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The growth of biobanking, cell therapy, and complex biopharmaceutical
therapies like cancer vaccines has created a strong need for products
and processes to ensure the stability of temperature-sensitive
biospecimens. Proper collection, handling, characterization, packaging
and shipping of these materials is critical, as poor sample handling
impacts researchers working on discovery with patient samples, as well
as clinicians treating patients with cutting edge therapies.
This
white paper describes in detail the BioCision BioT™ ULT Transporter,
the first-of-its-kind dry ice-based portable cooling system that
maintains a stable -75° to -50°C environment for over 24 hours on one
charge of dry ice, enabling reliable handling and transfer of valuable
temperature-sensitive biospecimens as part of a larger cold chain
standardization process.
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