New cardiac protocols for Elgin EMS
The Courier-News recently published a detailed article on the updated cardiac care protocols used by Elgin EMS, highlighting how the department has evolved its approach to treating patients in cardiac arrest. Previously, the main focus was on quickly transporting patients to the hospital. However, recent studies have shown that this method often led to poor outcomes because high-quality CPR is difficult to perform during transit.
Chris Kennedy, a firefighter and paramedic with the Elgin Fire Department (EFD), explained that moving a patient while performing CPR can significantly reduce the effectiveness of life-saving efforts. "We've learned that delivering consistent, high-quality CPR without interruptions is the most critical factor in improving survival rates," he said. "With new technologies and training, we're now able to provide care in the field that's nearly as advanced as what's available in the ER."
In recent years, the EFD has made several key changes to its cardiac response procedures. This includes using a "pit crew" model, where each team member has a specific role during an emergency to ensure seamless, uninterrupted care. "This system helps us act faster and more efficiently, which is crucial when every second counts," Kennedy added. Fire engines are also frequently dispatched alongside ambulances, especially when they're equipped with advanced life support equipment.
Another major advancement is the use of Zoll X-series monitors in all frontline ambulances and one ALS engine. These devices, originally designed for helicopter transport, allow crews to defibrillate, monitor capnography, and record vital signs in real time. Paramedics can even send 12-lead EKGs to the ER before transport, enabling doctors to prepare for the patient’s arrival. The department is also transitioning to an electronic patient care report (ePCR) system, which will streamline data sharing and improve documentation efficiency.
In addition to these tools, the EFD has adopted a hypothermia protocol based on research from 2002. This involves cooling patients after they regain spontaneous circulation (ROSC) to reduce brain damage caused by lack of oxygen. "The idea is that lowering body temperature slows down cellular metabolism, which can help protect the brain," Kennedy explained. While some studies have questioned the effectiveness of this approach, the EFD continues to follow the protocol, pending further research.
"We're always looking for ways to improve patient outcomes," Kennedy said. "By combining better training, new technology, and smarter protocols, we're making a real difference in the community." The EFD's commitment to innovation and continuous improvement is helping save more lives, one cardiac arrest at a time.
Thanks, Dan
Riso Comcolor Printer,Epson Printer Ink Ciss,Epson Ptinter Chip,Epson A3 Printer
Guangzhou Baiyin Co.,Ltd , https://www.printerfinisher.com