Affiliation:
1. Kongju National University
Abstract
Abstract
Background: Environmental toxins are particularly harmful to pregnant women and their fetuses due to the long-term effects of these toxins on children after birth. Environmental health behaviors can prevent and protect mothers and their babies’ environmental health.
Methods/Design: This study presents a protocol to examine the effect of a mobile application named “DECO-MOM” (DEep Ecology-MOM) for pregnant women. This application contains content related to environmental perceptions and behaviors according to the revised protection motivation theory. The mobile intervention will be implemented for 4 weeks for 40 pregnant women with a gestational age in the first trimester. As the control group, 40 pregnant women will be recruited at public healthcare centers in Chuncheon and Gongju cities in South Korea. The hypothesis is that the experimental group will have higher scores for environmental perceptions and behaviors than the control group. An online survey administered before and after the intervention will contain outcome parameters including depression, stress, quality of life, e-learning satisfaction, environmental perceptions, and environmental behaviors.
Discussion: This study will elaborate a guide for an intervention to enhance the effects of the mobile application on strengthening environmental health perceptions, behaviors, e-learning satisfaction, and quality of life and curtailing depression and stress among pregnant women.
Trial registration: Trial registration Number: KCT0007725
Publisher
Research Square Platform LLC
Reference37 articles.
1. National Environmental Health Association (NEHA)., Definitions of environmental health. (Online), September 11, 2021 retrieved. Denver. Retrieved form https://www.neha.org/about-neha/definitions-environmental-health.
2. The concept of exposure in environmental health for nursing;Thompson MR;J Adv Nurs,2017
3. Ambient air pollution and adverse birth outcomes: a systematic review and meta-analysis;Guo LQ;J Zhejiang Univ Sci,2019
4. Female Reproductive Disorders, Diseases, and Costs of Exposure to Endocrine Disrupting Chemicals in the European Union;Hunt PA;J Clin Endocrinol Metab,2016
5. Grossman DS, Slusky DJG. The effect of an increase in lead in the water system on fertility and birth outcomes: The case of Flint, Michigan. (Online), May 3, 2022 retrieved. University of Kansas, Department of Economics. 2017. Retrieved form https://www2.ku.edu/~kuwpaper/2017Papers/201703.pdf