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1.
Pediatr Clin North Am ; 70(2): 329-341, 2023 04.
Article in English | MEDLINE | ID: mdl-36841600

ABSTRACT

With more than 75% of parents and pediatric caregivers getting their health-related information online, reaching families on social media is a powerful way to leverage the trust built in the examination room to address vaccine hesitancy. This article first reviews the ways the antivaccine movement has leveraged social media to expand its considerable influence, and why social media companies have failed to reduce antivaccine misinformation and disinformation. Next, it reviews the barriers to adoption of social media-based communication by pediatric health-care providers and concludes with action-oriented items to increase the adoption of this powerful tool.


Subject(s)
Social Media , Humans , Child , Vaccination Hesitancy , Communication , Anti-Vaccination Movement , Health Personnel
3.
Vaccine ; 37(16): 2216-2223, 2019 04 10.
Article in English | MEDLINE | ID: mdl-30905530

ABSTRACT

BACKGROUND: Due in part to declining vaccination rates, in 2018 over 20 states reported at least one case of measles, and over 40,000 cases were confirmed in Europe. Anti-vaccine posts on social media may be facilitating anti-vaccination behaviour. This study aimed to systematically characterize (1) individuals known to publicly post anti-vaccination content on Facebook, (2) the information they convey, and (3) the spread of this content. METHODS: Our data set consisted of 197 individuals who posted anti-vaccination comments in response to a message promoting vaccination. We systematically analysed publicly-available content using quantitative coding, descriptive analysis, social network analysis, and an in-depth qualitative assessment. The final codebook consisted of 26 codes; Cohen's κ ranged 0.71-1.0 after double-coding. RESULTS: The majority (89%) of individuals identified as female. Among 136 individuals who divulged their location, 36 states and 8 other countries were represented. In a 2-mode network of individuals and topics, modularity analysis revealed 4 distinct sub-groups labelled as "trust," "alternatives," "safety," and "conspiracy." For example, a comment representative of "conspiracy" is that poliovirus does not exist and that pesticides caused clinical symptoms of polio. An example from the "alternatives" sub-group is that eating yogurt cures human papillomavirus. Deeper qualitative analysis of all 197 individuals' profiles found that these individuals also tended to post material against other health-related practices such as water fluoridation and circumcision. CONCLUSIONS: Social media outlets may facilitate anti-vaccination connections and organization by facilitating the diffusion of centuries old arguments and techniques. Arguments against vaccination are diverse but remain consistent within sub-groups of individuals. It would be valuable for health professionals to leverage social networks to deliver more effective, targeted messages to different constituencies.


Subject(s)
Autistic Disorder/epidemiology , Public Opinion , Social Media , Vaccination/adverse effects , Autistic Disorder/etiology , Evaluation Studies as Topic , Humans , Immunization Programs , Social Networking , Socioeconomic Factors , Vaccination/psychology , Vaccines/adverse effects
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