Abstract:In this article, evidence that health sector preparedness improves response performance in disasters was examined. Case fatality and survival data were compared for four earthquakes, in relation to health sector emergency preparedness levels. Vast differences in performance were found. The two California systems, with a high preparedness index, had low case fatality rates (about one death per 100 injuries). Kobe, Japan, with mixed levels of preparedness, had 31 deaths per 100 injuries, and Armenia (low prepare… Show more
“…was important in determining mortality and disability outcomes among earthquake victims with serious head injuries (106). A comparative modeling study of three countries that had suffered earthquakes (Armenia, Japan, USA) found that differences in disaster preparedness and response were closely correlated with injury mortality and morbidity (19), and a global modeling study suggested that the availability of a pediatric trauma care center could decrease time to care and save lives during a disaster (17).…”
Section: Clinical Protocolsmentioning
confidence: 99%
“…Reynolds et al Process (3,5,6,9,12,13,14,15,20,21,46,50,53,54,57,64,67,68,69,71,86,93,103) 23 (32) Clinical or population health outcome (3,4,12,14,15,16,17,18,19,22,23,24,28,29,35,36,41,42,43,45,48,49,53,54,57,59,60,61,64,…”
Injury is a leading cause of death globally, and organized trauma care systems have been shown to save lives. However, even though most injuries occur in low-and middle-income countries (LMICs), most trauma care research comes from high-income countries where systems have been implemented with few resource constraints. Little context-relevant guidance exists to help policy makers set priorities in LMICs, where resources are limited and where trauma care may be implemented in distinct ways. We have aimed to review the evidence on the impact of trauma care systems in LMICs through a systematic search of 11 databases. Reports were categorized by intervention and outcome type and summarized. Of 4,284 records retrieved, 71 reports from 32 countries met inclusion criteria. Training, prehospital systems, and overall system organization were the most commonly reported interventions. Quality-improvement, costing, rehabilitation, and legislation and governance were relatively neglected areas. Included reports may inform trauma care system planning in LMICs, and noted gaps may guide research and funding agendas.
“…was important in determining mortality and disability outcomes among earthquake victims with serious head injuries (106). A comparative modeling study of three countries that had suffered earthquakes (Armenia, Japan, USA) found that differences in disaster preparedness and response were closely correlated with injury mortality and morbidity (19), and a global modeling study suggested that the availability of a pediatric trauma care center could decrease time to care and save lives during a disaster (17).…”
Section: Clinical Protocolsmentioning
confidence: 99%
“…Reynolds et al Process (3,5,6,9,12,13,14,15,20,21,46,50,53,54,57,64,67,68,69,71,86,93,103) 23 (32) Clinical or population health outcome (3,4,12,14,15,16,17,18,19,22,23,24,28,29,35,36,41,42,43,45,48,49,53,54,57,59,60,61,64,…”
Injury is a leading cause of death globally, and organized trauma care systems have been shown to save lives. However, even though most injuries occur in low-and middle-income countries (LMICs), most trauma care research comes from high-income countries where systems have been implemented with few resource constraints. Little context-relevant guidance exists to help policy makers set priorities in LMICs, where resources are limited and where trauma care may be implemented in distinct ways. We have aimed to review the evidence on the impact of trauma care systems in LMICs through a systematic search of 11 databases. Reports were categorized by intervention and outcome type and summarized. Of 4,284 records retrieved, 71 reports from 32 countries met inclusion criteria. Training, prehospital systems, and overall system organization were the most commonly reported interventions. Quality-improvement, costing, rehabilitation, and legislation and governance were relatively neglected areas. Included reports may inform trauma care system planning in LMICs, and noted gaps may guide research and funding agendas.
“…Only one study directly assessed health sector preparedness levels and the association with earthquake-induced mortality. The findings revealed that 'low prepared' regions had five times more fatalities per 100 injuries compared to 'medium prepared' regions and that 'high prepared' regions had 30 times fewer fatalities compared to 'medium prepared' regions (Bissell et al 2004). Other studies found that the mortality rate for severely injured victims was 15-25 % and was usually higher in frontline hospitals and that these rates may decline to 9-3 % or even lower, if proper medical care is not delayed (Pretto et al 1994;Tanaka et al 1998;Fawcett and Oliveira 2000;Jiang et al 2012;Wen et al 2012).…”
Section: Medical Preparedness and Earthquake-induced Injury And Mortamentioning
confidence: 96%
“…These criteria used to screen all abstracts included. Eight studies met these criteria and were included in this section (Noji et al 1993;Pretto et al 1994;Tanaka et al 1998;Fawcett and Oliveira 2000;Liang et al 2001;Bissell et al 2004;Jiang et al 2012;Wen et al 2012 studies were included in this section for the purpose of establishing a theoretical framework for the association between medical preparedness and response and the number of casualties in earthquake events (Schultz et al 1996;Peek-Asa et al 1998;Ashkenazi et al 2005;Ramirez and Peek-Asa 2005;Macintyre et al 2006;Bayard 2010;Bartal et al 2011;Haojun et al 2011;Archer et al 2011). Although these studies did not quantitatively measure the association between medical preparedness and response and earthquake casualties, they contributed through establishing the need for evidence-based and theoretically driven modeling.…”
Section: Review Of Medical Preparedness and Earthquake-induced Injurymentioning
confidence: 99%
“…Medical preparedness and response is also a factor which is not considered at this time (FEMA 2003). Table 2 summarizes the information in Behavior during an earthquake Roces et al (1992), Armenian et al (1992) Medical preparedness Bissell et al (2004) ? Indicates a factor which is accounted for in the module -Indicates a factor which is not accounted for in the module Nat Hazards (2015Hazards ( ) 78:1447Hazards ( -1462Hazards ( 1457 this section and emphasizes the gaps between the epidemiological and engineering approaches for earthquake-induced casualty estimations.…”
Earthquakes pose substantial risks of human health. Preparedness and mitigation strategies can reduce earthquake-related injuries and deaths and information from casualty models that predict earthquake outcomes can help communities prepare. This study identifies epidemiologic and medical risk factors for earthquake casualties, and compares them with engineering casualty models for the purpose of providing evidence that integrates these approaches. It aims to improve earthquake casualty modeling and to offer better accurate estimations. Epidemiological studies that used analytical designs and reported risk factors related to earthquake-induced casualties and studies that examined the association between medical preparedness and earthquake-induced casualties were reviewed. Engineering casualty estimation models were reviewed to identify which risk factors were considered in the models. Epidemiological studies identified the following risk factors: gender, age, socioeconomic status, physical disability and human behavior. Medical preparedness factors were also related to earthquake-induced injury and death. Global casualty estimation models do not currently consider these factors. This study provides evidence that integrating demographic and socioeconomic characteristics of the population and levels of medical preparedness into the existing casualty estimation models may improve their accuracy.
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