Balanced Salt Solutions
Balanced Salt Solutions (BSS) are fundamental to any serious cell biology or tissue culture operation. Our Balanced Salt Solutions category provides high-quality, physiologically balanced media designed to maintain cell viability, support tissue isolation, and enable reliable experimental results across research, diagnostic, and clinical applications.
See Our Full Balanced Salt Solutions Range
We supply a comprehensive selection of balanced salt formulations, including:
- Hanks' Balanced Salt Solution (HBSS): the industry standard for cell washing, tissue dissociation, and general cell maintenance between culture passages.
- Dulbecco's Phosphate-Buffered Saline (DPBS): widely used for cell washing, antibody dilutions, and immunological assays.
- Phosphate-Buffered Saline (PBS): essential for molecular biology workflows, flow cytometry, and immunofluorescence applications.
- Earle's Balanced Salt Solution (EBSS): optimised for mammalian cell culture support and tissue engineering.
- Sterile, ready-to-use formats: convenient bottles and bags for immediate laboratory use.
- Powder formulations: cost-effective options for labs that prefer to prepare solutions in-house.
Why Balanced Salt Solutions Matter
The right BSS maintains osmotic balance, pH stability, and essential ion concentrations critical for cell survival outside the body. Whether you're isolating primary cells, washing adherent cultures, preparing tissues for analysis, or running flow cytometry experiments, a quality balanced salt solution is non-negotiable for consistent, reproducible results.
Typical Areas of Use
- Cell washing and resuspension
- Tissue dissociation and isolation
- Flow cytometry sample preparation
- Immunofluorescence and microscopy work
- Antibody dilutions and immunoassays
- Organ and tissue engineering
- Primary cell culture and maintenance
Quality You Can Depend On
Our Balanced Salt Solutions are formulated to precise specifications and supplied in sterile, pyrogen-free formats. Each batch is quality-tested to ensure pH accuracy, osmolarity balance, and sterility, giving you the confidence that your cells and tissues are in the optimal environment for your experiments.
