Peptide Reconstitution Calculator Australia: Mix Any Vial Safely
How to Use the Peptide Reconstitution Calculator
The tool above is a free peptide reconstitution calculator built for laboratory work. It needs three numbers and returns four results instantly, with no app to download and no account to create.
- Peptide in the vial (mg): the fill printed on the label, for example 10 mg. Pick a NovaPep vial from the list and the fill is entered for you.
- Diluent added (mL): the volume of bacteriostatic water you add to the powder.
- Target amount to measure (mcg): the quantity of peptide your protocol needs to draw for one sample.
The calculator then shows the concentration in mg per mL, the amount held in 0.1 mL, the volume that contains your target amount, and the matching mark on a U-100 insulin syringe. The maths is simple. Concentration equals the vial fill divided by the water volume, and one U-100 unit is 0.01 mL.
Many people search for a peptide dosage calculator, but this tool does not suggest any dose. It converts the numbers your approved protocol already specifies into a concentration and a syringe reading. Every NovaPep compound is sold for in vitro research by adults 18 and over, never for human or animal use.
Worked Examples: How to Reconstitute Peptides Step by Step
Example 1: a 10 mg vial with 2 mL of water
Enter 10 mg and 2 mL. Ten divided by two gives a concentration of 5 mg per mL, which is 5,000 mcg in every millilitre. A 0.1 mL draw, or 10 units on a U-100 syringe, therefore holds 500 mcg. If your protocol calls for a 250 mcg sample, the calculator shows 0.05 mL, or 5 units.
Example 2: more water for finer measurements
Add 5 mL to the same 10 mg vial instead and the concentration drops to 2 mg per mL. Each 10 units now holds 200 mcg, so a 250 mcg sample becomes 12.5 units. Extra water makes small amounts easier to read on the barrel, at the cost of a larger volume in the vial.
Example 3: how to reconstitute peptides GHK-Cu in a 50 mg vial
Larger fills follow the same rule. A 50 mg GHK-Cu vial with 5 mL of water gives 10 mg per mL, so 10 units hold 1,000 mcg. With the 3 mL of water supplied in the GHK-Cu starter kit, the result is about 16.67 mg per mL.
Whatever the compound, the routine for how to mix GHK-Cu peptide or any other lyophilised powder is the same. Let the vial reach room temperature, wipe the stopper with alcohol, and run the water slowly down the inside wall of the glass. Swirl gently until the solution is clear, never shake it, then label the vial with the date and concentration and keep it at 2 to 8 °C.
Peptide Reconstitution Chart by Vial Size
Concentration (mg per mL) and the amount in 0.1 mL (10 units on a U-100 insulin syringe) for the most common fills and water volumes.
| Vial fill | 1 mL water | 2 mL water | 3 mL water | 5 mL water |
|---|---|---|---|---|
| 2 mg | 2 mg/mL · 200 µg per 10 units | 1 mg/mL · 100 µg per 10 units | 0.67 mg/mL · 67 µg per 10 units | 0.4 mg/mL · 40 µg per 10 units |
| 5 mg | 5 mg/mL · 500 µg | 2.5 mg/mL · 250 µg | 1.67 mg/mL · 167 µg | 1 mg/mL · 100 µg |
| 10 mg | 10 mg/mL · 1,000 µg | 5 mg/mL · 500 µg | 3.33 mg/mL · 333 µg | 2 mg/mL · 200 µg |
| 20 mg | 20 mg/mL · 2,000 µg | 10 mg/mL · 1,000 µg | 6.67 mg/mL · 667 µg | 4 mg/mL · 400 µg |
| 50 mg | 50 mg/mL · 5,000 µg | 25 mg/mL · 2,500 µg | 16.67 mg/mL · 1,667 µg | 10 mg/mL · 1,000 µg |
GHK-Cu Peptide Reconstitution and Mixing Instructions
GHK-Cu is the vial we are asked about most often, so it gets its own section. The powder is blue because of the bound copper ion, and a correctly mixed solution stays a clear blue. These GHK-Cu peptide mixing instructions apply to both the 50 mg and 100 mg vials.
- Add bacteriostatic water slowly down the side of the vial, then swirl until no powder remains.
- Use 5 mL for a round 10 mg per mL in a 50 mg vial, or 10 mL for the same figure in a 100 mg vial.
- Enter the fill and water volume above to confirm the concentration before you label the vial.
- Store the solution at 2 to 8 °C, away from light, and use it within 28 days.
Put another way, the peptide dosage calculator GHK-Cu buyers use here is a concentration tool only. It reports mg per mL and syringe units, and it never recommends an amount for any person or animal.
More on Using the Peptide Reconstitution Calculator
Is there a tesamorelin dosage calculator?
This page works as a tesamorelin dosage calculator for concentration only. Choose the 5 mg, 10 mg or 20 mg tesamorelin vial from the list, enter the water volume, and read the mg per mL and syringe units. It does not recommend an amount to use.
What is the GHK peptide dosage or GHK peptide dose?
NovaPep does not set a GHK peptide dosage, a GHK peptide dose or any GHK peptide dosing schedule. Our GHK-Cu is supplied for cell culture and in vitro research. The calculator above converts the 50 mg or 100 mg fill and your water volume into a concentration.
What is the GHK-Cu peptide dosage?
There is no GHK-Cu peptide dosage, GHK-Cu peptide dose or GHK-Cu peptide dosing guide on this site. The same applies to copper peptides dosage questions in general, because research reagents are not for personal use. Published studies report concentrations in their own methods, and the calculator helps you prepare matching solutions.
What is the GHK-Cu peptide dosage per day?
NovaPep does not give a GHK-Cu peptide dosage per day, a GHK-Cu peptide injection dosage per day or a GHK-Cu peptide injection dose. Our products are not for injection into people or animals. We can confirm the concentration of a vial, which is what the calculator reports.
Is there a GHK-Cu peptide injection dosage chart PDF?
No. We do not publish a GHK-Cu peptide injection dosage chart, a GHK-Cu peptide injection dosage chart PDF or a GHK-Cu peptide dosage chart. GHK-Cu peptide injection dosage guidance falls outside research use. The reconstitution chart on this page lists concentrations only, and you can print it to PDF from your browser.
Is there a GHK-Cu peptide dosage for hair growth?
NovaPep does not provide a GHK-Cu peptide dosage for hair growth. Copper peptides appear in cosmetic science and hair follicle cell culture studies, but our vials are research reagents, not hair or skin treatments. For background, see our guide on what GHK-Cu is.
How much is GHK-Cu peptide?
GHK-Cu comes in 50 mg and 100 mg vials, and the current price for each size shows on the product page. The 100 mg vial is the better value per milligram. The starter kit costs less than buying its parts separately and adds 3 mL of bacteriostatic water and one U-100 syringe to the 50 mg vial. Every lot has a certificate in our COA library.
GHK-Cu peptide 50mg reconstitution: how much water should I add?
For GHK-Cu peptide 50mg reconstitution, 5 mL of water gives an easy 10 mg per mL, while 3 mL gives about 16.67 mg per mL. Choose the volume that suits your method, then confirm the result with the calculator before labelling the vial.
What not to mix with copper peptides?
In a research solution, avoid strong acids, reducing agents and chelators such as EDTA, which can pull copper from the GHK complex. Mix GHK-Cu only with bacteriostatic or sterile water unless your method states otherwise. The cosmetic questions below concern skincare products, which differ from research-grade lyophilised peptides.
Can you mix copper peptides with vitamin C?
Cosmetic chemists usually keep copper peptides apart from L-ascorbic acid, because the low pH and the reducing action of vitamin C can destabilise the copper complex. This is a skincare formulation point, and NovaPep sells GHK-Cu as a research reagent only.
Can I mix copper peptides with retinol?
Skincare guides often suggest alternating copper peptides and retinol rather than layering them, mainly to limit irritation. Copper peptide serums are cosmetic products, which differ from our lyophilised GHK-Cu vials for laboratory research.
Can you mix copper peptides with niacinamide?
Copper peptides and niacinamide are generally described as compatible in cosmetic formulations, although some brands advise using them at different times. Our GHK-Cu is not a skincare ingredient for personal use, so we cannot advise on routines.
Peptide Calculator FAQ
What is the best peptide reconstitution calculator?
The best peptide reconstitution calculator is one that shows its working. Ours takes vial fill, water volume and a target amount, then returns the concentration, the amount in 0.1 mL and the U-100 syringe units. It runs in the browser, so it doubles as the best free peptide calculator for a lab bench.
Is there a best peptide calculator app?
You do not need a separate app. This page works in any phone browser, and you can save it to your home screen to use it like the best peptide calculator app you would otherwise download. Nothing is stored and no sign up is required.
Can I use this as a peptide dosage calculator?
Only for converting numbers you already have. NovaPep does not provide dosing advice, and all of our compounds are for in vitro research only. The calculator turns vial fill and water volume into a concentration, then shows how much solution holds the amount your protocol states.
What is the BPC 157 dosage?
NovaPep does not publish a BPC 157 dosage, because our BPC-157 is sold for laboratory research and not for use in people or animals. For bench work, a 10 mg vial with 2 mL of water gives 5 mg per mL, or 500 mcg in every 10 units.
What about dosing for TB 500 or the dosage for TB500?
We do not give dosing for TB 500 in any form. Questions about the dosage for TB500 in people fall outside research use, and our TB-500 10 mg vial is a laboratory reagent only. The calculator simply reports its concentration once you enter a water volume.
Which is the best syringe for reconstituting peptides?
For adding water, a 1 mL U-100 barrel lets you measure each millilitre accurately. For drawing small volumes, the 0.3 mL and 0.5 mL barrels give finer graduations. Our insulin syringes come as a pack of thirty 1 mL barrels or as singles.