The rate and risk of heat-related illness in hospital emergency departments during the 1995 Chicago heat disaster.

OBJECTIVES: To conduct an Emergency Department (ED)-based treated prevalence study of heat morbidity and to estimate the rate and risk of heat morbid events for all Chicago MSA EDs (N = 95; 2.7 million visits per year). METHODS: ED patient log data were compiled from 13 randomly selected hospitals located throughout the Chicago MSA during the 2 weeks of the 1995 heat disaster and from the same 2-week period in 1994 (controls). Measurements included: age, sex, date, and time of ED service, up to three ICD-9 diagnoses, and disposition. RESULTS: Heat morbidity for Chicago MSA hospital EDs was calculated at 4,224 (95% CI = 2964-5488) cases. ED heat morbidity increased significantly 5 days prior to the first heat-related death. In 1995, there was an increase in the estimated relative risk for the city = 3.85 and suburbs = 1.89 over the control year of 1994. CONCLUSIONS: Real time ED-based computer automated databanks should be constructed to improve public health response to infectious or noninfectious outbreaks. Rapid area-wide M&M tabulations can be used for advancing the effectiveness of community-based prevention programs, and anticipating hospital ED resource allocation.

Fatal vascular catastrophe in Ehlers-Danlos syndrome: a case report and review.

The Ehlers-Danlos syndrome (EDS) is a group of hereditary connective tissue disorders that are characterized by abnormalities of the skin, joints, and a diversity of other phenotypic manifestations. An awareness of the disease is vital for optimal outcome in this rare group of patients who may present with a variety of life-threatening illnesses. Ehlers-Danlos type IV has been associated with vascular catastrophes, perforated viscous, ruptured uterus, and pneumothorax (1-4). We present a case of aneurysmal formation and spontaneous rupture of the great vessels in a 15-year-old male with EDS type IV, who remained undiagnosed until the time of autopsy.