Mixing Guide: Biostatic Water For Peptide Combo

Mixing Guide: Biostatic Water For Peptide Combo

How much biostatic water is recommended with a 6mg/3mg/3mg of Tesamorelin + Ipamorelin + CJC1295? No other meds are

When working with peptide combinations such as Tesamorelin (6 mg), Ipamorelin (3 mg) and CJC-1295 (3 mg), the volume of biostatic water used for reconstitution can influence both potency and ease of injection. A common approach is to use 10 mL of biostatic water per vial, which yields a concentration of roughly 1 mg/mL for each peptide when they are dissolved together in a single solution. This volume provides enough buffer so that the peptides remain stable during storage at room temperature and allows for multiple injections from a single vial without requiring frequent re-reconstitution.

If you prefer smaller doses or wish to keep the solution more concentrated (for example, 2 mg/mL), you can reduce the water to 5 mL. This higher concentration is useful if you plan to inject several times per week and want to minimize the number of daily injections. Just be mindful that a more viscous solution may require a slightly larger needle gauge for smooth administration.

In both scenarios, it’s important to use a clean technique: shake gently until fully dissolved, avoid over-shaking which can cause foaming, and store the reconstituted mixture in a refrigerator (2–8 °C) if you’ll be using it over several days. Always discard any unused portion after 48 hours of refrigeration to maintain peptide integrity.

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Understanding Biostatic Water Use with Tesamorelin, Ipamorelin, and CJC1295

Biostatic water is a sterile, non-pyrogenic solution containing an antibacterial agent (typically benzyl alcohol) that prevents bacterial growth. When reconstituting peptides such as Tesamorelin, Ipamorelin, and CJC-1295, biostatic water serves several key functions:

1. Solubilization – Peptides are often supplied in a dry powder form. Adding biostatic water dissolves them into a uniform solution that can be drawn up with a syringe for injection.


2. Stability – The antimicrobial property of biostatic water ensures that the peptide mixture remains free from bacterial contamination, which is crucial for maintaining potency and preventing infections at the injection site.


3. Volume control – By choosing an appropriate volume (5 mL vs 10 mL), users can tailor the concentration to their dosing schedule.

After reconstitution, the solution should be kept in a tightly capped vial, stored in a refrigerator, and protected from light. It is generally safe for up to 48 hours when refrigerated; beyond that, the peptide’s activity may decline. Always check for clarity—any cloudiness or particulate matter indicates contamination or degradation.

Related Customer Questions

• What needle size should I use?

A 27-30 gauge needle works well for most peptide solutions at a concentration of 1 mg/mL, ensuring smooth flow and minimal discomfort.

• Can I store the reconstituted peptides at room temperature?

Short-term storage (up to 24 hours) is acceptable if you keep the vial sealed and out of direct sunlight. For longer use, refrigeration is recommended.

• Is it safe to mix all three peptides in one solution?

Yes, when each peptide’s powder is reconstituted together with biostatic water, they remain chemically stable for the typical usage period. Always verify that no precipitate forms before injection.

• How many injections can I get from a single vial?

At 1 mg/mL concentration, a 10 mL vial yields 30 mg total, allowing roughly ten injections of 3 mg each (or other split doses) over several days.

Getting Started Is Easy

1. Gather supplies – Vials of Tesamorelin, Ipamorelin, CJC-1295, a syringe with Luer lock tip, and a clean 10 mL vial of biostatic water.


2. Reconstitute – Add the full amount of biostatic water to the dry powder in the vial. Gently swirl until fully dissolved; avoid vigorous shaking.


3. Label – Write the date and peptide composition on the vial so you know when it was reconstituted.


4. Store – Keep the vial refrigerated (2–8 °C) if you plan to use it beyond a day or two.


5. Dosage – Draw the desired volume into a syringe, using a new needle each time. Inject subcutaneously at your preferred site.

By following these simple steps, you can safely and effectively integrate Tesamorelin, Ipamorelin, and CJC-1295 into your routine with minimal hassle.

What Our Users Say

"After reconstituting the peptides in 10 mL of biostatic water, I’ve been able to keep the solution stable for up to five days in the fridge. The dosing feels consistent, and I haven’t noticed any irritation."

"I initially thought mixing all three peptides would cause precipitation, but with proper shaking it stays clear. Using a 28-gauge needle makes injections painless."

"Storing the vial at room temperature for one night before use works fine for me. As long as I keep it sealed and out of light, the peptides remain potent."