Chemoprevention of lung cancer
- Robert L Keith, MD
Robert L Keith, MD
- Professor of Medicine and Cancer Biology
- Associate Chief of Staff
- Research, Division of Pulmonary Sciences and Critical Care Medicine
- Denver Veterans Affairs Medical Center
- University of Colorado Cancer Center
- University of Colorado School of Medicine
- York E Miller, MD
York E Miller, MD
- Thomas L Petty Chair of Lung Research
- Division of Pulmonary Sciences and Critical Care Medicine
- Co-Leader, Lung, Head and Neck Cancer Program
- University of Colorado Cancer Center
- Staff Physician
- Denver Veterans Affairs Medical Center
- University of Colorado School of Medicine
Lung cancer is the leading cause of cancer deaths worldwide, with an estimated 1.8 million new cases and 1.3 million deaths in 2012 . Tobacco smoking is responsible for most cases of lung cancer (approximately 90 percent for men and 70 to 85 percent for women).
Never smoking or smoking cessation for smokers is the only proven means to decrease the risk of developing lung cancer. Former smokers continue to have an elevated risk of developing lung cancer for at least 30 years after stopping smoking, making these individuals an important target group for further efforts at mortality reduction [2,3]. (See "Overview of smoking cessation management in adults" and "Screening for lung cancer".)
Chemoprevention is the use of dietary or pharmacologic agents to prevent or slow the progression of cancer . Currently, however, there is no convincing evidence that any approach (other than smoking cessation) can decrease the risk of lung cancer.
Multiple agents have been studied to decrease the incidence of lung cancer, particularly in those at high risk for the development of this disease. The rationale for various approaches to chemoprevention (beyond never smoking and smoking cessation), observational data and its implications for epidemiologic studies, and results of chemoprevention trials that have been conducted are discussed in this topic.
Patient population — For chemoprevention to be feasible, a high-risk population must be identified and an effective chemopreventive agent with minimal side effects must be available. Current or former smokers with an annual risk of up to 2 percent are identifiable using a combination of clinically available risk factors including smoking history, age, gender, airflow obstruction or emphysema, environmental/occupational exposure, and family history of lung cancer [5,6].
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