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To ensure reproducible results and continuity in research and biomedical processes, today’s scientists are faced with the task of genetically stabilizing replicable materials such as living cells and organisms, and ensuring sub-cellular components such as nucleic acids and proteins are preserved unchanged.
Sample storage at cryogenic and extremely low temperatures provides security for biological specimens and derivatives of those specimens, genomic material, and compounds over extended periods of time. Because of the valuable or irreplaceable nature of these samples being stored, it is critical to ensure that they are adequately protected from the harsh storage environment and during handling processes.