| Literature DB >> 35629218 |
Lisa Goudman1,2,3,4,5, Ann De Smedt2,3,6, Maarten Moens1,2,3,4,7.
Abstract
A high number of online support groups have been created on social media platforms to reinforce personal empowerment and social support. The goal of this study was to perform natural language processing by constructing a bag-of-words model and conducting topic modelling based on posts extracted from a chronic pain community. The subreddit called 'r/sChronicPain' was used to investigate communication on social media platforms for chronic pain patients. After data cleaning and lemmatisation, a word cloud was constructed, and the most frequent words and most frequent body regions were counted. Latent Dirichlet allocation was used to perform topic modelling. In the final analysis set, 937 unique posts were included. The most frequent word was 'pain', followed by 'doctor', 'day', 'feel', 'back', 'year', and 'time'. Concerning the body regions, 'back' was most often mentioned, followed by 'neck' and 'leg'. Based on coherence scores, one topic was extracted with 'pain' as the keyword with the highest weight. In line with the allocation of chronic low-back pain as a major health problem and increasing prevalence, back pain was most often mentioned. It seems that the primarily treatment trajectories that are proposed by medical physicians are discussed on social media, compared to interventions by other healthcare providers.Entities:
Keywords: chronic pain; natural language processing; patient opinion; qualitative analysis; social media communities
Year: 2022 PMID: 35629218 PMCID: PMC9146886 DOI: 10.3390/jpm12050797
Source DB: PubMed Journal: J Pers Med ISSN: 2075-4426
Figure 1Histogram presenting the frequency of word counts per post (left). Word count was subdivided over the year in which a post was written to evaluate the trend in word count over years (right).
Figure 2Word cloud of posts on the subreddit called r/ChronicPain.
Figure 3Bar plot presenting the frequency with which body regions were mentioned in posts.
Figure 4Keywords with corresponding weights that contribute to the selected topic, based on topic modelling with latent Dirichlet allocation.