biomolecules at unprecedented scales.
Company
Cache is storing the biomolecules of today to unlock the possibilities of tomorrow.
Cache is developing next-generation biopreservation technologies to support breakthroughs in the life sciences.Scroll down to meet our interdisciplinary team:
The journey towards a cure begins with a sample.
High-quality biospecimens are necessary to drive forward clinical research in basic discovery, assay development, and personalized therapies.
Read more about our mission and values.
We want to hear from you!
Cache is shaping the future of biopreservation from sample collection to insight. We’re looking for collaborators—scientists, biotech leaders, industry pioneers—who share our vision. If you're interested in partnering or learning more, let’s connect.
Team
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News
Articles & Publications
Research, news, and interviews2025.02.26 / AGBT
Abstract-selected Talk: "Ambient long-term preservation of ultra-long DNA and RNA"
2025.01.27 / SLAS
An Automatable Approach to Ambient Nucleic Acid Storage
2024.12.29 / Cell
Ambient storage of genomic time capsules
2024.08.15 / StarFinder Lab
Cache accepted to Roche & aMoon's StarFinder Lab
2024.06.12 / ACS
Reversible Nucleic Acid Storage in Deconstructable Glassy Polymer Networks
2024.05.30 / Biosample Hub
Cache and My Green Lab to present at Biosample Hub Webinar for Sustainable Biobanking Practices
2024.05.07 / Business Wire
Cache Raises Seed Financing to Advance its Biomolecule Storage Technologies
2024.03.14 / ISBER
Cache invited to present at ISBER 2024
2023.12.19 / ACMG
Abstract accepted at American College of Medical Genetics and Genomics Meeting 2024
2023.10.13 / EFL
Cache DNA selected to join the Endless Frontier Labs 2023-2024 Cohort
2023.07.28 / The Innovator
Beyond Silicon: Using DNA As The Next Medium For Storage
2022.03.16 / Illumina
Illumina Accelerator Invests in Seven Omics Startups
2022.03.14 / Business Wire
Cache Awarded Competitive Grant from the National Science Foundation
2021.10.27 / ACS Applied Materials & Interfaces
Scalable Nucleic Acid Storage and Retrieval Using Barcoded Microcapsules