Rebecca D. Sandlin

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About

Rebecca D. Sandlin is a biomedical engineer whose work centers on advancing cryopreservation and biobanking technologies, with a particular focus on developing automated systems for the controlled cooling of biological samples. Her most notable contribution is the design and validation of an automated device for rapid sample cooling via controlled submersion, a breakthrough that addresses critical challenges in preserving cellular viability during cryopreservation. This innovation, detailed in her 2025 paper, offers precise thermal control to minimize ice crystal formation, a key factor in improving post-thaw recovery rates for cells, tissues, and even organs. While her work is still emerging—with her flagship paper accumulating 1 citation—its potential impact is significant for fields ranging from regenerative medicine to fertility preservation. Sandlin’s approach integrates engineering precision with biological necessity, positioning her as a rising figure in the development of scalable, reproducible cryopreservation tools. Her research promises to enhance the reliability of biobanks, support long-term storage of rare cell lines, and facilitate clinical applications where sample integrity is paramount.