by an orchestra. Imagine going to hear an orchestra perform. You wouldn't expect one violin to carry the entire concert. You need the strings, the brass, the percussion, the woodwinds. Each instrument has a different role. Individually, they're beautiful, but together they create something extraordinary. Your metabolism works exactly the same way. GLP1 isn't the entire orchestra. It's one instrument. GIP is another. Leptin, cortisol, thyroid hormones, growth hormone, testosterone, estrogen, progesterone, every one of these hormones is communicating with every other hormone. And that's why metabolism is so much more complex than calories in versus calories out. It's a symphony. And if one section of the orchestra is playing too loudly or not at all, the entire performance changes. Okay, let's start with the one everyone knows: GLP1. Last week, I told you it wasn't really a weight loss hormone. It's a communication hormone. It tells the brain, we've eaten, we're nourished, we're safe, it's okay to stop. It tells the pancreas, release insulin appropriately. It tells the stomach, slow gastric emptying. It tells the liver, help regulate glucose. And perhaps one of the most remarkable effects, it quiets food noise for a lot of people. I want you to think about how incredible that is. For someone whose brain has spent sometimes 20 years constantly thinking about food. Imagine suddenly experiencing silence. Not because you suddenly became more disciplined, but because the communication changed. That's biology, not morality. Now let's talk about the hormone hardly anyone discusses GIP. GIP stands for glucose-dependent insulinotropic polypeptide. I know, terrible name. Okay, so let's simplify it. I like to think of GIP as one of the body's nutrient managers. When you eat, GIP helps the body understand resources have arrived. Now what do we do with them? Should we move nutrients into muscle? How much insulin should we release? How should we process this meal? How should we use this energy? For years, scientists thought GIP wasn't particularly useful because people with obesity often became resistant to its effects. But newer research completely changed that conversation. When GIP is paired with GLP1, something fascinating happens. They appear to complement one another. One to help regulate and help and make you feel satiated, right? The other improving how nutrients are handled throughout the body. It's like having two people working together instead of one trying to do everything alone. And that's one of the reasons medications like trisepatide created so much excitement. Not because GIP is better, not because GLP1 is worse, but because metabolism is a network. And sometimes supporting multiple communication pathways creates a different physiological response than focusing on one only. Again, this isn't about stronger, it's about different. Now let's talk about perhaps the most understood or misunderstood hormone in this conversation. Okay, and that's glucagon. Most people only hear about glucagon when they're learning about diabetes. It's often described as the hormone that raises your blood sugar. And while that's true, that is only a tiny piece of the story. Glucagon is really an energy mobilizer. It asks the question: if the body needs fuel, where can I get it? It communicates with the liver. It helps regulate glucose availability, it influences fat metabolism. It plays a role in metabolic flexibility. Think back to our metabolism episode. Remember when I said your body is constantly asking, do I store or do I burn? Do I conserve or do I mobilize? Glucagon is one of the hormones helping direct those decisions. And now researchers are discovering that when glucagon signaling is balanced alongside GLP1 and GIP, we may see an entirely different metabolic conversation. Not simply eating less, but also using energy differently. Okay, that is a much bigger discussion than weight loss. That's metabolic physiology. Okay, now let's talk about why I get excited about this. And I want to be very careful because whenever new science emerges, the wellness industry has a tendency to swing too far. Suddenly, everyone wants the newest thing, the strongest thing, the next thing. And that's not what excites me. What excites me is personalization because now we're asking much better questions. Maybe this person primarily needs appetite regulation. Maybe another person needs improved insulin signaling. Maybe another person needs support with metabolic flexibility. Maybe another person doesn't need any of those things at all. Maybe their metabolism is struggling because of thyroid dysfunction or chronic cortisol elevation or severe mitochondrial depletion or unresolved trauma keeping the nervous system in survival mode. Okay, the medication didn't change, the person did. And that's why I keep coming back to the same philosophy. The scan tells us the story, your labs tell us the physiology, the genetics tell us the blueprint. Then and only then do we start asking which tools belong in the conversation? Because the tool should never determine the plan. The body determines the plan. Now that we understand how these communication pathways work, let's zoom out even further because metabolic peptides are only one category. There are peptides involved in tissue repair, gut healing, immune regulation, brain function, hormones, mitochondrial health, and longevity. And once you understand those categories, you begin to realize something incredible. The future of medicine may not be about replacing the body's intelligence. It may be about learning how to communicate with it more efficiently. Now, if you've looked into peptides at all, you may have found yourself super freaking confused because not all peptides do the same thing. So now that we understand that peptides are communication molecules, now let's talk about the different conversations that they can have with the body. Because one of the biggest misconceptions I see online is that people think peptides are interchangeable, okay, almost like vitamins. I heard BPC157 is amazing. My friend takes CJC. I saw someone on Instagram talking about GHKCU. Okay, and I do love that people are becoming curious. Okay, I'm not coming for you, but the reality is much more nuanced than that. Because every peptide is having a different conversation with the body. Some are talking primarily to inflammation, some are talking to connective tissue, some are talking to the immune system, some are talking to growth hormone pathways, some are talking to metabolism, some are talking to mitochondria, some are talking to the brain. And if we don't understand what conversation needs to happen, we can end up speaking the wrong language. Imagine walking into a room where someone is crying. Okay, instead of asking why they're crying, you immediately start giving career advice. Career advice isn't wrong, it just may be the wrong conversation. Healthcare does this all the time. We choose the tool before we understand what the need is. At being whole, we reverse that. We understand the need first, and then your body chooses the tool. I want to tell you something that I say to myself almost every day. Okay, the body is incredibly intelligent, far more intelligent than any practitioner, far more intelligent than any protocol, far more intelligent than any medication. My job isn't to outsmart the body. My job is to listen to it, to understand it. Because when we stop fighting the body and start listening to it, everything changes. Let's say someone comes into the clinic and says, my shoulder won't heal. Most people immediately think I need a healing peptide. Maybe, maybe not. But if the scan shows profound lymphatic stagnation, what if the blood work shows chronic inflammation? What if protein intake is only half of what their body actually needs? What if their nervous system has been stuck in fight or flight for 10 years? What if they're sleeping only four hours a night? What if they're severely deficient in vitamin D? What if genetically they're more prone to prolonged inflammatory response? Now, suddenly the shoulder isn't the problem. The shoulder is where the body finally got loud enough for that person to listen. Could a tissue repair peptide be part of the solution? For sure. Absolutely. But it's no longer the entire solution, it's one piece of a much bigger conversation. Now, let me give you a few examples. Okay. Not actual patients, but examples based on the kinds of patterns I see every week in my practice. Client number one, okay, she's 42 years old. She comes in because she can't lose weight. She's exhausted. She wakes up at 3 a.m. She's inflamed. She says, I've tried every diet. The scan shows poor metabolic flexibility, liver burden, nervous system dysregulation, mitochondrial stress. Her labs show fasting insulin of 17, A1C creeping upward, high fasting glucose, elevated triglycerides, low vitamin D. Her genetics show FTO variants, TCF7L2 variants, higher susceptibility to insulin resistance. Now her story starts making sense. This isn't simply a weight loss problem. This is a communication problem. The body is struggling to hear and respond to metabolic signals. For this client, we may have a conversation about nutrition, strength training, protein, sleep, minerals, stress regulation, possibly a microdose of a metabolic peptide or a GLP1 GIP medication. Not because she needs to eat less, but because we're supporting pathways her biology has been struggling with. That is personalized care. Okay, now another woman walks in, same age, same amount of weight to lose, same frustration, but this time her scan looks completely different. Her scan shows severe adrenal stress, poor vagal tone, very little metabolic dysfunction. The labs show normal insulin, normal glucose, normal triglycerides, but cortisol elevated. Sleep is terrible. She's living in survival mode. Genetics don't suggest significant metabolic vulnerability. Would I immediately start a GIP 1 conversation? Probably not. Because the symptom is weight gain. But the story is chronic stress physiology. If we ignore that, we may suppress appetite while completely missing the root cause. So for this client, The first conversation that I would have may be nervous system regulation. We're talking breath work, sleep restoration, adaptation, trauma-informed healing, supporting hormones. Okay, the same symptom, but a completely different path. Now imagine someone who isn't asking about weight at all. Okay, they're asking about why they don't recover. They work out, they eat well, they still feel sore for days, their joints hurt, their gut isn't quite right. Now their scan shows connective tissue stress, mitochondrial depletion, inflammation. Their labs show low protein intake, suboptimal nutrient markers. Genetics suggest a tendency towards prolonged inflammatory responses. Okay, now we're having a completely different conversation. Maybe tissue repair peptides become part of that plan. Maybe gut support, maybe collagen, maybe resistance training adjustments. Again, the peptides don't just drive the plan, the story drives the plan. Okay, this right here is why I built the being whole method, because I became tired of watching healthcare ask what medication, what supplement, what protocol, before anyone ever asked what is the body trying to communicate? It's backwards. We begin with curiosity, we begin with listening, we begin with understanding. The scan tells us where to investigate. The labs tell us what's happening today. The genetics tell us what this body may naturally struggle with. Your history tells us what your body has lived through. Your symptoms tell us where the body is speaking the loudest. Then we decide what tools belong in the conversation. Not because they're trendy, not because everyone else is doing them, but because they make sense for you. And I think that's one of the greatest gifts that we can give people. Not another protocol, not another list of supplements, but understanding. Because when someone finally understands why their body has been struggling, something incredible happens. Fear starts to disappear, shame starts to disappear, hope comes back. And hope is one of the most powerful healing environments that we can create. Now we've talked about metabolism, we've talked about repair, we've talked about communication, but there are still two pieces we haven't explored: the energy body and the emotional body. Because if peptides truly help support physical healing, what happens when the body begins changing faster than the mind believes that it can? Let's bring this back to the physical body, okay? Because I think one of the biggest mistakes that we've made in healthcare is that we've confused symptom management with health. If the pain goes away, we call it success. If the scale goes down, we call it success. If the lab value improves, we call it success. And while all of those things can absolutely be worth celebrating, I don't think that they're the finish line. I think they're checkpoints. Because the question I keep asking myself with every client is this is this body becoming more resilient? Not just today, five years from now, 10 years from now, 30 years from now. When I think about longevity, I don't picture someone simply living to be 90. I picture someone who can still get off the floor, who can carry groceries, who can travel, who can play with grandchildren, who has a sharp mind, strong muscles, healthy bones, a healthy heart, energy to wake up excited about life. Because that's what we're really after. Not simply adding years to life, adding life to the years that you have. And this is where I think peptides become incredibly exciting, not because they're anti-aging. Okay, I actually don't love that phrase at all. Anti-aging isn't the enemy, it's a privilege. The question is: can we age with greater resilience? Can we recover better? Can we preserve muscle? Can we maintain metabolic flexibility? Can we reduce unnecessary inflammation? Can we support mitochondrial health? Can we help the body continue doing what it was beautifully designed to do? That's a much more interesting conversation than just chasing youth. It's about preserving function. Now let's shift into the energy body because this is where I think science is finally beginning to catch up with what many traditional healing systems have believed for thousands of years. Healing is not just about removing disease, healing is about restoring flow. In traditional Chinese medicine, we talk about stagnation, okay? Qi that isn't moving, blood that isn't moving efficiently, lymph that isn't moving, digestion slowing, emotions becoming stuck, inflammation lingering, energy becoming depleted. And what's fascinating is that modern physiology is describing many of these same ideas using different language: reduced circulation, chronic inflammation, impaired mitochondrial function, oxidative stress, delayed tissue repair, persistent sympathetic activation, different words, same story. Because whether we call it stagnant qi or impaired cellular communication, the question is remarkably similar. Why isn't the body completing the process? Why does the inflammation stay? Why does the tendon never completely heal? Why does the gut remain irritated? Why does the nervous system never truly settle? Why does the body remain stuck? I think one of the most beautiful things about regenerative medicine is that it asks a hopeful question. Instead of asking, how do we suppress this? It asks, how do we help the body finish what it has been trying to do all along? Such a different mindset. Because suppression has its place, but regeneration asks, can we restore? Can we rebuild? Can we create an environment where healing becomes more possible? That's the conversation that excites me. Now let's go even deeper because every physical transformation eventually becomes an emotional transformation every single time. I've watched people lose 100 pounds and still see the overweight person in the mirror. I've watched people heal their gut and suddenly realize how much anxiety had been driving their eating habits. I've watched hormones come back into balance and then women tell me I finally feel like myself again. But then they ask a question they weren't expecting. If I'm not surviving anymore, who am I? Think about that. Many of us have spent years, sometimes decades, building an identity around survival. The exhausted mom, the person with autoimmune disease, the woman who has always struggled with her weight, the athlete who keeps pushing through pain, the caregiver who never rests, the person whose anxiety defines every decision. And then healing begins. The body changes, energy changes, confidence changes, the nervous system begins to settle, and suddenly the old identity doesn't fit anymore. That can be exciting, but it can also be incredibly uncomfortable because healing asks us to let go of versions of ourselves that once kept us feeling safe. Okay, that's why I believe transformation isn't just biological, it's physiological, it's emotional, it's spiritual, it's psychological. Sometimes the hardest part of healing isn't repairing the body. It's believing that you're worthy of the life that's waiting for you on the other side. When I first started this journey, I thought my job was to help people feel better. And now I think it's much bigger than that. I think my job is to help people understand themselves, to teach them how remarkable their body really is, to show them that symptoms are not betrayals, they're messages, to show them that genes are not a life sentence, they're information, to show them that blood work isn't about what's fine, finding what's wrong. It's about understanding what's happening, to show them that the nervous system is listening to every thought, every relationship, every stressor, every night of sleep, every meal, every belief. And to show them that healing rarely comes from one thing. It comes from understanding the entire story. Okay, that is why being whole is evolving. Not because I've abandoned natural medicine because I haven't. Not because I suddenly think peptides, hormones, or GLPs are the answer. I don't. They're tools, beautiful tools, powerful tools, but they are still just tools. The magic has never been the tool. The magic has always been the body's ability to heal when we finally understand what it's been asking for. So today, I don't want you to leave thinking I need peptides. I don't even want you leaving thinking I don't need peptides. I want you leaving with a different question. What conversation is my body trying to have with me? Is it asking for repair? Is it asking for nourishment? Is it asking for better communication? Is it asking for deeper sleep? Is it asking for movement? Is it asking for boundaries? Is it asking for hormones? Is it asking for metabolic support? Is it asking for nervous system regulation? Or maybe it's simply asking you to finally listen. Because when we stop trying to force the body and start learning its language, everything changes. The scan tells us the story, the labs tell us the physiology, the genetics tell us the blueprint. Your symptoms tell us where the body is speaking the loudest. And altogether, they allow us to create a plan that is uniquely yours. Natural only? Beautiful. Nutrition, movement, and nervous system work? Beautiful. Hormone optimization? Beautiful. Peptides? Beautiful. Metabolic support? Beautiful. A thoughtful combination of multiple approaches? Beautiful. Because there's no trophy for choosing one philosophy over another. There's only one goal: helping your body communicate, adapt, repair, and thrive in a way that it was designed to do. That is the being whole method. In the next episode, we're diving into one of the most misunderstood conversations in women's and men's health, which is hormone replacement therapy. Is it dangerous? Is it overprescribed? Is it underutilized? Who actually benefits? When should you consider it? And why do two people with the exact same hormone levels sometimes have completely different symptoms? We're going to explore the science, the misconceptions, and the being whole philosophy around hormone optimization. Because just like everything else we've talked about, it's never about replacing a hormone. It's about understanding the person. I'll see you next week. Until next time, stay curious, stay grounded, trust your body's wisdom, and keep becoming the most whole version of yourself.