300K Solutions

CELL SUSPENSION STABILIZATION SOLUTION

Discover a smarter way to preserve cell suspensions instead of storing them in liquid Nitrogen. 300K Cell Suspension Stabilization Solution ensures efficiency for your research. You can preserve White Blood CellsPBMCs or other cell pellets for genomic, transcriptomic and immunophenotypic analysis performed from the same sample

Perfect Preservation at 4ºC

Store cell suspensions at 4ºC, preserving DNA, RNA and cell phenotype intact and ready for downstream analysis.

Genomic / Transcriptomic Applications

Preserves DNA and RNA integrity enabling high-level of genomic and transcriptomic analyses.

Simplified Sample Shipping

Enables safe transport of cell suspensions at 4 °C, preserving sample integrity during handling and shipment.

Immunophenotipical analysis

Preserves cell immunophenotype and marker expression for accurate flow cytometry analysis.

Cell Type Compatibility

Applicable to multiple cell pellets, including white blood cells, PBMCs or cell lines.

PRODUCTS

HOW DOES IT WORK?

The 300K Room Temperature Stabilization Solution is a technology based on the lyophilization of biological samples in a uniform and standardized process. By removing nearly all moisture, it halts degradation processes and allows samples to be maintained at room temperature while preserving their integrity after rehydration. This process requires two key elements: the Sample Stabilization System (S³), a preset freeze-drying device developed by 300K to ensure optimal and reproducible conditions, and the Sample Stabilization Kits, which includes vials pre-coated with specific excipients that protect the sample during lyophilization without interfering in downstream analyses—so no washing is needed after rehydration. This combined system ensures reliable and ready-to-use stabilization, much more than a storage tube.

Development and Testing of Novel Technology for Generation of Lyophilised Cell Lines for Use as Controls for Next-Generation Sequencing Assays

Use of Freeze-Dried Cell Lines as Controls for Next Generation Sequencing Studies

Use of Freeze-Dried Cell Lines as Controls for Next-Generation Sequencing Studies