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848). When assessed by age, injury rates were as follows: children 0�C17 years, 38.5 injuries/1000 (CI: 31.0�C47.3); adults 18�C59 years, 42.2 injuries/1000 (CI: 36.2�C48.9); and older adults 60+ years, 26.5 injuries/1000 (CI: 9.8�C56.9). Age-specific mortality and injury rates are presented in Fig. 1. In general, a slight statistically insignificant increase in both mortality and injury rates were observed until age 40. In the 40�C49 year age group, the lowest mortality rate and highest injury rates were observed. Among adults ages 50 and above, there was elevated mortality and fewer injuries as compared to other age groups, presumably because fewer of the critically injured survived. Variables related to the built environment and socioeconomic status were examined to assess their selleck chemical relationship with injury risk. No significant difference in injury rates was observed by household education level (highest education attained by any family member (p?=?0.952)). However crowding had a significant impact on rate of injury (p?=?0.014), with households with between 2.0 and 2.9 individuals per room experienced significantly higher injury rates than those with fewer than 2.0 people per room and more than 3.0 people per room. With respect to built environment, there was no significant difference in injury rates between residents of single vs. multi-level homes (p?=?0.934) however extent of damage to the home was associated with injury. The lowest injury rate was observed in moderately damage homes at SKAP1 30.0/1000 as compared to injury rates of 47.6/1000 in homes with no damage or minor damage and 51.0/1000 in severely damage and destroyed homes (p?CAL-101 cell line p?=?0.03) more likely to experience injury than those with?