Utilizing SF-36 and SF-6D for Identification of Public Health Risk
At Solid Waste Disposal Sites of Lahore
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Solid Waste Management is one of the biggest challenges for both developed and developing countries. Negligence and unplanned disposal of municipal solid waste probably will lead to the community health risk. To address this problem, a descriptive cross-sectional analysis was performed using SF-36 and SF-6D on focused residents and waste collection workers. These softwares have been used earlier for the study physical and mental health. This in present study have been used to evaluate the neuropsychological effect like behavior, attitude, temperament and working potential of the residents near...
Solid Waste Management is one of the biggest challenges for both developed and developing countries. Negligence and unplanned disposal of municipal solid waste probably will lead to the community health risk. To address this problem, a descriptive cross-sectional analysis was performed using SF-36 and SF-6D on focused residents and waste collection workers. These softwares have been used earlier for the study physical and mental health. This in present study have been used to evaluate the neuropsychological effect like behavior, attitude, temperament and working potential of the residents near disposal sites. The study also included the chemical assessment of Lead and Chromium in drinking water, soil and different profiles. The results exposed unexpected health issues, especially neuropsychological problems at open disposal sites, followed by closed disposal sites due to the Lead concentration. The emergence of illness associated with dumping is slow and unnoticeable, therefore results of health issues emphasizes the need to address these problems before leading to neuropsychological effects.
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