One of the things I hear people talk about ALL the time after starting a GLP-1 is: “I didn’t realize how much I thought about food until I suddenly didn’t.” That constant mental chatter has become known as food noise. Food noise isn’t necessarily physical hunger. It can look more like: • Thinking about what you’re going to eat next while you’re still eating • Constant cravings or thoughts about certain foods • Walking through the kitchen and automatically looking for something to snack on • Feeling like food is constantly taking up space in your brain • Thinking about food even when you know you aren’t actually hungry • Feeling distracted by cravings or having a hard time shutting those thoughts off For many people, one of the most surprising effects of GLP-1 medications isn’t just eating less. It’s how quiet their brain suddenly becomes around food. And there’s actually research starting to support this. A 2026 study involving 550 people using injectable semaglutide found a substantial reduction in reported food noise after starting treatment. Before treatment, 47–63% reported different forms of problematic food thoughts. After starting semaglutide, that dropped to around 15–20%. But here’s something else that’s important to understand: FOOD NOISE CAN COME BACK. Maybe you had almost zero cravings when you first started, and several months later you suddenly find yourself thinking about food again. That doesn’t automatically mean your GLP-1 has “stopped working.” Appetite regulation is complicated. Your body adapts, hunger and fullness signals change as you lose weight, stress and sleep can affect appetite, and the appetite-suppressing effects of these medications may feel different over time. BEFORE ASSUMING YOU NEED A HIGHER DOSE, LOOK AT WHAT YOU’RE EATING. GLP-1s can make it incredibly easy to eat very little, but eating less isn’t always better. If you’re consistently under-eating, especially protein and fibre, your body may simply be telling you it needs more nutrition.

We're halfway through the second week of back to school, so I feel like it's time for a little Mom Reset check-in. If you're anything like me, the last couple weeks have been a blur of school schedules, lunches, activities, appointments, work and trying to get everyone back into some kind of routine. And I'm willing to bet a few of us have been slacking when it comes to taking care of ourselves. 🙋‍♀️ So here's your reminder that we don't need to wait until Monday, next month or until life "calms down" to get back on track. For the rest of this week, let's keep it SIMPLE: 💧 Drink your water 🥩 Prioritize your protein 🚶‍♀️ Move your body, even if it's just a walk 🏋️‍♀️ Get a workout in if you can 😴 Try to get some decent sleep 🧘‍♀️ Take even 20 minutes for yourself ❤️ And give yourself a little grace if the last couple weeks haven't gone as planned You don't have to be perfect. Just start doing the little things again. Who's been staying on track and who's ready for a little reset? 😂 Drop a 🙋‍♀️ if you're getting back at it with me!

Let’s talk about one that gets a LOT of attention when the conversation turns to body composition, visceral fat, recovery and growth hormone. 👀🔥 💉 WHAT IS TESAMORELIN? Tesamorelin is a peptide that mimics GHRH (growth hormone-releasing hormone), one of the signals your body naturally uses to tell the pituitary gland to release growth hormone. Think of the pathway like this: Tesamorelin → Pituitary → Growth Hormone (GH) → IGF-1 Instead of supplying growth hormone directly, Tesamorelin stimulates the body's own GH pathway. 🔥 WHY DOES EVERYONE TALK ABOUT BELLY FAT? This is probably what Tesamorelin is best known for. Research has shown that Tesamorelin can reduce visceral adipose tissue, the deeper abdominal fat that surrounds the organs. And this is an important distinction: We're talking about visceral fat, not necessarily the soft, pinchable fat directly underneath the skin. That's why you hear Tesamorelin discussed so often around waist circumference and body composition. ✨ WHAT ELSE IS IT BEING STUDIED FOR? 🔥 Visceral Fat Its effects on abdominal visceral fat are one of the most researched aspects of Tesamorelin. 💪 Body Composition Because it influences the GH/IGF-1 pathway, researchers have also looked at changes in lean body mass and overall body composition. 😴 Recovery Growth hormone is involved in tissue repair and recovery throughout the body. 🧬 GH + IGF-1 Tesamorelin stimulates natural GH secretion, which in turn increases IGF-1. ⚡ Metabolism The GH pathway plays a role in how our bodies use and store energy, including the breakdown of fat. 🤔 TESAMORELIN VS. CJC-1295 These two get compared a lot because they both work through the GHRH pathway. Both essentially encourage the pituitary to release more of your body's own growth hormone, but they're different peptides with different structures, pharmacology and research behind them. So although they're often discussed for similar goals, they're not interchangeable. ❤️ WHY I FIND THIS ONE INTERESTING

🧬 KLOW is one of the peptide blends I get asked about the most, and it’s also one that has been a big part of my own journey. So what exactly is KLOW? It combines FOUR different peptides: 💙 BPC-157 Often researched for tissue repair, recovery and its potential role in supporting tendons, ligaments and the GI tract. 💙 TB-500 Studied around tissue repair, recovery, wound healing and cell migration. 💙 KPV A small 3-amino-acid peptide researched for its potential role in inflammation, particularly involving the gut and skin. 💙 GHK-Cu The copper peptide of the group. It has been studied for collagen production, tissue remodeling, wound healing, skin health and hair-related applications. ✨ WHY ARE THEY COMBINED? The idea behind KLOW is bringing together four peptides that are researched in different areas of healing and recovery, including: • Inflammation • Tissue repair & recovery • Tendons & ligaments • Skin & collagen • Gut health • Wound healing • Overall recovery 💙 MY EXPERIENCE WITH KLOW For me personally, KLOW has probably been one of the most noticeable peptides I’ve tried. I had dealt with chronic back pain from an old injury for YEARS. Since incorporating KLOW into my own peptide journey, my back pain improved dramatically. I went from regularly dealing with pain and avoiding certain movements to getting back into the gym, strengthening my back again and feeling like my old injury wasn't controlling what I could do every day. I've also really liked what I've noticed with my skin while using it. That’s why KLOW continues to be one of my personal favourites. If you’ve used KLOW, what was the biggest thing YOU noticed? 👇 💙 Pain/recovery 💙 Inflammation 💙 Skin 💙 Gut health 💙 Something else Educational discussion only. This post shares emerging research and personal experience and is not medical advice.

Since we just talked about CJC-1295, we HAVE to talk about Ipamorelin next because you'll often hear these two mentioned together. 👀 💉 WHAT IS IPAMORELIN? Ipamorelin is a growth hormone secretagogue, which basically means it signals your pituitary gland to release more of your body's own growth hormone (GH). But it works differently than CJC-1295. Ipamorelin acts on ghrelin receptors, while CJC works through the GHRH pathway. Think of it like: Ipamorelin → Ghrelin Receptor → Pituitary → GH → IGF-1 Instead of supplying growth hormone directly, it's essentially giving your body a signal to release its own. ✨ WHY ARE PEOPLE INTERESTED IN IT? 💪 Muscle & Recovery Growth hormone and IGF-1 are involved in muscle and tissue repair, which is why Ipamorelin gets a lot of attention around recovery and body recomposition. 🔥 Body Composition The GH pathway plays a role in fat metabolism and maintaining lean body mass. 😴 Sleep & Recovery Our biggest natural GH pulses happen during sleep, making the relationship between GH, sleep and recovery especially interesting. 🧬 Healthy Aging Natural GH production tends to decline as we get older, which is one reason GH-releasing peptides have become such a big area of interest. ❤️ Tissue Repair Growth hormone and IGF-1 are involved in many of the body's normal repair and regeneration processes. 🧬 WHY CJC-1295 + IPAMORELIN? THIS is where it gets interesting. 👀 They both influence growth hormone, but through different pathways. CJC-1295 (No DAC) ➡️ Mimics GHRH ➡️ Signals the pituitary through the GHRH receptor ➡️ Helps amplify natural GH pulses Ipamorelin ➡️ Acts on the ghrelin/GHS receptor ➡️ Sends another signal for GH release So rather than simply doing the exact same job twice, they're essentially approaching the same GH pathway from two different directions. That's why you'll so often see CJC + IPA discussed together. 💗 WHY I FIND THIS ONE INTERESTING We're always talking about losing weight, but there's a HUGE difference between simply making the number on the scale smaller and actually changing our body composition.