- Cancer Epidemiology
- Cancer Pathophysiology
- Causes of Cancer
- Cancer Diagnosis
- Staging and Classification
- Seven Warning Signs of Cancer
- Aerobic Exercise Training Effects on Cancer
- Historical Perspective
- A Review of the Literature on Cancer and Exercise
- Aerobic Exercise Training Guidelines
- Medical Screening
- Physical Examination
- Guidelines for Choosing an Exercise Test
- The Exercise Prescription
- Exercise Precautions and Contraindications
- Indications for the Termination of Testing or Training
- About the Authors
- The Importance of Men's Health
- Influence of Tai Chi on Functional Capacity in Breast Cancer
- The Effects of Aerobic Exercise on Endurance, Strength, Function and Self-Perception in Adolescents with Spastic Cerebral Palsy: A Report of Three Case Studies
- Breast Cancer Awareness: The Power of Prevention
- Physical Activity to Combat the Negative Effects of Inactivity in Cancer Patients
- For Mom
- 2009 All Abilities Team - Chicago Breast Cancer 3-Day
- Nutrition Spotlight: The Super Power of Antioxidants
- Nutrition Spotlight: Nutritional Recommendations during Breast Cancer Treatment
- Breast Cancer
- Tips for Persons with Cancer
- F.I.T.T.: Move More in May, Ladies!
- An Inclusive World without Breast Cancer!
- Focus on Secondary Condition Prevention: Non-Traditional Exercise as a Way of Preventing Secondary Conditions - Part I
- Emerging Evidence: A pilot study of the effect of aerobic exercise on people with moderate disability multiple sclerosis.
- Aerobic Exercise Intervention Improves Aerobic Capacity and Movement Initiation in Parkinson's Disease
Jacqueline Drouin and Lucinda Pfalzer, Ph.D.
Exercise is now being recognized as an important component of the fight against cancer. There is evidence that exercise can be of benefit in three ways to manage cancer and its symptoms. First, epidemiological evidence indicates that exercise, combined with healthy lifestyle practices, appears to prevent certain types of cancers. The cancers that are reported to occur less frequently in active people are cancers of the colon, breast, prostate, and possibly the lung, digestive system, thyroid, bladder and the hematopoietic system (Lichtenstein, et al. 2000; Sternfeld, et al., 1992; Frisch, et al., 1985). Second, aerobic exercise has been shown to provide benefits specifically to people undergoing treatment for cancer. These benefits include improved physical function and relief from fatigue, nausea, and depression (Pinto & Maruyama, 1999). Third, exercise enables people who survive cancer with a means to recover their physical functions and return to a healthy and active lifestyle (Augustine & Gerber, 2000, Friendenreich & Courneya, 1996).
Despite evidence that supports exercise as a means to manage cancer and its symptoms, people with cancer are routinely told to rest and limit their physical activity (Ream & Richardson, 1999). However, rest and diminished physical activity lead to further declines in function that worsen the symptoms of cancer, such as fatigue, nausea and depression (Ream & Richardson, 1999, Dimeo, et al., 1998, Segar, et al., 1998, MacVicar, et al., 1989, Winningham, et al., 1986). This worsening of symptoms leads to chronic disabilities that continue to plague cancer survivors in the recovery and remission phases of their disease. Chronic disabilities that continually affect cancer survivors include limited physical function, chronic fatigue, and depression (Dimeo, et al., 1998, Segar, et al., 1998).
The following discussion on cancer and exercise will present three topic areas. The first topic area will include an overview of cancer epidemiology and pathology, cancer causes, and methods of cancer diagnosis. The second topic area will present a review of the literature on experimental studies related to exercise and cancer. The final portion of this paper will describe guidelines for the development of safe and effective exercise protocols for people undergoing treatment for cancer, recovering from cancer, in remission from cancer, or living with cancer.