Household disinfectant consumption behaviors Pandermic Impact

NAME

[NAME]

INSTRUCTOR’S NAME AND TITE

COURSE CODE AND TITLE

14 July, 2024

Topic: Impact of the covid19 pandemic on household disinfectant consumption behaviors and related environmental concerns: A questionnaire-based survey in China

Background and introduction to selected topic: In the wake of the Covid19 pandemic in 2019, the World Health Organization (WHO) announced a range of preventive measures geared at minimizing the spread of the virus. Among these preventive measures was the use of disinfectants in public spaces, hospitals, community settings, and households (Guo et al. 1). Subsequently, the WHO identified phenol, peroxide, and ethanol-based disinfectants, iodine and chlorine-releasing compounds, and quaternary ammonium compounds as effective agents for inactivating the virus (Guo et al. 1). As a best practice, members of the public throughout the world adopted the large-scale use of disinfectants as surface cleaners and hand sanitizers, with some of the most-affected countries using drones and trucks to spray huge quantities in public places (Guo et al. 2). Unfortunately, there are concerns that the widespread use of disinfectants may have serious adverse effects on human health and ecosystems, including increasing the risk of antibiotic resistance among certain strains of bacteria and posing health hazards such as increased risk of asthma and accidental poisonings (Guo et al. 2).

Importance of the Study to Us and Science: The study seeks to understand the disinfectant consumption patterns among the Chinese public as well as their attitudes and perceptions towards the effects of disinfectants on the environment. The study provides crucial insights for policymakers on the environmental effects of disinfectants and possible ways of minimizing their negative effects. Science does not provide a strategy for minimizing pollution caused by disinfectants (Guo et al. 1). Given that disinfectants are very similar to pharmaceuticals, the study addresses this gap by exploring eco-pharmacovigilance (EPV) using drug administration protocols as a possible strategy for managing the environmental risks posed by disinfectants.

Methods Used: Data was collected from a sample of 3,667 Chinese participants using a questionnaire that was distributed through both offline and online platforms (Guo et al. 3). On the online platforms, the link to the survey was shared through social media, while offline, the questionnaire was distributed in six large communities across the cities of Wuhan, Chongqin, and Xi’an (Guo et al. 3). The questionnaire was a 32-item self-developed instrument that collected data on demographic characteristics, disinfectant preference and consumption behavior, and attitudes/perceptions towards disinfectant pollution and the EPV perspective (Guo et al. 3). The data was analyzed using frequency statistics showing the percentage of responses in the various categories. Independent sample t-tests and one way analysis of variance (ANOVA) were used to detect differences in disinfectant consumption patterns and attitudes/perceptions between groups.

Main Findings: On the frequency of disinfectant use during the Covid19 pandemic, 26 percent of respondents reported using the products daily in their homes, with 4.5 percent using them multiple times a day (Guo et al. 6). At the same time, over 99 percent of respondents used hand sanitizers, with 43.5 percent using them over five times a day, and 10.3 percent using them more times than they could remember. On preference, chlorine-based disinfectants were the most preferred for homebased disinfection (48.7 percent), while alcohol-based ones were the most preferred for hand sanitizers (65.9 percent of respondents). The results showed that preferences were mostly influenced by disinfection activity, and only 12 percent of respondents considered the environmental effect when making their choices. Between 45 and 66 percent of respondents were not sure whether disinfectants had an adverse effect on the environment, pointing to a general lack of understanding on disinfectant pollution. However, 45 to 53 percent of respondents reported that they were open to learning how to manage pollution resulting from disinfectant use. Group comparisons showed that the product choosers were mostly females, those with healthcare backgrounds and middle-aged adults. At the same time, people with higher education levels were more aware of the ecological and environmental risks posed by disinfectants and were likely to be more supportive to the management of the same.

CONCLUSION

The study found that generally, the Chinese public had limited knowledge on the environmental risks posed by disinfectants. However, approximately half of the population were willing to learn how to manage pollution resulting from disinfectant use. This implies that programs geared at educating the public on the effects of disinfectants on the environment would be a viable option for improving how the country manages the risks they pose. The findings show that largely, females, individuals with backgrounds in healthcare services, and middle-aged adults were more likely to make family decisions on the choice of disinfectants. At the same time, people with higher levels of education tended to be more knowledgeable about disinfectants, the risks they pose, and how to manage the same. Thus, policymakers could target these groups in their interventions to increase the likelihood of success. The future direction is to initiate a targeted public sensitization campaign to educate the public on the risks posed by disinfectants and the strategies that they could use as part of EPV to manage the same. Secondly, there is a need for research that will examine the effectiveness of EPV in managing the risks posed by disinfectants.