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Asthma Risks from Parental Occupational Exposures Research Paper

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Introduction

A new approach is emerging concerning the potential impacts of preconceived ideas about occupational exposure on health and quality of life in offspring, in addition to the direct effects of work-related disclosures on respiratory health. This research aimed to establish whether diverse types of parental work-associated exposures affected the likelihood of developing asthma in kids (Pape et al., 2020). Additionally, the risk varied depending on when the exposure occurred, before or after conception, and the parent’s gender. The children’s ages in the sample spanned from zero to fifteen years.

Stated Hypothesis

Employees’ respiratory health can be negatively impacted by biological and chemical substances exposed on the job, and a large number of these compounds have been associated with the development of occupational asthma. The study’s premise was that preconception exposures in dads and pregnancy-related exposures in women influence the risk of their children developing asthma. An estimated fifteen percent of adult asthma incidences might be avoided if people took precautions in the workplace.

Variables Considered in the Research

In the research context, variables are any qualities that can assume a range of standards, such as age. Scientists frequently use experimental designs to investigate potential causes and effects that involve manipulating or measuring independent and dependent variables. Directed acyclic graphs (DAGs) included potential confounding factors such as grandparents’ academic level and caregivers’ characteristics like age, early/late asthmatic onset, developmental pace, and parents’ educational status (Pape et al., 2020). The DAGs did not account for smoking and offspring sex as confounders, but these factors were encompassed among co-variables in line with prior research.

The Research Methodology Used

Adult descendants above 18 years old from 10 locations undertook the Respiratory Health in Northern Europe, Spain, and Australia (RHINESSA) cohort research and supplied self-reported data. Each child in the RHINESSA exploration had a parent who had participated in the original 1989–1992 wave of the European Community Respiratory Health Study (ECRHS) (Pape et al., 2020). The initial goal of the ECRHS was to use a random sample drawn from the entire population aged 20–44. This sought to determine regional and national differences in the incidence of asthma attacks and allergies in youthful individuals across Europe and the rest of the globe. In the respiratory health generation study, researchers used data from 3985 children. Neither of their parents opted out of the European community health survey.

Data on the parents came from the parents, and information about the children was obtained from them. Facts were collected from surveys regarding parental employment before and following conception, and the results were then cross-referenced with a job-exposure matrix explicitly designed for people with asthma (Pape et al., 2020). The researchers constructed directed graphs to illustrate the direction and interactions among the co-variables they uncovered in the literature. A covariate was considered a confounder if it was a risk aspect for the disclosure and the outcome.

Conclusion

Using logistic regression models that considered family clustering and study center, the authors analyzed whether there was a correlation between parental work-linked exposure and children’s childhood asthma. Parental variables such as age, asthmatic onset, upbringing, and smoking status were also taken into account, as were the sex of the child and the education level of the grandparents (Pape et al., 2020). The researchers applied the PROC GEE module in SAS Institute Incorporated, Cary, North Carolina, United States (SAS) software. They examined the effect of child age on the onset of asthma using multinomial logistic regression models between ages 0-3 and 4-15. Attributable to limited statistical power, subset explorations were performed solely for allergens and compounds. The latest release of SAS (14.1) was used for all statistical testing.

Reference

Pape, K., Svanes, C., Sejbæk, C. S., Malinovschi, A., Benediktsdottir, B., Forsberg, B., Janson, C., Benke, G., Tjalvin, G., Sánchez-Ramos, J., Zock, J., Toren, K., Bra°back, L., Holm, M., Jogi, R., Bertelsen, R., Gislason, T., Sigsgaard, T., Liu, X., … Schlünssen, V. (2020). . International Journal of Epidemiology, 49(6), 1856-1869. Web.

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IvyPanda. (2024, November 2). Asthma Risks from Parental Occupational Exposures. https://ivypanda.com/essays/asthma-risks-from-parental-occupational-exposures/

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"Asthma Risks from Parental Occupational Exposures." IvyPanda, 2 Nov. 2024, ivypanda.com/essays/asthma-risks-from-parental-occupational-exposures/.

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IvyPanda. (2024) 'Asthma Risks from Parental Occupational Exposures'. 2 November.

References

IvyPanda. 2024. "Asthma Risks from Parental Occupational Exposures." November 2, 2024. https://ivypanda.com/essays/asthma-risks-from-parental-occupational-exposures/.

1. IvyPanda. "Asthma Risks from Parental Occupational Exposures." November 2, 2024. https://ivypanda.com/essays/asthma-risks-from-parental-occupational-exposures/.


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IvyPanda. "Asthma Risks from Parental Occupational Exposures." November 2, 2024. https://ivypanda.com/essays/asthma-risks-from-parental-occupational-exposures/.

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