Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling Study

BackgroundThe COVID-19 outbreak was designated a global pandemic on March 11, 2020. The relationship between vaping and contracting COVID-19 is unclear, and information on the internet is conflicting. There is some scientific evidence that vaping cannabidiol (CBD), an active...

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Main Authors: Janmohamed, Kamila, Soale, Abdul-Nasah, Forastiere, Laura, Tang, Weiming, Sha, Yongjie, Demant, Jakob, Airoldi, Edoardo, Kumar, Navin
Format: Article
Language:English
Published: JMIR Publications 2020-10-01
Series:Journal of Medical Internet Research
Online Access:http://www.jmir.org/2020/10/e21743/
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spelling doaj-4535c82c69bf49e19d35ccce7600ca6e2021-04-02T19:21:31ZengJMIR PublicationsJournal of Medical Internet Research1438-88712020-10-012210e2174310.2196/21743Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling StudyJanmohamed, KamilaSoale, Abdul-NasahForastiere, LauraTang, WeimingSha, YongjieDemant, JakobAiroldi, EdoardoKumar, Navin BackgroundThe COVID-19 outbreak was designated a global pandemic on March 11, 2020. The relationship between vaping and contracting COVID-19 is unclear, and information on the internet is conflicting. There is some scientific evidence that vaping cannabidiol (CBD), an active ingredient in cannabis that is obtained from the hemp plant, or other substances is associated with more severe manifestations of COVID-19. However, there is also inaccurate information that vaping can aid COVID-19 treatment, as well as expert opinion that CBD, possibly administered through vaping, can mitigate COVID-19 symptoms. Thus, it is necessary to study the spread of inaccurate information to better understand how to promote scientific knowledge and curb inaccurate information, which is critical to the health of vapers. Inaccurate information about vaping and COVID-19 may affect COVID-19 treatment outcomes. ObjectiveUsing structural topic modeling, we aimed to map temporal trends in the web-based vaping narrative (a large data set comprising web-based vaping chatter from several sources) to indicate how the narrative changed from before to during the COVID-19 pandemic. MethodsWe obtained data using a textual query that scanned a data pool of approximately 200,000 different domains (4,027,172 documents and 361,100,284 words) such as public internet forums, blogs, and social media, from August 1, 2019, to April 21, 2020. We then used structural topic modeling to understand changes in word prevalence and semantic structures within topics around vaping before and after December 31, 2019, when COVID-19 was reported to the World Health Organization. ResultsBroadly, the web-based vaping narrative can be organized into the following groups or archetypes: harms from vaping; Vaping Regulation; Vaping as Harm Reduction or Treatment; and Vaping Lifestyle. Three archetypes were observed prior to the emergence of COVID-19; however, four archetypes were identified post–COVID-19 (Vaping as Harm Reduction or Treatment was the additional archetype). A topic related to CBD product preference emerged after COVID-19 was first reported, which may be related to the use of CBD by vapers as a COVID-19 treatment. ConclusionsOur main finding is the emergence of a vape-administered CBD treatment narrative around COVID-19 when comparing the web-based vaping narratives before and during the COVID-19 pandemic. These results are key to understanding how vapers respond to inaccurate information about COVID-19, optimizing treatment of vapers who contract COVID-19, and possibly minimizing instances of inaccurate information. The findings have implications for the management of COVID-19 among vapers and the monitoring of web-based content pertinent to tobacco to develop targeted interventions to manage COVID-19 among vapers.http://www.jmir.org/2020/10/e21743/
collection DOAJ
language English
format Article
sources DOAJ
author Janmohamed, Kamila
Soale, Abdul-Nasah
Forastiere, Laura
Tang, Weiming
Sha, Yongjie
Demant, Jakob
Airoldi, Edoardo
Kumar, Navin
spellingShingle Janmohamed, Kamila
Soale, Abdul-Nasah
Forastiere, Laura
Tang, Weiming
Sha, Yongjie
Demant, Jakob
Airoldi, Edoardo
Kumar, Navin
Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling Study
Journal of Medical Internet Research
author_facet Janmohamed, Kamila
Soale, Abdul-Nasah
Forastiere, Laura
Tang, Weiming
Sha, Yongjie
Demant, Jakob
Airoldi, Edoardo
Kumar, Navin
author_sort Janmohamed, Kamila
title Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling Study
title_short Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling Study
title_full Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling Study
title_fullStr Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling Study
title_full_unstemmed Intersection of the Web-Based Vaping Narrative With COVID-19: Topic Modeling Study
title_sort intersection of the web-based vaping narrative with covid-19: topic modeling study
publisher JMIR Publications
series Journal of Medical Internet Research
issn 1438-8871
publishDate 2020-10-01
description BackgroundThe COVID-19 outbreak was designated a global pandemic on March 11, 2020. The relationship between vaping and contracting COVID-19 is unclear, and information on the internet is conflicting. There is some scientific evidence that vaping cannabidiol (CBD), an active ingredient in cannabis that is obtained from the hemp plant, or other substances is associated with more severe manifestations of COVID-19. However, there is also inaccurate information that vaping can aid COVID-19 treatment, as well as expert opinion that CBD, possibly administered through vaping, can mitigate COVID-19 symptoms. Thus, it is necessary to study the spread of inaccurate information to better understand how to promote scientific knowledge and curb inaccurate information, which is critical to the health of vapers. Inaccurate information about vaping and COVID-19 may affect COVID-19 treatment outcomes. ObjectiveUsing structural topic modeling, we aimed to map temporal trends in the web-based vaping narrative (a large data set comprising web-based vaping chatter from several sources) to indicate how the narrative changed from before to during the COVID-19 pandemic. MethodsWe obtained data using a textual query that scanned a data pool of approximately 200,000 different domains (4,027,172 documents and 361,100,284 words) such as public internet forums, blogs, and social media, from August 1, 2019, to April 21, 2020. We then used structural topic modeling to understand changes in word prevalence and semantic structures within topics around vaping before and after December 31, 2019, when COVID-19 was reported to the World Health Organization. ResultsBroadly, the web-based vaping narrative can be organized into the following groups or archetypes: harms from vaping; Vaping Regulation; Vaping as Harm Reduction or Treatment; and Vaping Lifestyle. Three archetypes were observed prior to the emergence of COVID-19; however, four archetypes were identified post–COVID-19 (Vaping as Harm Reduction or Treatment was the additional archetype). A topic related to CBD product preference emerged after COVID-19 was first reported, which may be related to the use of CBD by vapers as a COVID-19 treatment. ConclusionsOur main finding is the emergence of a vape-administered CBD treatment narrative around COVID-19 when comparing the web-based vaping narratives before and during the COVID-19 pandemic. These results are key to understanding how vapers respond to inaccurate information about COVID-19, optimizing treatment of vapers who contract COVID-19, and possibly minimizing instances of inaccurate information. The findings have implications for the management of COVID-19 among vapers and the monitoring of web-based content pertinent to tobacco to develop targeted interventions to manage COVID-19 among vapers.
url http://www.jmir.org/2020/10/e21743/
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