Establishing a Regional Trauma Preventable/Potentially Preventable Death Rate.

OBJECTIVE: To establish a trauma preventable/potentially preventable death rate (PPPDR) within a heavily populated county in Texas. SUMMARY: The National Academies of Sciences estimated the trauma preventable death rate in the United States to be 20%, issued a call for zero preventable deaths, while acknowledging that an accurate preventable death rate was lacking. In this absence, effective strategies to improve quality of care across trauma systems will remain difficult. METHODS: A retrospective review of death-related records that occurred during 2014 in Harris County, TX, a diverse population of 4.4 million. Patient demographics, mechanism of injury, cause, timing, and location of deaths were assessed. Deaths were categorized using uniform criteria and recorded as preventable, potentially preventable or nonpreventable. RESULTS: Of 1848 deaths, 85% had an autopsy and 99.7% were assigned a level of preventability, resulting in a trauma PPPDR of 36.2%. Sex, age, and race/ethnicity varied across preventability categories (P < 0.01). Of 847 prehospital deaths, 758 (89.5%) were nonpreventable. Among 89 prehospital preventable/potentially preventable (P/PP) deaths, hemorrhage accounted for 55.1%. Of the 657 initial acute care setting deaths, 292 (44.4%) were P/PP; of these, hemorrhage, sepsis, and traumatic brain injury accounted for 73.3%. Of 339 deaths occurring after initial hospitalization, 287 (84.7%) were P/PP, of these 117 resulted from sepsis and 31 from pulmonary thromboembolism, accounted for 51.6%. CONCLUSIONS: The trauma PPPDR was almost double that estimated by the National Academies of Sciences. Data regarding P/PP deaths offers opportunity to target research, prevention, intervention, and treatment corresponding to all phases of the trauma system.

Establishing a regional pediatric trauma preventable/potentially preventable death rate.

PURPOSE: Although trauma is the leading cause of death for the pediatric population, few studies have addressed the preventable/potentially preventable death rate (PPPDR) attributable to trauma. METHODS: This is a retrospective study of trauma-related death records occurring in Harris County, Texas in 2014. Descriptive and Chi-squared tests were conducted for two groups, pediatric and adult trauma deaths in relation to demographic characteristics, mechanism of injury, death location and survival time. RESULTS: There were 105 pediatric (age < 18 years) and 1738 adult patients. The PPPDR for the pediatric group was 21.0%, whereas the PPPDR for the adult group was 37.2% (p = 0.001). Analysis showed fewer preventable/potentially preventable (P/PP) deaths resulting from any blunt trauma mechanism in the pediatric population than in the adult population (19.6% vs. 48.4%, p < 0.001). Amongst the pediatric population, P/PP traumatic brain injury (TBI) were more common in the youngest age range (age 0-5) vs. the older (6-12 years) pediatric and adolescent (13-17 years) patients. CONCLUSION: Our results identify areas of opportunities for improving pediatric trauma care. Although the overall P/PP death rate is lower in the pediatric population than the adult, opportunities for improving initial acute care, particularly TBI, exist.

Bleeding to death in a big city: An analysis of all trauma deaths from hemorrhage in a metropolitan area during 1 year.

BACKGROUND: Hemorrhage is the most common cause of potentially preventable trauma deaths, but no studies have focused on all civilian traumatic deaths from hemorrhage, so we describe a year of these deaths from a large county to identify opportunities for preventing hemorrhagic deaths. METHODS: All trauma-related deaths in Harris County, Texas, in 2014 underwent examination by the medical examiner; patients were excluded if hemorrhage was not their primary reason for death. Deaths were then categorized as preventable/potentially preventable hemorrhage (PPH) or nonpreventable hemorrhage. These categories were compared across mechanism of injury, death location, and anatomic locations of hemorrhage to determine significant differences. RESULTS: A total of 1,848 deaths were reviewed, and 305 were from uncontrolled hemorrhage. One hundred thirty-seven (44.9%) of these deaths were PPH. Of these PPH, 49 (35.8%) occurred prehospital and an additional 28 (20.4%) died within 1 hour of arriving at an acute care setting. Of the 83 PPH who arrived at a hospital, 21 (25.3%) died at a center not designated as level 1. Isolated truncal bleeding was the source of hemorrhage in 102 (74.5%) of the PPH. Of those who died with truncal PPH, the distribution was 22 chest (21.6%), 39 chest and abdomen (38.2%), 16 abdomen (15.7%), and 25 all other combinations (24.5%). When patients who died within 1 hour of arrival to a hospital were combined with the 168 deaths that occurred prehospital, 223 (74.3%) of 300 deaths occurred before spending 1 hour in a hospital and 77 (34.5%) of 223 of these deaths were PPH. CONCLUSION: In a well-developed, urban trauma system, 34.5% of patients died from PPH in the prehospital setting or within an hour of hospitalization. Earlier, more effective prehospital resuscitation and truncal hemorrhage control strategies are needed to decrease deaths from PPH. LEVEL OF EVIDENCE: Therapeutic/Care management, level IV.