I have my yearly check up with my primary doctor next month. I have lost about 70 pounds on tirzepatide. I also am taking GHKCU how transparent do I need to be with my doctor? Should I let him know I’m on the research side? And when they do my blood work is there anything specific I should ask for that is not included in what they typically test for?

Let's run this back: Who's your favorite company you've researched with on Peptide Price? Skool only allows me to list 10 companies, so if yours is not listed, comment it below, and we'll count that as a vote! Bonus Points: Explain Why Extra Bonus: Drop a picture of your last haul

This post is for educational purposes only and is not medical advice. Always consult with a healthcare provider before starting any new supplement or peptide protocol. --- You've probably seen nasal spray versions of popular peptides floating around. BPC-157 nasal spray, PT-141 nasal spray, even GLP-1 nasal sprays. But here's the thing — just because something comes in a spray bottle doesn't mean your nose is the right delivery method. Let me break down exactly how nasal sprays work, why they only make sense for certain peptides, and which ones actually belong in your nose. How Your Nose Connects to Your Brain Your nasal cavity isn't just an air filter. It's one of the few places in your body where the outside world has almost direct access to your central nervous system. Here's the simple version: Two key pathways exist in your nose: 1. The Olfactory Nerve — The nerve responsible for smell. It runs from the top of your nasal cavity directly into your brain. No blood-brain barrier in the way. 2. The Trigeminal Nerve — A large nerve that covers sensation in your face. It also has branches that reach into your brainstem. When you spray something into your nose and it reaches these nerve pathways, it can essentially "hitch a ride" straight into your central nervous system. This is called nose-to-brain delivery. Why This Matters for Peptides Most peptides you inject work systemically — they enter your bloodstream and travel throughout your body to do their job. But some peptides specifically target: - Your brain - Your nervous system - Receptors that are concentrated in neural tissue For these peptides, nasal delivery can make a lot of sense because: ✅ Faster onset (bypasses digestion and first-pass liver metabolism) ✅ Direct access to the brain (skips the blood-brain barrier problem) ✅ Non-invasive (no needles) The Key Question: Where Does This Peptide Need to Go? Here's a simple framework: If the peptide targets the brain or CNS → Nasal spray makes sense ✅

I get questions about reconstitution and research dosing constantly, so here's everything you need to know in one place. I'm building out a comprehensive FAQs section in the Classroom to answer all the common questions I get. If you're still confused after reading this, head over to the Reconstitution FAQ here: https://www.skool.com/peptide-price-9771/classroom/b7dcc989?md=5ef850cf36f5467b9fbb9811f9b69cbf The Most Important Thing to Understand The amount of BAC water you use is entirely up to you. There is no single "correct" amount—you're just choosing how concentrated you want the peptide to be. That said, there are practical guidelines that make the process much easier. My Simple Rule of Thumb (for peptides under 30mg) For every 1 mg of peptide, use 10 units of BAC water. Example with a single peptide: - 20 mg peptide - 10 units per mg - 20 × 10 = 200 units - 200 units = 2 mL of BAC water So you'd reconstitute a 20 mg vial with 2 mL of BAC water. Important Vial Size Rule For anything in a small vial that's over 30 mg, always use 3 mL of BAC water. That's simply the most that will fit in a standard small peptide vial. Once you go past 30 mg, you're no longer choosing concentration freely—you're limited by physical vial volume. What About Blends? For blends, add up the total peptide amount first, then apply the same logic. Example with a blend: - 10 mg BPC-157 - 10 mg TB-500 - Total peptide = 20 mg Now apply the rule: - 20 mg × 10 units = 200 units - 200 units = 2 mL BAC water Blends are reconstituted based on total mg, not each peptide individually. If the total blend exceeds 30 mg in a small vial, use 3 mL. Make It Even Easier With the Calculator I built a calculator specifically for this: https://peptideprice.store/calculator How to use it for a single peptide: 1. Enter Peptide Vial Amount (mg) 2. Enter BAC Water amount (mL) 3. Enter your desired dose 4. Select syringe size 5. Hit Calculate