Mind Your Breath: The Added Value of Carbon Monoxide Feedback and the Community Reinforcement Approach Provided as Part of a Tailored, Inpatient Smoking Cessation Program for Patients with Substance Use Disorder
Keywords
Loading...
Authors
Issue Date
2021-06-29
Language
en
Document type
Journal Title
Journal ISSN
Volume Title
Publisher
Title
ISSN
Volume
Issue
Startpage
Endpage
DOI
Abstract
Despite the broad development and practice of smoking cessation programs (SCPs), relapse rates
among smokers with substance use disorder (SUD) are prevailing (> 85%). Smokers with comorbid
SUD smoke more heavily, have more failed cessation attempts for smoking and other substances, are
more likely to die from smoking-related illnesses than smokers without comorbid SUD and are also
more likely to experience a SUD relapse. Two potential enhancements to regular SCPs involve the
Community Reinforcement Approach (CRA) and carbon monoxide (CO) biofeedback. The current
study first evaluated a recently developed SCP offered by IrisZorg, a Dutch Institution in addiction care.
The SCP includes pharmacotherapy, individual coaching, and CRA training. Second, the added value of
CO-feedback to the SCP was investigated and thereupon participants were randomly assigned to the
experimental (CO) or control (non-CO) condition. Measurements were completed at baseline, during
two-week- and three-month follow-up. Lastly, experienced barriers and facilitators with regard to the
SCP and the CO-feedback were explored using focus groups. Participants involved 37 tobacco smoking
adults who were willing to quit or smoke less and received inpatient care. Results indicated mixed
findings (significant decreases in cigarette use and motivation) depending on outlier-handling
strategy. Throughout analyses, no differences were found across CO-conditions or nicotine
dependence and craving. Qualitative exploration led to the identification of multiple barriers and
facilitators and several suggestions for improvement of the SCP.
Keywords: smoking cessation treatment, comorbid substance use disorder, carbon
monoxide feedback, mixed-methods approach
Description
Citation
Faculty
Faculteit der Sociale Wetenschappen
