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Assessment and Evaluation of the High Risk Neonate: The NICU Network Neurobehavioral Scale
Published on: August 25, 2014
An experimental trial to establish risk communication as a tool to decrease the risk by exposure to multiple
Emiko Todaka1,2, Kenichi Sakurai3, Chisato Mori2,4
1Center for Environment, Health and Field Sciences.
Early education on environmental contaminants is crucial. Risk communication targeted at younger individuals, like high school students, significantly improves knowledge, attitudes, and behaviors regarding environmental health risks.
Area of Science:
- Environmental Health
- Public Health Education
- Risk Communication
Background:
- Fetuses are increasingly exposed to environmental contaminants.
- Rising rates of childhood allergies and congenital anomalies suggest potential environmental links.
- Preventive strategies like early education are vital if adverse health effects stem from environmental factors.
Purpose of the Study:
- To assess the impact of educational lectures on students' understanding of environmental health.
- To evaluate changes in knowledge, attitude, and behavior concerning environmental contaminants.
- To determine the optimal age for implementing risk communication strategies.
Main Methods:
- Delivered lectures to high school and university students.
- Conducted pre- and post-lecture questionnaire surveys.
- Analyzed changes in knowledge, attitude, and behavior among 47 high school and 605 university students.
Main Results:
- Lectures significantly improved knowledge, attitude, and behavior across all participants.
- High school students showed greater improvements compared to university students.
- Younger age groups demonstrated a stronger positive response to risk communication.
Conclusions:
- Risk communication is more effective when initiated at a younger age.
- Targeted education can enhance awareness and proactive health behaviors.
- Early intervention is key to mitigating future health risks from environmental exposures.
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