Title of article :
The Pattern of Injuries among the Victims of the Bam Earthquake
Author/Authors :
Ashraf Ganjouei, K Kerman Physiology Research Center - Afzal Research Institute , Ekhlaspour, L Kerman University of Medical Sciences , Iranmanesh, E Kerman University of Medical Sciences , Poorian, P Researcher of Kerman University of Medical Sciences , Ashraf Ganjooei, N Researcher of Kerman University of Medical Sciences , Rashid-Farokhi, F Kerman Neuroscience Research Center , Karamuzian, S Kerman University of Medical Sciences
Abstract :
Background: On December 26, 2003 an earthquake measuring 6.8 on the Richter scale, shook the city of Bam in the south
east of Iran and killed more than 40000 people and nearly 30000 were injured. This is an epidemiological study performed
on the victims of Bam earthquake to analyze different types of injuries of patients admitted in Kerman hospitals.
Methods: In a retrospective cross-sectional study the medical records of 1250 victims of Bam earthquake admitted in
Kerman hospitals from December 26, 2003 till 21 March, 2004 were reviewed and general demographic data such as age,
sex, date of admission, type and anatomical site of injuries, diagnoses and complications were recorded.
Results: More than half of the patients were male. The mean age was 29.28±11.89 years. Lower limb injuries (40.8%) and
pelvic injuries (26.2%) were the most common. The least common injury was chest injury (10.9%). More than 50% of patients had fractures. There were associations between chest injuries, vertebral column injuries and abdominal injuries and
between vertebral column, chest and skull fractures. The numbers of injury and fracture locations for each patient were
0.186±0.11 and 0.0886±0.098, respectively.
Conclusions: The study of individual factors and associations between different locations of injuries indicates a careful
physical examinations and attention to special groups. It is important to use findings of epidemiologic studies on disasters to
establish well-organized crisis registration system for the next disasters.
Keywords :
Earthquake , Injury , Iran
Journal title :
Astroparticle Physics