As science advances, preserved samples and their derived data will be key to unlocking the complexities of biology and human health. Cache is developing scalable, sustainable, and standardized methods to enable ambient transport and storage of samples like cell-free DNA (cfDNA) and RNA.
Source: MIT News
Cache's enabling technology was developed to address fundamental limits in the life sciences:
Our approach is built on rigorous research and innovation. Explore some of the key publications and conference presentations detailing our advancements:
I. Research Use Only (RUO) Demo Kits
We will soon be offering our Caching technology to anyone in the world! Apply now for a chance to receive a kit, complete with training and instructions. Your insights will shape the future of biopreservation—helping us refine our technology while giving you a firsthand look at the cost savings and extended stability our solutions provide. Check out a video of our manual protocol here.
Please note: that we have concluded our first cycle of feedback before the kit is commercially available. Apply now to join our waiting list for the next time the kits will be available!
II. Pilot Program for Automated System
Looking to streamline biopreservation at scale? Our team will work with you to implement high-throughput Caching in plates rather than tubes, seamlessly integrating with your existing extraction and library preparation workflows. Check out a video of our automated protocol on a liquid handler here.
Apply for Automated PilotIII. Impact Calculator
Competing in the My Green Lab Freezer Challenge? Curious about the sustainability benefits of switching to Cache’s room-temperature storage? Use our impact calculator to estimate potential reductions in carbon emissions and energy consumption.
Impact Calculator