The characteristics and distribution of emergency medical services in Saudi Arabia

Abstract

BACKGROUND: Emergency medical services (EMS) play an essential role in treating and transporting patients to hospitals or between hospitals. EMS providers must be distributed wisely across all regions of the country to meet healthcare needs during normal times and disasters. No previous study has investigated the characteristics and distribution of the EMS workforce in Saudi Arabia. OBJECTIVES: Examine the characteristics and distribution of the EMS workforce in Saudi Arabia to identify gaps and areas in need of improvement. Also, explore the sociodemographic and educational characteristics of licensed EMS providers in Saudi Arabia. DESIGN: Cross-sectional SETTINGS: EMS in Saudi Arabia METHODS: We included all licensed EMS providers in Saudi Arabia as of 23 December 2020 who were registered in the Saudi Commission for Health Specialties (SCFHS) database. Sociodemographics, where they earned certification, and their job affiliations were collected and categorized. MAIN OUTCOME MEASURES: EMS workforce distribution, gender, and EMS provider-to-population ratio. SAMPLE SIZE: 18 336 EMS providers; 8812 (48.1%) with documented job affiliations. RESULTS: The EMS provider-to-population ratio is very low. In Saudi Arabia, in general, the ratio is 1:3871 (based on n=8812 providers), which is low compared to the 1:1400 ratio for Australian EMS provider-to-population, for example. That makes it a challenge for EMS providers to meet the population’s needs, especially in times of disaster. The low ratio may have contributed to the delayed response time in Saudi Arabia (13 minutes for critical cases) which does not meet the international standard response time (8 minutes maximum). Also, only 3.5% of the total EMS providers registered were females, and the clear majority of all EMS providers were technicians. CONCLUSIONS: The growth in the EMS workforce, including the recruitment of more females into the workforce and more EMS specialists compared to EMS technicians and health assistants, is critical to reaching a satisfactory EMS provider-to-population ratio. LIMITATIONS: Most noteworthy of the limitations of this research are the insufficient statistics describing EMS distribution in Saudi Arabia, the lack of previous studies on the research topic in Saudi Arabia, and job affiliation not accurately recorded in the SCFHS database. CONFLICT OF INTEREST: None.

What Drives Paramedics to Serve in Rural and Remote Communities?

“…In this equation, p represents the expected population variability (0.5), d denotes the margin of error (0.05), n is the sample size, N represents the population size, and the z -score corresponds to the 95% confidence range (1.96). The population size N comprises Saudi Arabian licensed health assistants, emergency medical technicians, and specialists [ 17 ]. A sample size of n = 376 participants was determined to be necessary.…”

Implementing Prehospital Ultrasound at the Saudi Red Crescent Authority: Perceived Barriers and Training Needs

“… 2 , 3 Prolonged ambulance response times are also a major concern, with average response times over 13 minutes versus an international standard of 8 minutes. 4 This contributes to high mortality rates from crashes and other trauma. As a result, many victims are transported by private vehicles, which further delays proper emergency care.…”

“…8,9 The SRCA is the government agency responsible for providing emergency medical services and prehospital care across Saudi Arabia. 4,10 It operates over 1000 ambulances staffed by emergency medical technicians (EMTs) and paramedics. 11 However, SRCA faces a complex mix of cultural, political, religious, and geographical barriers that can affect emergency response capabilities and adoption of new technologies or Procedures.…”