Source comparison
Reconstitution Solvents: A Comparison
While our team stands firmly behind bacteriostatic water for most applications, it's important for researchers to understand the options. The diluent you choose has a direct impact on the stability and sterility of your final solution. Here's a breakdown of th
This comparison does not assign a generated winner or score.
- While our team stands firmly behind bacteriostatic water for most applications, it's important for researchers to understand the options. The diluent you choose has a direct impact on the stability and sterility of your final solution. Here's a breakdown of the common choices.
- Bacteriostatic Water
- Standard for most peptides like CJC-1295
- ~28 days
- Contains 0.9% benzyl alcohol to prevent bacterial growth.
- The Gold Standard. Ensures sterility for multi-use vials, making it ideal for research protocols.
- Sterile Water
- Single-use applications, immediate use
- < 24 hours
- Pure H2O, no preservatives. Suitable if the entire vial will be used at once.
- Risky for multi-use vials due to the high potential for contamination after the first puncture.
- Acetic Acid (0.6%)
- For specific, less soluble peptides (e.g., some IGFs)
- Varies
- Can improve solubility for notoriously difficult-to-dissolve peptide sequences.
- Not recommended for CJC-1295. It's unnecessary and can alter the solution's pH, potentially affecting stability.
- For CJC-1295 and the vast majority of peptides you'll find in our full peptide collection, bacteriostatic water is the unequivocal best choice. It provides the perfect balance of solvency and long-term sterility for a typical research timeline.