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"I See a lot of Crazy Things and I Don't Know What to Believe": Lessons Learned about Health Literacy and Strategies for Communicating with Vaccine-Hesitant College Students.

Corinne N BerryKathleen WalkerNikole BakerClaudia Trevor-Wright
Published in: Healthcare (Basel, Switzerland) (2023)
Throughout the COVID-19 pandemic, the American College Health Association (ACHA) has partnered with CommunicateHealth (CH) to develop COVID-19 mitigation resources for colleges and universities. In 2021, the CH team conducted a series of applied research activities to gain a nuanced understanding of factors that shape perceptions of risk and drive vaccine hesitancy among campus audiences-especially college students who are emerging adults (approximately ages 18 to 22). Based on our findings, CH and ACHA identified key traits of vaccine-hesitant college students and implications for future vaccine communication campaigns. First, vaccine-hesitant students are more likely to ask "why" and "how" questions such as "Why do I need to get vaccinated?" and "How was the vaccine developed and tested?". Secondly, these students want to have open, authentic dialogue rather than simply accepting health recommendations from a trusted source. Finally, the CH team noted that vaccine-hesitant students were not highly motivated by their own personal risk of getting sick from COVID-19; concern about spreading COVID-19 to others was a much stronger motivating factor. Leveraging these insights, CH and ACHA developed strategies to apply health literacy principles to reach vaccine-hesitant college students with the right information at the right time-and to leverage relevant motivators and overcome barriers to vaccination. By implementing these strategies, CH and ACHA developed clear and empowering educational materials about COVID-19 vaccination tailored to the unique information needs of vaccine-hesitant students.
Keyphrases
  • coronavirus disease
  • sars cov
  • room temperature
  • health information
  • primary care
  • quality improvement
  • climate change
  • dna methylation
  • genome wide
  • current status