Disclaimer: This post is for research and educational purposes only. This is not medical advice. Always consult with a qualified healthcare professional before starting any new protocol. Most people who start researching with glutathione make the same mistake I did: they go too high, too fast, and end up feeling like they got hit by a truck. I'm talking full-on flu-like symptoms. Headaches. Body aches. Fatigue. Brain fog. Nausea. Chills. The whole deal. And then they think glutathione is "bad" or that they're having an allergic reaction, so they stop completely. That's the mistake. They didn't have a bad reaction to glutathione — they just overwhelmed their body's ability to process what glutathione was doing. Let me explain what's actually happening, and then I'll give you the exact protocol I'd follow if I were starting from scratch. So What IS Glutathione? Think of glutathione as your body's master cleanup crew. It's a tiny molecule made up of three amino acids (cysteine, glycine, and glutamate), and it lives in every single cell in your body — with the highest concentration in your liver. Its main jobs: - Neutralizing free radicals (these are unstable molecules that damage your cells — think of them like rust forming on metal) - Detoxifying your liver (it literally grabs onto toxins and heavy metals and makes them water-soluble so your body can flush them out) - Supporting your immune system (it keeps your white blood cells functioning properly) Your body makes glutathione naturally, but as you age, deal with stress, eat poorly, or get exposed to environmental junk, your levels drop. That's where supplementation comes in. Why You Feel Like Garbage When You Start Too High Here's where it gets important. When you introduce a large amount of glutathione into your system all at once, it goes to work immediately — grabbing toxins, heavy metals, and metabolic waste that your body has been storing. The problem? Your body can only eliminate toxins at a certain speed.

General question for the group. I've put out a bunch of energy guides and energy peptide guides at this point — but now I want to hear from YOU. What is the one energy peptide that actually worked in your research protocol? Whether it was alongside your GLP-1 research or just in general — what actually gave you that boost? Not what you read about. Not what someone told you to try. What did YOU personally find worked in your own research? Drop it in the comments and tell me WHY. What were you dealing with before, what did you research, and what changed? The more detail the better — your experience might be exactly what someone else in here needs to hear right now. For research purposes only. 👇

I got a lot of questions on the last post asking how you'd reconstitute the GHK-Cu / KPV blend and what a research protocol looks like. So let me do the math for you. This is for research purposes only — not for human consumption. The typical GHK-Cu research dose ranges from 1 to 3mg per day. For most researchers, 2mg is going to be the sweet spot. Since this is a blend, your KPV dose is automatically calculated based on the ratio. Here's how it breaks down for both versions: 50mg GHK-Cu / 10mg KPV Blend (Valor, Ion + Modern Research) The ratio here is 5:1 — five parts GHK-Cu to one part KPV. At a 2mg GHK-Cu research dose, you're getting 0.4mg of KPV per dose. Total doses per vial: 50mg ÷ 2mg = 25 doses. Reconstituted with 3mL of bacteriostatic water (3mL = 300 units on an insulin syringe): 300 units ÷ 25 doses = 12 units per dose. 50mg GHK-Cu / 20mg KPV Blend (AMP, EZ) The ratio here is 5:2 — five parts GHK-Cu to two parts KPV. That's double the KPV compared to the 50/10 blend. At a 2mg GHK-Cu research dose, you're getting 0.8mg of KPV per dose. Total doses per vial: 50mg ÷ 2mg = 25 doses. Reconstituted with 3mL of bacteriostatic water (3mL = 300 units on an insulin syringe): 300 units ÷ 25 doses = 12 units per dose. Both blends give you 25 doses per vial and 12 units per administration — the only difference is how much KPV you're getting per dose. The 50mg/20mg blend gives you double the KPV (0.8mg vs 0.4mg), meaning more anti-inflammatory support per research dose. You can compare pricing on both versions side by side on PeptidePrice: GHK-Cu / KPV Blend 💪

I want to make sure the content I'm creating actually helps with YOUR goals, so I'm curious—where are you at right now? Drop your answer below, and if you want to share more about your journey so far, I'd love to hear it. As for me: Started at 250, got down to 170 without peptides, and maintained for about four years. Now I'm in a new chapter—intentionally trying to add muscle for the first time. It's 100% a mental game. Yes, I've put on some body fat in the process, but muscle takes way longer to build than fat takes to lose. You have to commit to the long game. And honestly? Muscle mass is the real key to longevity. The other piece I don't talk about as much: I dealt with binge eating for years. That maintenance phase wasn't just about weight—it gave me the foundation to finally have a healthy relationship with food. I still enjoy eating. But now I understand that the daily habits are what separate fat gain from muscle gain. So—where are you at? 👇

Been working on something a little different. I want to start providing more comprehensive guides like this — stuff you can actually save, reference, and come back to instead of scrolling through posts trying to find that one thing I said about dosing. This one's all about building a peptide-based immunity protocol that works year-round. Not just "take this when you feel a cold coming on" — but an actual system. What's in the PDF: → How your immune system works (broken down simple) → All the science terms translated into normal English → TA1, Thymulin, BPC-157, KPV, VIP, Glutathione, GHK-Cu, Epithalon, LL-37 — what they do, how they work, when to use them → Which ones are year-round, which are as-needed, which are for acute illness only → How they stack together and why → Seasonal adjustments for winter vs. summer → A step-by-step guide if you're new to this The idea behind it: You're building layers — training new immune cells, activating the ones you have, fixing your gut (where 70%+ of your immune system lives), balancing the response so it doesn't go haywire, and supporting everything at the cellular level. It's all in the PDF. Grab it below 👇 Also Linked Here For Future Reference In the Classroom: https://www.skool.com/peptide-price-9771/classroom/76682cc1?md=c274037a5f384570a3bd5841c4fea7b3 Let me know what you think and what other guides you'd want to see. For research and educational purposes only. Not medical advice. Not for human consumption.