A free peptide reconstitution and dosage calculator: work out concentration, volume per dose and the exact units to draw into your insulin syringe. For research use only.
Tap a preset to load its values into the calculator.
Pick a peptide or enter your values.
Educational tool for reconstitution calculations in a research context. Always verify your calculations. It is not usage instructions or a medical recommendation.
APA format for research documents.
This peptide dosage calculator returns the concentration (mg/mL), the mcg per syringe unit, the volume per dose and how many doses the vial yields. It is an educational tool for a research context only; always verify your calculations before use.
Want the math behind these numbers? The guide on how to calculate peptide concentration walks through it step by step.
NAD+ has one peculiarity compared with typical laboratory peptides: vials usually come in 100, 500 or 1000 mg — not the usual 5 or 10 mg. That changes the concentration math significantly. A 500 mg NAD+ vial reconstituted in 5 mL gives 100 mg/mL, not the 5 mg/mL of a short peptide in 2 mL. Pick the NAD+ preset above and the calculator loads the values.
The molecule is also light-sensitive, so reconstitution and storage matter more than for other compounds. See the reconstitution guide and the concentration guide before the assay.
NAD+ is not in the Égida catalog yet. Subscribe to get the first-batch alert.
It handles both reconstitution and dosage: from the peptide mg, the bacteriostatic water added and the target dose, it calculates the vial concentration, the volume per dose and how many units to draw into an insulin syringe. For research use only.
Each mark on a U-100 insulin syringe equals 0.01 mL. The calculator tells you how many mcg each unit holds at your concentration.
1000 micrograms (mcg) equal 1 milligram (mg).
Message us by email and we reply within business hours with COA detail, purity verification or any handling question. For orders, add to cart above.
Message by email