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Background: Proper management of Biomedical waste (BMW) generated in a healthcare facility is one of the most important functions of a healthcare worker (HCW) as its improper management not only poses risk to human beings and environment, but may also invite legal action against HCW as well as hospital administration. This study was carried out to evaluate quality of BMW management in 1100-bedded hospital attached to a tertiary care public institute in North India. Methods: A checklist, including 29 parameters related to various functions to be carried out at source of generation by a HCW for BMW management was prepared by researcher and used after validation to record observations in all the 70 areas of hospital. A total of 6 visits were made to each area and mean percentage score was calculated for each area and each category of waste management. Results: It was found that summated mean percentage score of 'Treatment Room of Wards', which were used exclusively by resident doctors, was significantly lower than Operation Theatres (p value: 0.033) and 'Central Waste Collection Points of Wards' (p value: 0.018) for the function of 'mutilation of recyclable waste' and it was significantly lower than all other areas (p value: 0.006 to 0.017) for the function of 'disinfection of waste'. Conclusion: It is concluded that more emphasis needs to be laid on 'mutilation of recyclable waste' and disinfection of waste' by HCWs especially resident doctors. [ABSTRACT FROM AUTHOR]

Background: Large poultry belt is located in the residential areas of rural Haryana in North India. Housefly problem has become a big nuisance in this area. Policy makers require evidence of the association of poultry farming with houseflies and its possible impact on the health of the population. Materials and Methods: A cross-sectional two-group comparison study was conducted. Six villages within 3 km and another six villages beyond 5 km from any poultry farms were selected as the study and the control villages, respectively. We measured indoor and outdoor housefly density and family morbidity in the last 1 month and observed the poultry hygiene and manure management practices. Findings: The mean fly density was 1737 (95% CI 697-2778) houseflies in study villages compared to 100 (95% CI 2-197) houseflies in the control area. The mean all-cause morbidity was also significantly higher in study village families compared to control village families. Poultry farm hygiene and use of insecticides and growth regulators were inadequate. Interpretation: Poultry farms are associated strongly with high fly density and high infectious morbidity in this area. Monitoring and regulation for poultry manure management practices and insecticide use practices need to be strengthened. [ABSTRACT FROM AUTHOR]