A community-based, cross-sectional study of gender egalitarianism: A promising scenario from an urban field practice area attached to a teaching institute from Central India.

Context: Gender-based discrimination is more predominant in India. In spite of various laws, gender inequality is an evil that plagues society even today. This is an important challenge for meeting our Sustainable Development Goals. Methods: This cross-sectional study was carried out in an urban field practice area. Study subjects were married women and their husbands in the age-group of 15-49 years along with their under-five children. Gender egalitarianism was assessed for factors like education, employment and media exposure. Factors which were studied for revealing gender egalitarianism among children included sex ratio, immunization status, nutritional status and health care expenditure. Completed family size and preference for the sex of the child were enquired about to assess the inclination towards male gender of the baby. Anthro software was used for statistical analysis. Results: Gender egalitarianism was found with regards to education. However, significant difference was noted in the employment status of men and women. Overall, sex ratio was in favor of girls. Though gender inequality was evident from the results, it was more in favor of girls. There was no evidence of gender bias for immunization of children. It was observed that more boys were stunted than girls and almost equal proportion of boys and girls were wasted. Conclusions: Factors like high literacy, control over income, access to financial resources made women more empowered and such empowered women were less likely to show son preference. Hence, there was no gender inequality among children in the present study.

Effect of indoor air pollution during cooking on peak expiratory flow rate and its association with exposure index in rural women.

Routine exposure to domestic cooking fuels is an important source of indoor air pollution causing deterioration of lung function. We conducted a community based cross-sectional study in 760 non-smoking rural women involved in household cooking with four types of cooking fuels i.e. Biomass, Kerosene stove, Liquid Petroleum Gas (LPG) and Mixed (combination of two and more cooking fuels). Peak Expiratory Flow Rate (PEFR) less than 80% of the predicted was considered as abnormal PEFR. The overall prevalence of abnormal PEFR was found to be 29.1% with greater predominance among biomass fuel users (43.3%) with high risk ratio (1.86) as compared to kerosene (0.63), LPG (0.75) and mixed (0.66) fuel users. However the pair wise comparison of different groups of cooking fuels by Marascuilo procedure reported significant differences within different groups except kerosene--mixed group. The study also demonstrated a negative correlation between observed PEFR and exposure indices in different cooking fuels (r = -0.51). Our results indicate that prolonged exposure to cooking fuels particularly biomass fuels as a source of cooking adversely affects PEFR in nonsmoking rural women.