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

Let me walk you through something that almost nobody is talking about in the peptide space right now. If you push mitochondrial output hard without supporting antioxidant systems, you can create more stress than benefit — even though you’re using “energy-boosting” compounds. This came up while I was researching higher-dose SLU-PP-332 and looking deeper at mitochondrial up-regulation. Almost no one talks about this part. Make sure to read the whole post because it will benefit you in understanding oxidative stress and how to mitigate it. Let me break it down simply. You have tiny power plants inside every single cell in your body. They're called mitochondria. Their job is simple — take the food you eat and the oxygen you breathe and turn it into energy. The better they work, the better you feel. More energy. Faster recovery. Sharper thinking. That's the whole game. That's why mitochondrial peptides are so popular in research right now. Compounds like SS-31 and MOTS-C are designed to do two things: make your existing power plants run better, and tell your body to build brand new ones. At low doses, individually, these compounds are generally well-tolerated in research. Your body can handle the modest increase in output without much issue. But here's where it gets interesting. When You Start Stacking, The Math Changes The whole point of combining SS-31 with MOTS-C (or adding SLU-PP-332 on top) is synergy. You're not just nudging one pathway — you're pushing multiple mitochondrial pathways at the same time. More efficiency. More new mitochondria. Significantly more total energy output. That's the goal. And it works. But every power plant produces exhaust. At low individual doses, the exhaust is manageable. Your body has a built-in cleanup crew that handles it no problem. When you stack these compounds and really push mitochondrial output, you're now running way more power plants at way higher capacity. The exhaust — called reactive oxygen species (ROS), basically tiny molecular wrecking balls — scales up fast. And if your cleanup crew can't keep pace with that new volume of exhaust, it starts piling up inside your cells. That's called oxidative stress. And it can quietly undo the very benefits you're chasing.

Good morning everyone and happy Super Bowl Sunday! Here's a quick tip for anybody researching out there who wants to stick to their diet while still enjoying some food with friends and family today. Even with a GLP-1, you can still have cravings — and you can still enjoy the things you love in moderation. What I always recommend is front-loading your protein for the day. What does that mean? Try to get in around 75% of your daily protein intake — or at least a good chunk of it — before your Super Bowl party or whatever event you're heading to. Here's why this works: Protein is the most satiating macronutrient. When you consume protein, it triggers the release of satiety hormones like PYY (peptide YY) and GLP-1 while simultaneously suppressing ghrelin, your hunger hormone. Protein also has the highest thermic effect of food, meaning your body burns more energy just digesting it compared to carbs or fats. By front-loading your protein earlier in the day, you're essentially priming your body's fullness signals before you even walk through the door. You'll show up feeling satisfied, not starving — which means you're far less likely to go overboard on the wings, chips, and dip. Then you can still enjoy those foods you love — the carbs, the fats, all of it — without feeling guilty about it. Remember, life is all about enjoying those little moments. Don't take away from that. Just don't overdo it. Drop below and let me know — who are you rooting for today? 👇 Hope everybody has an amazing Sunday! 🙌

If you have any questions you've been struggling to answer, drop them below, and I'll do my best to break them down. Also, if there's any posts you guys want to see with further deep dives, let me know. 👇

This is one of the most common questions I get about mitochondrial peptides, and the answer is more nuanced than a simple yes or no. Let me break down what's actually happening at the cellular level. What These Peptides Actually Do MOTS-C and SS-31 work through different but complementary mechanisms to improve mitochondrial function. Your mitochondria are the powerhouses inside your cells that produce ATP, which is essentially the energy currency your body runs on. When your mitochondria work better, you have more energy, better metabolism, and improved overall cellular health. MOTS-C is a mitochondrial-derived peptide, meaning it's actually a signaling molecule that your mitochondria naturally produce. When you supplement with it, you're amplifying signals your body already recognizes. It activates something called AMPK, which is your cellular energy sensor—think of it like a thermostat that detects when energy is low and kicks on processes to produce more. MOTS-C also enhances glucose uptake (how well your cells absorb sugar from your blood for energy) and improves insulin sensitivity (how responsive your cells are to insulin's signal to take in that glucose). One of its most important functions is promoting mitochondrial biogenesis, which is simply the creation of brand new mitochondria. More mitochondria means more energy production capacity. It also helps regulate fatty acid oxidation (your body's ability to burn fat for fuel) and reduces oxidative stress (the cellular damage caused by unstable molecules called free radicals). SS-31, also known as Elamipretide, works differently. It targets the inner mitochondrial membrane directly, which is where the magic of energy production actually happens. It binds to something called cardiolipin, a special fat molecule that's essential for keeping the electron transport chain running smoothly. The electron transport chain is basically an assembly line inside your mitochondria that produces ATP. When SS-31 stabilizes this process, it reduces reactive oxygen species production (those damaging free radicals I mentioned) and improves ATP synthesis efficiency, meaning you get more energy output with less cellular damage.