Outcomes improve with biostasis techniques in critical care, suggesting potential for organ transplantation and emergency medicine.
Biostasis sits at the center of a rapidly evolving field that challenges our understanding of life, death, and the processes in between. As a physician and researcher who has spent forty years studying how to bring the seemingly dead back to life, I have witnessed firsthand the limitations of traditional resuscitation methods and the immense potential of emerging biostasis techniques. These advancements, ranging from artificial circulation and temperature control to novel pharmacological interventions, offer new possibilities for extending the window of survival and improving outcomes in critical care, surgery, and even space travel. The potential applications of biostasis are vast, with implications for everything from emergency medicine to organ transplantation, and even long-duration space missions, on which metabolic suspension could be invaluable.
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Lance B. Becker (2025) studied this question.
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