With innovative methods of molecular preservation, Cache DNA is at the forefront of biobanking infrastructure. Traditional methods are costly, unreliable, and occupy a large footprint, but Cache’s breakthrough technology makes it possible for nucleic acids to be stored at room temperature over long periods without degrading or using energy-intensive freezers. The interdisciplinary team at Cache DNA has been working hard to enable this scalable, sustainable, and standardized process improvement in labs worldwide.
“Caching” will not only reduce the carbon footprint in clinical labs, hospitals, and biorepositories, but also democratize the accessibility of superior quality storage for research institutions. Its design allows it to integrate into laboratory workflows to make the most of precious biospecimens as they are processed. Whether a scientist is studying cancer cells or a rare genetic disease, every sample counts towards decoding the complexity of biology for patients.
With the next century relying increasingly on personalized approaches in healthcare, Cache DNA’s affordable preservation technique shall open up new frontiers in genomics, transcriptomics, and epigenomics supporting future medical breakthroughs. Hence, StarFinder Lab views partnering with this visionary organization as an opportunity to contribute towards revolutionizing methods in molecular pathology and promoting world-changing studies in the field.
StarFinder Lab is proud to collaborate with Cache DNA, a forward-thinking company committed to advancing the future of biomolecule storage and supporting groundbreaking research worldwide.