I got a DM today that reminded me why I started my entire journey into the research space, and that was figuring out how to beat binge eating. This is a topic that's really personal to me, and I know a lot of you are going to relate. After losing 70 lbs, I thought the hard part was over. I was wrong. The "food noise" wouldn't shut up. When I say food noise, I mean that constant mental chatter about food — thinking about your next meal when you just finished one, not being able to stop picturing food, and feeling like your brain is screaming at you to eat even when your body doesn't need it. It's not just being hungry. It's an obsessive loop that won't turn off. I was in the gym lifting 5 days a week, doing cardio 5–6 mornings a week, making all the "right" lifestyle changes — and I was still eating myself into physical discomfort and depression every time something fatty or sugary was in front of me. I couldn't hold myself back. And to make it worse, I actually needed to put some weight back on at that point, so it became this vicious cycle — eat way too much, feel terrible, try to fix it by eating only whole foods (unprocessed stuff like chicken, rice, fruits, vegetables), and then the food noise would just push me right back into overeating. It wasn't about willpower. It was a real problem happening in my brain. That's actually how I found the research peptide space. For those of you who are new here — peptides are small chains of amino acids (the building blocks of protein) that can signal your body to do specific things, like reduce appetite, boost growth hormone, or improve recovery. The research peptide space is a community of people studying how these compounds work. That struggle with food noise is what sent me down this rabbit hole and eventually led to everything I've built here. So if you're in that place right now, I see you — and here are some things that have helped me stay over a year binge-free. Tip 1: You Don't Have to Be Full 24/7 — But Don't Let Yourself Get Starving

I was getting the same questions over and over — in the community, on TikTok, in DMs — about how to reconstitute peptides. So I rebuilt the calculator on PeptidePrice to make it as simple as humanly possible. If you mess this up, you probably shouldn't be researching peptides. 😂 Here's how it works: Step 1: Type in your peptide and the vial size (e.g., BPC 10mg). Step 2: It auto-fills the BAC water amount using the "add a zero" method — 1mg of peptide = 10 units of BAC water. So 10mg auto-fills to 1mL, 20mg to 2mL, 30mg to 3mL. Above 30mg, it caps at 3mL because that's all those little vials hold. You can always adjust this manually if you prefer different math. Step 3: Enter your dose (MCG or MG). Step 4: Pick your syringe size — 0.3mL, 0.5mL, 1mL insulin syringe, or 3mL peptide pen cartridge. Hit calculate and it shows you exactly how many units to draw to, with a visual of the syringe. Plus it tells you doses per vial, concentration, volume per dose, and total peptide. The blend calculator is where it really shines. Select your blend (like the Glow Blend — GHK-Cu 50mg / TB-500 10mg / BPC 10mg), and it auto-fills all the peptide amounts and BAC water for you. You can dose by total blend OR by individual peptide. So if you want 2mg of GHK-Cu per dose, it'll calculate exactly how much TB-500 and BPC you're getting per injection along with it. Doses per vial, total peptide, everything. The advanced calculator is still there for those of you who've been using it. This new simplified version just pops up by default now. On mobile, you can find it under Resources → Reconstitution Calculator. Try it out here: peptideprice.store/calculator Just wanted to make sure this was accessible for everybody new to the research space. Appreciate you guys. 🤝 Full Demo: https://vimeo.com/1163858079/4d3e2eaf2f?share=copy&fl=sv&fe=ci

One of the most common questions I get in this community: "I have an autoimmune condition — what peptides should I be looking at?" And the answer isn't just "take KPV." Because autoimmune conditions aren't one problem — they're a chain of problems, and different peptides target different links in that chain. Once you understand the chain, everything clicks into place. Let's break it all down simply. For research purposes only. First — What's Actually Going Wrong In Autoimmune Conditions? Your immune system is basically your body's security team. It identifies threats (viruses, bacteria, parasites), attacks them, eliminates them, and then stands down. The key to everything working is self-tolerance — your immune system's ability to look at your own tissue and say "that's one of ours, leave it alone." In an autoimmune condition, that recognition breaks down. Your security team starts attacking your own building. Which building they attack determines which condition you get: - Rheumatoid arthritis — they attack your joints - Hashimoto's — they attack your thyroid - Crohn's disease / ulcerative colitis — they attack your gut lining - Multiple sclerosis — they attack the insulation on your nerves (called myelin) - Lupus — they attack multiple systems (joints, skin, kidneys, brain — lupus is chaotic) - Psoriasis — they attack your skin, causing it to overproduce cells (those thick plaques) - Type 1 diabetes — they attack the cells in your pancreas that make insulin - Celiac disease — they attack your small intestine in response to gluten - Ankylosing spondylitis — they attack your spine and large joints - Scleroderma — they attack your connective tissue, causing scarring and thickening Different targets, same core problem: the immune system has lost the ability to tell "self" from "threat." Think Of It Like A Broken Thermostat Your immune system should work like the thermostat in your house. Temperature drops (infection detected), heat kicks on (immune response). Temperature normalizes (infection cleared), heat shuts off (immune response stands down).

Today I asked you guys what the most prevalent side effect has been in your research with GLP-1s. The answers ranged from nausea to skin sensitivity to increased resting heart rate to gastroparesis and everything in between. So let's do something useful with that data. Let's break down every major side effect — WHY it's happening mechanically, and WHAT you can actually do about it. No fluff. Just mechanisms and solutions. For research purposes only. I also added this to the classroom page so it's a little bit easier to read: https://www.skool.com/peptide-price-9771/classroom/46b34587?md=0d4e71b2f9fb4f3dbae4089a01641061 BEFORE WE START: THE ONE RULE THAT PREVENTS MOST SIDE EFFECTS If you take away one thing from this entire post, let it be this: titrate slowly. Titration means starting at a low dose and increasing gradually over time. Think of it like getting into a cold pool — you don't cannonball in. You ease in, let your body adjust, then go deeper. The vast majority of GLP-1 side effects happen because the dose went up too fast. Your GLP-1 receptors exist all over your body — your gut, your brain, your heart, your nervous system. When you suddenly flood all of those receptors with a high dose, everything reacts at once. When you introduce it gradually, your body adapts at each level before moving up. If you're experiencing side effects, the first thing to consider is whether the dose went up too quickly or is simply too high. Dropping back down to the last tolerable dose and sitting there longer before increasing is often the single most effective strategy. Now let's get into the specifics. 1. NAUSEA Why It Happens: This is the most common side effect across all GLP-1 clinical trials, and it comes down to one mechanism: delayed gastric emptying. GLP-1 receptors exist in your stomach and gut. When you activate them, your stomach slows down how fast it pushes food into your small intestine. That's actually one of the main ways GLP-1s work — food sits in your stomach longer, you feel full longer, blood sugar doesn't spike as hard. But when this effect is too strong, or your body hasn't adjusted yet, your stomach essentially has food sitting in it longer than your brain expects. Your brain interprets this mismatch as "something is wrong" and triggers nausea as a warning signal. This is also why nausea tends to be worst right after dose increases and tends to fade over time — your brain and gut recalibrate to the new normal. This adaptation is called tachyphylaxis (basically your body gets used to the signal and dials down the response).

This is my second time getting an order from EZP and their delivery speed and communications process are TOP TIER! I am impressed! I haven’t started their product yet because I am finishing up a Peptira one but expect great things! 💪🙂 Also my GLP2 is being used for research on pain and inflammation as much if not more than for weight loss. It’s unreal how big of a difference in pain GLP2 makes! So I am really looking forward to seeing how theirs adds up! 🙏🙂