Bacteriostatic Water | 0.9% Benzyl Alcohol | Research Reference Grade Diluent
Bacteriostatic Water is a sterile, research-reference-grade diluent containing 0.9% benzyl alcohol as a preservative, supplied by PerformanceLabsUK strictly as a laboratory reference material for in vitro reconstitution and dilution procedures. Bacteriostatic Water is not intended for human or veterinary use.
AREAS OF RESEARCH INTEREST
- Used in laboratory settings to reconstitute lyophilised (freeze-dried) peptide reference materials prior to in vitro study
- Valued for the bacteriostatic properties of benzyl alcohol, which inhibit microbial growth across multiple reconstitution cycles
- Studied as a standard diluent for maintaining peptide stability and solution integrity during short-term laboratory storage
- Of interest in protocol development for consistent, repeatable dilution ratios across research samples
- Examined for compatibility with a range of peptide reference compounds in analytical and formulation research
PRIMARY RESEARCH AREAS: Peptide Reconstitution | Laboratory Dilution | Solution Stability | Research Protocol Development
Researchers reconstituting peptide reference materials may also wish to review our COA Library for third-party verified analytical data, or browse our full range of research peptides. For chemical reference data on benzyl alcohol, see the independent PubChem listing.
REGULATORY NOTICE
FOR LABORATORY RESEARCH USE ONLY, NOT INTENDED FOR HUMAN OR VETERINARY CONSUMPTION
Not a medicinal product, pharmaceutical, food supplement, or cosmetic. Not evaluated or approved by the MHRA, FDA, or any regulatory
authority for use in humans or animals. Must not be used for diagnostic, therapeutic, or preventative purposes.
Must be handled only by qualified professionals within a suitable research environment. By purchasing you confirm research-only use.
Purchasers must be 18+. PerformanceLabsUK accepts no liability for misuse.
Supplied for in vitro laboratory and scientific research use only, not for human or veterinary use.
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