Parnia Lab Research Studies | NYU Langone Health

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Parnia Lab Parnia Lab Research Studies

Parnia Lab Research Studies

Cardiopulmonary resuscitation (CPR) has been the standard of care for patients experiencing cardiac arrest for more than 60 years. Although a major breakthrough when first discovered, its relative effectiveness in restarting the heart and preventing immediate death, and more importantly helping people achieve long-term survival without suffering severe brain damage, has been poor. Typically, only 5 to 9 percent of people who experience cardiac arrest outside of hospitals survive, while only 20 percent of those who experience cardiac arrest in hospitals survive.

VIDEO: Dr. Parnia discusses his lab’s spectrum of pioneering resuscitation research.

At the Parnia Lab at NYU Langone, investigators lead pioneering studies to identify ways to improve the effectiveness and quality of CPR. We also seek novel ways to augment and improve resuscitation beyond CPR and identify effective methods to prevent brain damage. Our goal is to improve survival and reduce the risk of brain damage by striving to “save lives and brains.”

Our research teams are among the first to use real-time monitoring systems that provide physicians with integral data regarding brain oxygen levels, brain activity, and other metrics in real-time during the administration of CPR. This enables physicians to make informed decisions that could have significant impact.

We are also world leaders in exploring how cardiac arrest affects cognition and awareness, and how patient experiences during resuscitation may reveal entirely new knowledge about the mind and consciousness. We are fortunate to have formed strong collaborative links with prominent experts in critical care and resuscitation, including Charles Deakin, MD, at the University of Southampton, and Gavin Perkins, MD, at the University of Warwick, as well as many others in Europe and the United States. We are also actively engaged with many other leading national and international medical centers.

Our interdisciplinary work stands to not only improve standards of care and increase survival rates for cardiac arrest patients, but to advance fields ranging from critical care, emergency medicine, neurology, cognitive neuroscience, psychology, ethics, philosophy, and beyond.

Learn more about our studies by reading select publications detailing our research.