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Professor, Mechanical Engineering, College of Science and Engineering
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20140289 – A non-toxic cryopreservative solution increases the safety and viability of preserved cells, for many applications, such as cell therapy. The multi-component, cell-optimized solutions contain no dimethyl sulfoxide (DMSO) and have shown significantly higher (more than double) post-thaw recovery of human cells than DMSO. The solutions show promise in storing, preserving and recovering... Read More
hubel – Allison Hubel is a recognized global leader and innovator in cell and tissue preservation. A Professor of Mechanical Engineering at the University of MN, Dr. Hubel has almost 20 years of experience spanning basic studies of preservation and preservation injury, development of protocols for preservation and education and training of individuals in preservation through professional short... Read More
20160049 – A new graphical user interface (GUI) guides users easily through the process of implementing Storn and Price’s differential evolution algorithm for optimization applications, such as in optimizing solution compositions for freezing media for a cell type. Not only does this software program customize the algorithm for optimizing solution compositions, but a user-friendly GUI prompts users... Read More
98119 – A method has been developed that utilizes cryopreservative agents for improving the survivability of hematopoietic cells when frozen. Using a balanced electrolyte solution with an arabinogalactan equivalent, a high-survival rate of hematopoietic cells is maintained. It contains a much smaller concentration of glycerol compared to other methods and does not use DMSO, thus decreasing cell... Read More
