Females may have higher coronavirus mortality risk in India than males: Study
14 Jun 2020 09:39:15
NEW DELHI :
WHILE studies have shown that men are more prone to dying from COVID-19 than women globally, an analysis of case fatalities in India suggests that females may have a higher relative-risk of COVID-19 mortality in the country. Scientists, including Abhishek Kumar from the Institute of Economic Growth in New Delhi, used crowdsourced data to provide early estimates for age-sex specific COVID-19 case fatality rate (CFR) for India.
The study, published in the Journal of Global Health Science, presented an age and sex specific view of mortality from the disease using the measure of CFR, which is the ratio of confirmed deaths in total confirmed cases. In the research, the scientists evaluated adjusted-CFR to capture the potential mortality among the currently active infections. As per the study, the CFR among males is 2.9 per cent, while that for females it is 3.3 per cent in India. The researchers said as of May 20, 2020, males shared a higher burden (66 per cent) of COVID-19 infections than females (34 per cent) but the infection is more or less evenly distributed in under-five as well as elderly age groups.
Males are at a greater disadvantage than females, they said. “While males have a higher overall burden (66 per cent) of COVID-19 infections than females, the infection is evenly distributed in the under-five age group and, to some extent, even among the elderly age groups (particularly 70+ years),” the scientists wrote in the study.
The World Health Organisation (WHO) world standard population structure standardised CFR for India is 3.34 per cent while the adjusted-CFR is estimated to be 4.8 per cent, the study noted. According to the scientists, elderly males and females both display high mortality risk and require special care when infected. Citing the limitations of the study, the researchers said the analysis is based on crowdsourced data with “considerable gaps in reporting of age-sex specific information of all the COVID-19 infections and deaths.”