Injuries Due to Falls in Urban Buses: 100 Consecutive Cases 

Ron Bachar, David Aladgem, Jacky Sarov, Patrick Sorkine, Oded Szold, Pinchas Halpern

Dept. of Emergency Medicine and Critical Care Unit, Tel Aviv-Sourasky Medical Center and Sackler Faculty of Medicine, Tel Aviv University

We reviewed the charts of 100 consecutive emergency department (ED) cases of injuries in public buses (not due to actual traffic accidents) seen during 7 months in 1995. There were 29 males and 71 females with a mean age of 55.6-21.4 years, median 60, and range 13-91. 92 were discharged home directly from the ED. 3 were admitted to general surgical wards, and 1 each to the orthopedic, medical and neurosurgical wards, while 2 soldiers were sent for observation to a military clinic.

There were 28 spinal column, 27 head and 25 chest injuries; 1 patient died. There were no significant differences in admissions during the months of the year. 58% of injuries occurred during normal working hours, with a peak incidence at about 1000 hrs. The most common cause was falling while standing, due to sudden acceleration/deceleration or sharp turns.

There are 1900 buses in Tel Aviv which carry 1.1 million passengers daily and most of which are capable of significant acceleration. A high proportion of passengers travel standing, and elderly passengers are more liable to fall when the bus accelerates, decelerates or turns. We calculate a potential national yearly bus injury toll from falls of more than 1000, which often result in significant morbidity and even mortality. A national survey is now being planned.

Severe Heat Stroke in an Intensive Care Unit

Amir Halkin, Dina Lev, Oded Szold, Philip Bidermann, Sarah Bulocnic, Pinchas Halpern, Patrick Sorkine

Depts. of Medicine and Surgery, and Intensive Care Unit, Tel Aviv Medical Center

During the August 1998 heat wave in Tel Aviv we admitted many patients for acute heat-related illness; 6 had severe heat stroke and were admitted in critical condition. We describe their clinical courses during the first 5 days of hospitalization, including response to treatment and implications for future management of this disorder.

The mean APACHE II score of the 6 was 30±3.5 and mean Glasgow Coma Scale rating 3.5±0.5; they were in hypovolemic shock and respiratory failure, necessitating mechanical ventilation. Despite early effective therapy (core temperature in all was reduced to less than 398C in less than 1 hour), there was 1 death (mortality 15%) and 4 required further intensive care for life-threatening multiple organ failure.

During severe heat waves a significant number of referrals for acute heat-related illness must be anticipated, possibly overwhelming admission capacity of regional intensive-care units. Severe heat stroke complicated by multi-organ failure is not necessarily related to prior physical activity. Although important in determining prognosis, early treatment does not prevent severe complications. Mechanisms regulating body heat may remain disturbed for days following early treatment and apparent stabilization, mandating continued hospitalization.