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New device increases circulation and blood flow to vital organs during CPR

Published on April 15, 2007 at 3:54 AM · No Comments

In the United States, a person's chance of surviving cardiac arrest is probably much lower than most people realize: 17-19 percent in hospitals.

This is why the results reported by Ken Thigpen and his colleagues at St. Dominic - Jackson Memorial Hospital in Jackson, Miss. are so exciting. They are using the ResQPOD, a fist sized device that increases circulation and blood flow to vital organs during CPR. Since Thigpen's team began using the device on patients who experience cardiac arrest at St. Dominic, the patient survival rate after a cardiac arrest has increased to 57 percent. That is nearly triple the national average.

"In the instances where ResQPODs have been used, our rates are re-writing survival numbers," said Thigpen, Administrative Director of Pulmonary Services. "This device is probably having as significant an impact on influencing the outcomes of 'code situations' as anything I've seen in my 25 years in the field." The hospital has been tracking results since implementing the device in its hospital in October, 2006.

Thigpen and his team at St. Dominic are committed to saving lives and the implementation of more effective CPR with ResQPOD is just one part of their efforts. They have also been able to significantly reduce the number of patients who experience cardiac arrest while in the hospital through a program of early intervention. Codes are down by over 27% percent since the new program was implemented. "With our PERT (Patient Evaluation Response Team) efforts our response is to immediately bring in a respiratory therapist and critical care nurse when early symptoms occur that are typically seen 6 to 8 hours in advance of cardiac arrest, often avoiding that code situation. When we combine prevention with improving CPR effectiveness, our results are pretty dramatic," said Thigpen.

The ResQPOD device works on a simple principle: The task of CPR is to get blood flowing again to the heart. The faster blood flow can be restored to the heart and then the brain, the less damage either organ will sustain. Studies have shown that the new ResQPOD, when placed on the breathing tube for CPR, rapidly doubles blood flow and dramatically increases the effectiveness of CPR. In fact, the American Heart Association (AHA) has recommended the use of a device to increase circulation during CPR in its latest cardiac care guideline. ResQPOD in the U.S. is the only device that meets the criteria outlined by the AHA.

More than 500 hospitals and emergency medical systems across the country currently use the ResQPOD but many hospitals have not yet changed their CPR techniques following the AHA report. Since that time, other device users have reported the use of ResQPOD during CPR outside of hospital settings. For example, in Cypress Creek, Texas, a county just outside Houston, survival rates increased by more than 50 percent after one year of use of ResQPOD by the EMS teams in that county. Survival rates for cardiac arrest that occurs outside of a hospital setting average only 5 percent in the U.S.

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