Is anyone interested in a tutorial> What kind? 1. Reconstitution 2. Filtering 3. Preparing Insulin pens

@Kiki Riki the vials that I was sent, I noticed that each of them have BAC water with them. Thank you by the way. Is the BAC water already the right amount I need to use to reconstitute them? Also one said do not refrigerate. Is that the lipo-c one? One more question- on the NAD plus, the powder is all at the top of the vial. Is that ok?

Hello, I am currently taking a compounded Tirzepitide. I believe it is a 2ml bottle that contains 6 mg of Tirzepitide. I draw up .42 units each time which is a very low dose. How do I do the same dose with a 20 mg bottle of Tirzepitide?

💧 How Much Water Do You Actually Need for Peptides? This is one of the most confusing parts for people — and it really doesn’t have to be. 🤔 Why This Confuses So Many People - Peptides come in different vial sizes (10 mg, 20 mg, 30 mg, etc.) - Everyone prefers different shot sizes - Adding more or less water changes the concentration - So instead of calculating… people start guessing 👉 The good news: there’s a simple formula that works every time. ✅ The Simple Formula Water (mL) = Peptide amount (mg) × 0.1 That’s it. Just multiply the total mg in your vial by 0.1. 📌 Examples 10 mg peptide 10 × 0.1 = 1 mL water 20 mg peptide 20 × 0.1 = 2 mL water This keeps things clean, consistent, and easy to calculate. 💉 How This Converts on a 100 IU Insulin Syringe 1 mL = 100 IU With this formula: 1 mg = 10 IU 0.5 mg = 5 IU 2 mg = 20 IU 👉 Example: 10 mg + 1 mL water Drawing 1 mg = 10 IU on the syringe 🧠 Why This Method Is So Helpful : No guessing Easy math - Works for any peptide - Makes reading the syringe straightforward ✨ Exact dosing made simple. If you ever feel unsure, ask inside the group — that’s what we’re here for 💛