While there is no doubt that rapid commencement of care saves lives, Emergency Medical Services are struggling to meet the predesignated response time, world-wide.
Compared ambulance services
Researchers at the Prehospital and Disaster Medicine Center in Gothenburg and the Shiraz University of Medical Sciences examined ambulance services in the Iranian city of Shiraz. Published in the International Journal of Emergency Medicine, the study compared ambulances deployed at temporary locations during peak traffic hours with those at permanent stations.
“Fluid deployment reduced response time by an average of two minutes,” says Amir Khorram-Manesh, MD, PhD, at Sahlgrenska University. “Patients transported in ambulances dispatched from temporary locations were also less likely to die.”
80,000 ambulance dispatches
The research team looked at almost 80,000 ambulance dispatches in 2012-2013. The findings were confirmed by a follow-up prospective study in 2015.
Given that the 1.7 million Shiraz population is roughly equivalent to that of Greater Gothenburg, the results are readily applicable to Sweden.
“The selection of temporary locations should be based on a risk analysis and statistics of previous dispatches,” Dr. Khorram-Manesh says.
Topic of discussion
Fluid deployment has been a previous topic of discussion in Gothenburg. A project conducted at Chalmers University of Technology in 2013 identified the importance of deploying ambulances in a more conscious manner and contributed calculations to the choice of the new station at Gullbergsvass in Gothenburg.
According to Per Örninge, Senior Consultant at Prehospital and Disaster Medicine Center, the Ambu-Alarm unit at the Prehospital and Disaster Medicine Center in Gothenburg has been working for a while on analyzing movement and deployment patterns.
The average Swedish county has approximately 20 ambulances. Stockholm has approximately 50, while Västra Götaland has the most – approximately 80 (Source: SOS Alarm).
Eight of the 24 ambulances in Shiraz were deployed at temporary locations during the study. Choice of the locations was based on statistical data showing areas with peak incidents, as well as the distance to the closest hospital. The other 16 ambulances were deployed at permanent stations throughout the city. A follow-up prospective study in 2015 confirmed the findings.
“Does temporary location of ambulances (fluid deployment) affect response times and patient outcome?” appeared in the International Journal of Emergency Medicine on October 9.
For additional information, feel free to contact:
Amir Khorram-Manesh, MD, PhD, Sahlgrenska Academy
BY: Johanna Hillgren