(IN BRIEF) A study presented at ESC Congress 2025 has found that a standard piston-based chest compression device is the only method able to achieve effective CPR depth in microgravity conditions, outperforming NASA’s current “handstand method” and other tested devices. … Read the full press release →
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Tagged Air Zero G, automated chest compression, cardiac arrest in space, CHRU de Nancy, CNES, CPR in space, emergency medical kit, ESC Congress 2025, European Society of Cardiology, handstand method, international resuscitation guidelines, mechanical piston device, microgravity, Novespace, parabolic flight, resuscitation research, space medicine, space tourism, Université de Lorraine, Université de Paris