RESEARCH LAB // INSTRUMENT-01
RECONSTITUTION CALCULATOR
DRAW TO
AWAITING INPUT — SET MASS · WATER · TARGET
SYRINGE · 1.0 mL
READOUT ON STANDBY
SET MASS · WATER · TARGET ON THE INPUT CONSOLE
The compound and the solvent for this reconstitution
Calculated for a 10mg vial in 3mL bacteriostatic water. Every certificate is an independent Janoshik Analytical HPLC report.
BPC-157 10 mg
R489Body Protection Compound-157
BAC Water 3 mL
Included0.9% Benzyl Alcohol Sterile Solvent
BPC-157 10 mg ships with its 3 mL BAC water at no charge.
For research purposes only. This calculator performs standard concentration arithmetic for laboratory reconstitution. It is not medical, dosing, or administration advice and is not intended for human use. Living Water Labs supplies compounds strictly as research-only chemicals under applicable research-use guidelines. Always verify calculations independently before use in any research protocol.
What we provide — and what we don’t
Living Water Labs supplies research compounds and the facts about them. We do not advise on using them in people.
We provide
- IdentityThe compound, its sequence and its molecular data.
- PurityHPLC purity, independently tested by Janoshik Analytical.
- CertificatesPublished CoAs on /verify — any other sent on request.
- LiteratureWhat the published research studied, with citations.
- Molecular infoFormula, molecular weight, structure and class.
- Reconstitution mathsConcentration and draw-volume arithmetic.
- HandlingHow to open, reconstitute and work with a vial.
- StorageTemperature, light and shelf-life guidance.
We don’t provide
- Human dosingNo amounts, schedules or cycles for people.
- Treatment protocolsNothing here is a treatment plan.
- DiagnosisWe do not assess symptoms or conditions.
- Disease recommendationsNo compound is recommended for any illness.
All products are supplied strictly for laboratory research and are not for human or veterinary use. Certificates: /verify · Terms: /terms
PEPTIDE CALCULATOR — FAQ
What is a peptide reconstitution calculator?
A tool that converts a peptide vial size and a volume of bacteriostatic water into the solution concentration, the volume to draw for a given target measurement, the equivalent units on an insulin syringe, and the number of measurements per vial. It removes manual arithmetic and rounding errors in research preparation.
How do I calculate peptide concentration?
Divide the peptide mass by the volume of bacteriostatic water added. For example, 10 mg in 2 mL = 5 mg/mL (5,000 mcg/mL). The calculator does this automatically and shows both mg/mL and mcg/mL.
How much bacteriostatic water should I add to a peptide vial?
There is no single correct volume — it is a research-preparation choice. More water gives a lower concentration and a larger, easier-to-measure draw; less water gives a higher concentration and a smaller draw. Common volumes are 1–3 mL per vial. Enter your chosen volume and the calculator returns the resulting concentration.
How do I convert millilitres to insulin syringe units?
On a U-100 insulin syringe, 1 mL = 100 units, so multiply your draw volume in millilitres by 100. A 0.05 mL draw = 5 units. The calculator displays this and shows it on a syringe diagram.
What is the difference between mcg and mg?
1 milligram (mg) equals 1,000 micrograms (mcg). Peptide vials are typically labelled in mg while target measurements are stated in mcg, so conversion is needed — the calculator handles it for you.
Explore our peptide research library or browse Janoshik HPLC-tested research peptides, delivered across South Africa.