Yesterday I was let go from my pharmaceutical job after almost 20 years. I'm still processing it, and I won't pretend it doesn't hurt. I gave that career everything. But here's what I know: everything I learned in those 20 years — the science, the clinical side, how to read the research — didn't leave with the job. It's coming with me, and it's going into AgeWell313 and into THIS community. So I'm going all in on building this space. More content, more depth, more of me. And I need something from you. A community only works if we talk to each other. Right now it's the same few amazing people (you know who you are, and I love you for it 🙌). I want to hear from the rest of you too. You don't need a perfect post. Just drop something in the comments: - Where are you in your journey right now? - What's one question you've been sitting on? - What's working for you, and what isn't? - What would you love me to cover next? - I'll be honest with you: I pay for this space every month, and I'm deciding over the next few weeks whether to keep it going. If it becomes the conversation I know it can be, I'm all in. That part is up to us together. Say hi below. Even one line counts. 👇

🧪 Understanding mg, mcg, mL, and Units (Peptide Basics) When working with peptides (or any compounds), you’ll see four common measurements: 1. Milligrams (mg) — Amount of substance - What it is: A unit of mass (how much actual peptide you have) - 1 mg = 1,000 micrograms (mcg) 👉 Think: “How much peptide is in the vial?” Example: - A vial labeled 10 mg GHK-Cu contains 10 mg of peptide powder 2. Micrograms (mcg) — Smaller amount of substance - What it is: A smaller unit of mass - 1 mcg = 0.001 mg 👉 Used when doses are very small Example: - A dose might be 200 mcg of BPC-157 - That’s 0.2 mg 3. Milliliters (mL) — Volume of liquid - What it is: A unit of volume (how much liquid you add or inject) 👉 Think: “How much liquid is in the syringe or vial?” Example: - You add 3 mL bacteriostatic water to a peptide vial - Now the peptide is dissolved in 3 mL of liquid 4. Units (on insulin syringes) — Measurement of volume - What it is: A way to measure liquid using an insulin syringe - Most peptide users use U-100 insulin syringes 👉 Key conversion: - 100 units = 1 mL - 10 units = 0.1 mL - 1 unit = 0.01 mL 🔗 How They All Connect (This is the key) Let’s walk through a real peptide example: Example: 10 mg vial of BPC-157 Step 1: Reconstitute - Add 2 mL of water Now you have: - 10 mg / 2 mL = 5 mg per mL Step 2: Convert to mcg - 5 mg = 5,000 mcg per mL Step 3: Convert to “units” (insulin syringe)Since: - 1 mL = 100 units Then: - 5,000 mcg ÷ 100 units = 50 mcg per unit ✅ Final result: - 1 unit = 50 mcg - If you want 250 mcg, you inject:5 units 🧠 Quick Reference Table TermWhat it MeasuresSimple MeaningmgMassAmount of peptidemcgMass (smaller)Precise dosingmLVolumeLiquid amountUnitsVolume (syringe)How much you draw ⚠️ Common Beginner Mistake People confuse: - mg (amount of peptide)vs - mL (amount of liquid) 👉 Adding more water (mL) does NOT increase the amount of peptide (mg)It just dilutes it