The results are starting to come in. For those just joining: there's been a debate in the peptide community about whether research-grade tesamorelin should be stored at room temperature or refrigerated after reconstitution. Instead of arguing theory, I partnered with Freedom Diagnostics to run an actual degradation study. Here's how it works: We took two identical samples of reconstituted tesamorelin. One stays at room temperature. One goes in the fridge. Both get tested once a week for four weeks. Initial baseline results: - Sample 1: 99.24% purity - Sample 2: 99.25% purity Essentially identical starting points — exactly what we need for a fair comparison. I've attached the original COA so you can see the data for yourself. Over the next four weeks, we'll track whether purity holds, drops, or differs between the two storage methods. No speculation. Just numbers. Big shoutout to Ion Peptides for providing the samples for this study. I'll post updates each week as new results come in. Appreciate everyone following along — this is how we get real answers.

9K. Nine thousand. I still can't believe it. When I started this community, I never imagined we'd hit this number. There was a stretch where I actually stopped promoting Skool because I wasn't sure if the platform would stick around — but you guys kept showing up, kept helping each other, and kept building this into what it is today. And that's the thing — YOU built this. This community isn't what it is because of me. It's what it is because of the people in here answering questions, sharing experiences, and looking out for each other every single day. I genuinely believe this is the best free peptide education community on Skool. And that's not because of any one person — it's because of all 9,000 of you. I will never take all the support on peptideprice.store for advantage! Thank you. Seriously. Let's keep it going. 🙏

The quality of research companies — especially these newer ones — is going downhill fast. I wanted to give you guys some insight into what running PeptidePrice.store actually looks like behind the scenes. In the past 7 days alone, I reviewed 48 different research companies: • 45 of them were missing COAs on one or more products if they had any at all • 2 had Photoshopped COAs — which I caught by verifying them directly • Only 1 company met the standards for the price tool Read that again. One out of forty-eight. With all these brand new peptide companies popping up left and right, there are even companies out there offering white-labeling services for new startups. That means someone with zero experience and zero testing can slap a label on a product and start selling it tomorrow. Be very careful with who you're trusting in this industry. People think they can get away with a lot — and honestly, most of them are getting away with it because nobody's checking. I'm checking. And yes, I will keep doing quality checks on the vendors we currently have on the site. That's not changing. Fresh Tests. Real Standards. No Compromises. https://peptideprice.store

A lot of you have been following the debate about whether research-grade tesamorelin should be refrigerated or stored at room temperature after reconstitution. For those just catching up: most peptides go in the fridge after you mix them. But tesamorelin might be an exception. The FDA-approved version (EGRIFTA WR) specifically says room temperature storage. Josh Holyfield, a creator in this space, argues that research-grade tesamorelin follows the same rules because the molecule itself has properties that cause it to clump together when cold. His position is that standard purity testing won't even catch this because the issue is physical aggregation — molecules binding to each other — not chemical breakdown of the amino acid chain. Fair argument. But I'd rather have data than debate. So I called Kris at Freedom Diagnostics. We're doing the study. Here's the plan: we're taking reconstituted tesamorelin and splitting it into two samples. One stored at room temperature, one refrigerated. Then we test both over time. I also asked Kris to get input from other chemists on the theory that cold temperatures cause the amino acids to aggregate and make tesamorelin ineffective. His initial take was interesting — if physical aggregation is happening, we should see a measurable difference in overall mass over time and likely some shift in purity as well. That's not a final answer. That's a starting point. We'll let the results speak. What I want you to take away from this: This community has always been about transparency. I'm not a chemist. I'm not going to pretend I know more than people who study this for a living. What I can is get the testing done, and bring you the results. If the data shows refrigeration is a problem, I'll say so. If it shows room temp is better, I'll say that too. If it's somewhere in the middle, you'll see that as well. I'm also hoping to get Kris on a Podcast after the study wraps so we can walk through the findings together and answer your questions live.

Let's be honest—most of us aren't getting 8 hours. Between work, family, side projects, and actually living life, sometimes 6 hours is the reality. So the question becomes: How do you squeeze maximum recovery out of limited time? What You're Actually Optimizing For When sleep duration is capped, you're focused on three things: 1. Maximizing slow-wave (deep) sleep — This is where physical repair and GH pulses happen 2. Keeping sleep architecture intact — Not just "knocking yourself out" with sedatives that wreck sleep quality 3. Circadian alignment — Making sure those 6 hours land at the right biological time Peptides can be a lever on all three. But they sit on top of sleep hygiene, meal timing, light exposure, and stimulant control—not instead of them. The Peptide Toolkit for Short Sleep Windows This is education, not medical advice. Always work with a qualified clinician. 1. DSIP — Squeeze More Depth Out of Each Hour Delta Sleep-Inducing Peptide does what the name suggests: it biases your sleep toward more slow-wave/delta activity—the most restorative phase for physical recovery and immune function. Position in the stack: Pre-bed SWS amplifier. You're not extending duration, you're deepening what you already have. Typical Research Amount: 200mcg - 1mg per night 2. CJC-1295 + Ipamorelin OR Any Other GH Secretagogue — Amplify the Recovery Signal GH release is tightly coupled to slow-wave sleep. These secretagogues boost your natural GH pulses, which may deepen SWS and improve muscle repair, immune function, and memory consolidation. Position in the stack: Evening dose (typically fasted, away from carbs/fats) to amplify nocturnal GH during your 6-hour window. Typical Research Amount: 100-150mcg each up to 3x per day 3. Epitalon — Circadian Rhythm Alignment If your rhythm is misaligned from late-night light exposure, irregular schedules, or travel, you're wasting part of your 6 hours in biologically "wrong" time. Epitalon supports pineal function and normalizes melatonin secretion.