Abstract

Smoking by cancer patients and survivors causes adverse cancer treatment outcomes, but little information is available about how smoking can affect cancer treatment costs. We developed a model to estimate attributable cancer treatment failure because of continued smoking after a cancer diagnosis (afs). Canadian health system data were used to determine the additional treatment cost for afs for the most common cancers in Canada. Of 206,000 patients diagnosed with cancer annually, an estimated 4789 experienced afs. The annual incremental cost associated with treating patients experiencing afs was estimated at between $198 million and $295 million (2017 Canadian dollars), reflecting an added incremental cost of $4,810-$7,162 per patient who continued to smoke. Analyses according to disease site demonstrated higher incremental costs where the smoking prevalence and the cost of individual second-line cancer treatment were highest. Of breast, prostate, colorectal, and lung cancers, lung cancer was associated with the highest incremental cost for treatment after afs. The costs associated with afs in Canada after a cancer diagnosis are considerable. Populations in which the smoking prevalence and treatment costs are high are expected to benefit the most from efforts aimed at increasing smoking cessation capacity for patients newly diagnosed with cancer.

Highlights

  • Smoking by cancer patients and survivors decreases the effectiveness of cancer treatment[1,2], and smoking cessation after a cancer diagnosis can improve cancer treatment outcomes[3,4,5,6,7,8,9]

  • Populations in which the smoking prevalence and treatment costs are high are expected to benefit the most from efforts aimed at increasing smoking cessation capacity for patients newly diagnosed with cancer

  • Smoking cessation is critical for reducing the incidence of cancer, and cessation is advocated as a critical component of clinical care for cancer patients[9,11], but little information has been uncovered about which cancer disease sites and conditions provide the highest value from mitigating the incremental costs attributable to smoking

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Summary

Introduction

Smoking by cancer patients and survivors decreases the effectiveness of cancer treatment[1,2], and smoking cessation after a cancer diagnosis can improve cancer treatment outcomes[3,4,5,6,7,8,9]. Smoking cessation is critical for reducing the incidence of cancer, and cessation is advocated as a critical component of clinical care for cancer patients[9,11], but little information has been uncovered about which cancer disease sites and conditions provide the highest value from mitigating the incremental costs attributable to smoking. Given the high costs associated with continuing care and second-line therapies for patients with cancer[12,13], evaluating the effect of smoking on health outcomes within discrete cancer diagnoses could help to strengthen the economic justification for smoking cessation programs. Smoking by cancer patients and survivors causes adverse cancer treatment outcomes, but little information is available about how smoking can affect cancer treatment costs

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