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platform enabled by Cache’s patented biopreservation reagents.

Technology Overview

Cache's enabling technology was developed to address a fundamental limit in the life sciences: dependence on cold-chain processes.
  • Improving Stability: Advances in science and technology depend on reliable preservation. We are developing solutions that support real-world applications from biomedical research to environmental sampling.
  • Enhancing Standardization: Cold chain logistics and time-sensitive sample preparation methods contribute to pre-analytical variability. Operating at room temperature eliminates freeze-thaw considerations and controls for a key variable between tests/batches.
  • Advancing Sustainability: Ambient preservation reduces waste, optimizes resources, and improves efficiency. Say goodbye to dependencies on freezers/dry ice and hello to efficiently utilized space and seamless sample management.
  • Unlocking Scalability: As industries grow, so do their preservation needs. Our technologies are designed to grow with labs and support large-scale operations, ensuring consistent quality and efficiency.
  • Flexibility: Whether your samples are high molecular weight human genomes, plant transcriptomes, plasmids, or synthetic oligos, Caching acts as a pause button—return to your samples when you choose to.

A platform that continues to evolve

We listened to your needs and evolved the features of our technology to satisfy your requirements.

Cradle chemistry platform

Cache’s Cradle chemistry is designed to integrate into your processes, with a workflow as simple as “add-n-done.”

Read more about our technology

Our approach is built on rigorous research and innovation. Explore some of the key publications, conference presentations, and documentation detailing our advancements:
V3 - "CRADLE" - Simple aqueous reagent:
  • Check out our Product page for more information.
V2 - "RAPTOR" - Polymer Chemistry:
V1 - "FOSSIL" - Silica Chemistry:
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