Part 1 of our A Practical Guide to Planning a Cryogenic Storage Facility Series Storing biological materials, especially living cells and tissues, can be a complicated process. Improper handling or storage conditions can damage cells, reducing viability and compromising their utility in downstream applications. Keeping specimens below -135°C, the glass transition temperature (Tg) of water, […]
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Safe and efficient storage of samples—whether chemical, biological, or clinical—is an integral, yet sometimes overlooked, part of laboratory work from drug discovery to clinical trials. The goal is straightforward: faithfully preserve materials for later use or analysis. The execution can be notably trickier, especially as collections grow and the tracking and movement of samples becomes […]
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As cell and gene therapies (CGT) advance into the clinical stage, many cold chain complexities arise not only for these novel products but also for the biological samples that must be collected from patients during clinical trials. Managing these sensitive materials—including storage, transportation, and tracking—requires robust and adaptable systems to ensure safety, integrity, and regulatory […]
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Sample management is a complex process. Clinical samples are often collected in many locations and then transported, stored, processed, and analyzed by multiple vendors. This fragmented approach to sample management can lead to spiraling storage costs, slow sample transfer times, data management difficulties, and poor chain of custody records. Learn more about the various drivers […]
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Natural disasters, extended power outages, and equipment failures can destroy priceless biomaterial. Disaster recovery plans that include multiple backup systems are crucial for all biostorage and research facilities. In disaster scenarios, the choice of freezer type can make the difference between complete sample loss and maintaining biomaterial integrity. Using Freezers to Protect Biomaterials from Unexpected […]
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