🧪 Reconstitution Calculator Worksheet
| 1. Peptide amount in the vial (mg) | _____________ mg |
| 2. Bacteriostatic water added (mL) | _____________ mL |
| 3. Concentration = (mg × 1000) ÷ (mL × 10) | _____________ mcg / 0.1 mL |
| 4. Desired dose (mcg) | _____________ mcg |
| 5. Units to draw = (dose ÷ concentration) × 10 | _____________ units |
| 6. Date reconstituted / discard-by date | _______ / _______ |
| Peptide | Vial (mg) | BAC water (mL) | Concentration | Desired dose | Units to draw | Discard by |
|---|---|---|---|---|---|---|
On a standard 100-unit insulin syringe, 1 mL = 1 cc = 100 units, so 0.1 mL = 10 units. Always double-check your own math before drawing. Educational only — not medical advice.
Supplies You'll Need
Practical, low-cost supplies for safe reconstitution, measuring, and storage. These are Amazon affiliate links.
- GLUCO-CARE Insulin Syringes 31G, 1 mL, 5/16" (100-count) →
31G × 5/16" 1 mL — the standard configuration for subcutaneous research dosing; single-use only.
- Curad Sterile Alcohol Prep Pads, 70% Isopropyl (400-count) →
Individually wrapped 70% isopropyl pads — one for the vial septum and one for the site, every time.
- Oakridge Sharps Container, 1-Quart (3-pack) →
Used needles go in a sharps container, never household trash — a 1-quart 3-pack covers months of research.
- Ks-Tek Sterile 10 mL Vials with Self-Healing Injection Port →
Steam-sterilized empty vials with self-healing septa — for holding reconstituted solutions between draws.
- Moyite 9-Slot Vial Holder for Refrigerator (fits 5–10 mL vials) →
Keeps reconstituted vials upright and organized in the fridge — fits standard-height 5–10 mL vials.
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