RESUMO
This study assessed the characteristics and emergency care outcomes of fall-related injuries in Pakistan. This study included all fall-related injury cases presenting to emergency departments [EDs] of the three teaching hospitals in Rawalpindi city from July 2007 to June 2008. Out of 62,530 injury cases, 43.4% [N = 27,109] were due to falls. Children [0-15 years] accounted for about two out of five of all fall-related injuries. Compared with women aged 16-45 years, more men of the same age group presented with fall-related injuries [50% vs. 42%]; however, compared with men aged 45 years or more, about twice as many women of the same age group presented with fall-related injuries [16% vs. 9%, P < 0.001]. For each reported death due to falls [n = 57], 43 more were admitted [n = 2443, 9%], and another 423 were discharged from the EDs [n = 24,142, 91%]. Factors associated with death or inpatient admission were: aged 0-15 years [adjusted odds ratio [aOR] = 1.35], aged 45 years or more [aOR = 1.94], male gender [aOR = 1.15], falls occurring at home [aOR = 3.38], in markets [aOR = 1.43], on work sites [aOR = 4.80], and during playing activities [aOR = 1.68]. This ED-based surveillance study indicated that fall prevention interventions in Pakistan should target children, older adult women, homes, and work sites
RESUMO
To investigate the effects of electromagnetic field radiation generated by mobile phones on serum testosterone levels in Wistar albino rats. This experimental interventional control study was conducted in the Department of Physiology, College of Medicine, King Saud University, Riyadh, Saudi Arabia during the period December 2006 to April 2008. A total of 34 male Albino rats [Wistar strain], 2 months of age, weighing 150-160 gm were used for the experiment. These animals were divided into 3 groups. The first group containing 6 rats was assigned as a control group. The second group containing 14 rats was exposed to mobile phone radiation for 30 minutes daily and the third group containing 14 rats was exposed to mobile phone radiation for 60 minutes daily for the total period of 3 months. At the end of experimental period, blood was collected into the container, and serum testosterone was analyzed using double-antibody radioimmunoassay method by Coat-A-Count. Exposure to mobile phone radiation for 60 minutes/day for the total period of 3 months significantly decrease the serum testosterone level [p=0.028] in Wistar Albino rats compared to their matched control. Long-term exposure to mobile phone radiation leads to reduction in serum testosterone levels. Testosterone is a primary male gender hormone and any change in the normal levels may be devastating for reproductive and general health