A Randomized Controlled Trial of a Smoking Cessation Smartphone Application - Management Assignment Help

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A randomized controlled trial of a smoking cessation smartphone application with a carbon monoxide checker 

Katstinori masak1d. Mold TatenoE3°. AkIhiro %minuet°. Tomoyasu Muto Br, Shin Suzuki`, Kohza Satakeirs, Etruke Hida' and Koichi Fukunaga 
Evidence of the longterm efficacyof digital therapies for smoking cessation that include a smartphone application lapel is limited. this multi-center randomized controlled tn.', we tested the efficacy of a novel digital therapy for smoking cessation. the KtmeApp Smoking Cessation (CAS()' system, including a (AS( smartrone app, a web-based patient management PC software for primary physicians. and a mobile exhaled carbon monoxide KO) checker. A total of 584 participants with nicotine dependence were recruited from October 2017 to January 2018. and allocated 1:1 to the CASC intervention group Cl the control group. Both groups received a standard smoking cessation treatment with pharmacotherapy and counseling for 12 weeks. Meanwhile. the intervention group used the CAS( system and the control group used a control app without a mobile CO checker, each for 24 weeks. The primary outcome was the biochemcally validated continuous abstinence rate KARI from weeks 9 to 24. The main secondary outcome was an extended CAR from weeks 9 to 52. Except for 11 participants who did not download or use the Naps. 285 participants were assigned to the intervention gimp. and 287, to the control. CAR from weeks 9 to 24 in the intervention group was significantly higher than that in the control group 163916 vs. 50.546; odds ratio (OR. 1.73; 9S% confidence interval (0j. 124 to 2.42: P - 0.0011. The CAR (tom weeks 9 to 52 was also higher in the intervention group than that in the control group 152.3% vs. 413%; OR 1.55; 95% CI. 1.11 to 2.16; P = 0.010). No specific adverse events caused by the CAS( system were reported. Augmenting standard face-to-face counseling and pharmacotherapy with a novel smanphone app. the CASC system significantly improved !cagier's, CARS compared to standard treatment and a minimally supportive control app. npj Digital Medicine 12010/3:35; httpsdfdoiorgi10.10311441746020-02433 

INTRODUCTION

Smoking is the leading cause of preventable death worldwide including Japan'''. Approximately 20% of Japanese adults are current smokers (male: 29.4% female: 7.2% 2017 date. and smoking reportedly accounted for 129,000 deaths in 20374 and 118)300 in 2014'. Therefore, reducing smoking prevalence is essential for preventing premature death. Since 2006. patients with nicotine dependence can receive smoking cessation treatment covered by the Japanese national insurance system*. The program consists of five visits during a 12. week peood, in which health care professionals provide counsel. Ing and phaimacotherapy, such as a nicotine patch or varenicline. However, the continuous abstinence rate KARI from weeks 9 to 12 is still as low as SO to 60%' 1.1n addition. longterm CMs have also bee, insatisfactory: CARS horn weeks 9 to 24 were mound 40% at most, and from weeks 9 to 52, around 3016 or lest''. A better treatment tool is needed to improve smoking cessation outcomes mid maintain abstinence. Digital therapies including a smartphone application (app), are promising tools for improving smoking cessation success. Several observational troches and pilot studies of apps for smoking  and Wilson conducted studies to investigate the usability and feasibility of moritcring the concentration of exhaled CO by using mobile phonesu'a°. However, neither of the studies provided evidence that these strategies were more effective for longitenin abstinence than standard smoking cessation support'''. Thus, it would be a meaningful theme to test the additional effects of apps with a personal CO checker when utilized in conjunction with the standard treatment, including pharmacotherapy and face-to-face behavioral support. To address this gap we have developed a novel digital therapy: the tureApp Smoking Cessation- ((AS() system ids N. It consists of a (AS( smanphone app for patients with nicotine dependence, a web-based patient management PC software for primary physicians. and a mobile exhaled CO checker. In a previous pilot study, we demonstrated that a prototype of the CAS( smartphone app used together with a standard smoking cessation program yielded a higher CAR from weeks 9 to 24 compared with data from a Japanese national suvern. In this study we tested whether the addition of the CASC system to a standard smoking cessation program improved long-term CAR% in patients with nicotine dependence. 
 

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