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<br /> <br />FOR IMMEDIATE RELEASE <br /> <br />$18.8 Million Helmsley Charitable Trust Grant to Fund <br />Life-Saving New Technology for Law Enforcement in <br />ORONO <br /> <br />ORONO, M.N. (January 9, 2023) - In an ongoing effort to improve the cardiac system of <br />care in the Upper Midwest, The Leona M. and Harry B. Helmsley Charitable Trust has <br />awarded an $18.8 million grant to the University of Minnesota Medical School. The <br />grant aims to provide law enforcement officers and first responders across Minnesota <br />with more than 8,300 automated external defibrillators (AEDs) to improve cardiac arrest <br />survival rates. The grant includes funding for 12 AEDs for Orono Police Department. <br />“Seconds count during a cardiac arrest,” said Walter Panzirer, a Helmsley trustee. “We <br />know in Minnesota first responders often have great distances to cover. This funding will <br />ensure those who get to the scene before EMS arrives give patients a better shot at <br />survival.” <br />Data from Minnesota CARES (Cardiac Arrest Registry to Enhance Survival) shows that <br />70 percent of out-of-hospital cardiac arrest incidents happen in homes, where AEDs <br />placed in public facilities can be less effective. AEDs should be applied within the first 3 <br />to 5 minutes for the best possible outcome. <br />Studies conducted by the American Heart Association demonstrate a dramatically <br />higher survival rate for cardiac patients shocked by law enforcement, who are generally <br />first on the scene, especially in rural areas. <br />The AEDs analyze heart rhythms throughout CPR, reduce pauses and allow for <br />improved blood circulation to increase the odds of survival. Using Wi-Fi connectivity, <br />these self-monitoring devices can report their status to a centralized online data <br />repository, allowing law enforcement agencies to know their devices are ready or in <br />need of maintenance. The information collected will also allow the Center for <br />Resuscitation Medicine to improve response to cardiac arrest and demonstrate how <br />swift law enforcement response gives patients a better chance of survival. <br />