Peptide Calculator UK

Peptide calculator, reconstitution calculator, peptide dosage calculator and peptide mixing calculator are search names for this arithmetic tool. Vial mass divided by entered water volume gives concentration in mg/ml. A separately entered research amount divided by that concentration gives a corresponding volume and U-100 syringe units. No amount is suggested or pre-filled.

Concentration (mg/ml) = peptide mass (mg) ÷ water volume (ml). Draw volume (ml) = dose (mg) ÷ concentration (mg/ml). On a U-100 insulin syringe, units = draw volume (ml) × 100. Every figure the calculator shows comes from these three lines.

The calculator does not specify a water volume for any peptide. Enter the vial mass and the diluent volume from your laboratory protocol to calculate the resulting concentration. Changing the entered volume changes the calculated concentration; it is not a recommendation for preparing a particular compound.

The same mass-and-volume arithmetic can be applied to a labelled lyophilised research vial, including BPC-157, TB-500 or GHK-Cu. Enter the vial mass and the values specified by your laboratory protocol. The calculator never suggests a dose for any compound.

Yes, with one extra step. Enter the total vial mass for the total concentration, then split it by the fill ratio. A 5mg + 5mg vial in 2ml is 5mg/ml in total and 2.5mg/ml of each peptide. Every draw holds both peptides in that same ratio.

On a U-100 syringe, 1ml is 100 units, so multiply ml by 100: 0.25ml is 25 units and 0.1ml is 10 units. The calculator assumes U-100, the standard marking on 0.3ml, 0.5ml and 1ml insulin syringes in the UK. A U-40 syringe has 40 units per ml, so check the barrel before reading off units.

The volume calculated from the numbers you entered exceeds the selected U-100 barrel capacity. Check your inputs, units and syringe selection against your laboratory protocol. The warning does not recommend changing a compound amount or preparation.

No. Bacteriostatic water contains 0.9% benzyl alcohol, which stops bacteria multiplying, so the vial can be entered more than once. Sterile water has no preservative, so a vial reconstituted with it is effectively single use. For a vial you will draw from several times, bacteriostatic water is the usual choice.

It varies by compound, so check the storage section on the product page and the certificate of analysis. Keep reconstituted solution at 2-8°C. Lyophilised powder is far more stable and keeps long term at -20°C. Freezing single-use aliquots straight after reconstitution avoids repeatedly entering one vial.

Yes, it is free and needs no account. The sums run in your browser, so the figures you enter are never sent to us or stored on a server.