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Severe Respiratory Syndrome

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Severe Acute Respiratory Syndrome Dana Chapman Weber State University 2015 Epidemiology and Biostatistics HIM 3200 Background information The spread of a virus later to become known as Severe Acute Respiratory Syndrome (SARS) began in a small providence in South China. The initial case of this deadly virus is thought to have occurred on November 16, 2002. By February 2003 it was officially identified as strain of the Coronavirus (also known in the common cold) called SARS (World Health Organization, 2015). This strange illness primarily affected the respiratory system and was eventually found to have a ~50% mortality rate. Duration of the outbreak lasted approximately eight months and spread worldwide, infecting over 8,000 people (Graham, …show more content…

Populations at highest risk for spreading the disease are low income, young adults, and men. Overall, low-income populations such as students, rural populations, and migrant workers accounted for 61.6% of the external flow of disease spread. Men were 26.7% more likely than women to pass the virus and young adults ages 19-35 accounted for 63.6% of the population spreading this disease (Xu, Wang, Wang, Cao, 2014.). Those most likely to be profoundly infected with the SARS virus are health care workers, immediate family members, and the elderly. These populations are at highest risk for contracting a deadly strain of SARS due to their close contact with infected persons and their decreased ability to fight the disease. Furthermore, the elderly, defined as those older than 65 years, are 50% more likely to die from SARS than any other infected population (Utah Public Health, 2014). Place and …show more content…

A study of Hong Kong cases revealed that several factors contributed to the spread and treatment of this virus. These included weather, quarantine, personal protective gear, and possibly animal transmission (Lin, Yee-Tak Fong, Zhu, & Karlberg, 2005). Studies found the colder the air temperature the higher incidence of new SARS cases emerged. With only a small increase in temperature (1o C) new cases decreased by 29.1%. Furthermore, after studying an area in Hong Kong with high concentration of outbreak it was discovered that once the infected were moved to an area of quarantine there were no more new outbreaks. The biggest factor in eliminating the spread of disease appeared to be the use of personal protective gear. In one Hong Kong Intensive Care Unit staff members were given equipment such as air purification hoods, non-reusable goggles or face shields and gowns. This inhibited the spread of the disease to not only hospital staff but also the community (Lin, Yee-Tak Fong, Zhu, & Karlberg,

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