Exercise After Cancer Treatment.
Exercise and cancer — the evidence is compelling
The role of exercise in cancer care has undergone a transformation in the evidence base over the last decade. What was once cautiously avoided during cancer treatment — on the assumption that rest was restorative and exercise was depleting — is now recognised as one of the most effective interventions available for managing treatment side effects, improving quality of life, reducing cancer-related fatigue and, in growing evidence, reducing the risk of cancer recurrence.
Exercise is now considered a standard component of cancer care by Cancer Australia, the Clinical Oncology Society of Australia and major international cancer organisations — not an optional add-on but an integral part of the treatment continuum. For people living with and beyond cancer in Brisbane's southside, Articulate Physiotherapy provides individually designed, evidence-based exercise programs through our Accredited Exercise Physiologist Ash O'Regan.
What does exercise do for people with cancer?
The evidence for exercise in cancer care spans multiple cancer types and multiple stages of the treatment journey. The most consistently demonstrated benefits include:
Reducing cancer-related fatigue — the persistent, overwhelming fatigue that is among the most debilitating side effects of cancer and its treatment — responds to structured exercise better than any other intervention available. This is counterintuitive but consistently demonstrated across multiple cancer types and treatment modalities. The mechanism involves normalising the dysregulated inflammatory and neuroendocrine pathways that cancer treatment disrupts, rather than simply building fitness.
Improving physical function and strength — cancer treatments including chemotherapy, radiation therapy, hormonal therapy and surgery all affect physical function in different ways. Chemotherapy-induced peripheral neuropathy reduces balance and coordination. Hormonal therapies for breast and prostate cancer accelerate muscle loss and bone density reduction. Surgical procedures affect specific muscle groups depending on the site. Exercise prescription addresses each of these specifically.
Reducing treatment side effects — cardiovascular toxicity from certain chemotherapy agents (particularly anthracyclines), peripheral neuropathy, lymphoedema, cognitive changes (chemotherapy-related cognitive impairment, sometimes called "chemo brain"), hormonal effects and musculoskeletal changes are all areas where structured exercise has evidence for meaningful benefit.
Improving psychological wellbeing — anxiety, depression and fear of recurrence are extremely common in cancer patients and survivors, and exercise has consistent evidence for meaningful improvements in each. The mechanism involves both the neurobiological effects of exercise on mood and the psychological benefit of active self-management during and after treatment.
Reducing recurrence risk — the evidence that exercise reduces the risk of cancer recurrence is strongest for breast cancer, bowel cancer and prostate cancer, with growing evidence across other cancer types. The mechanisms are multiple — including effects on insulin and IGF-1 signalling, inflammatory pathways, immune function and body composition.
Who can benefit?
Exercise physiology for cancer is appropriate at multiple points in the treatment journey:
During active treatment — exercise during chemotherapy, radiation therapy and hormonal therapy is safe for most patients and produces meaningful reductions in fatigue, nausea and treatment-related side effects. The program is carefully calibrated to the treatment phase, the specific agents being used and the patient's current functional capacity and blood counts.
After primary treatment — the post-treatment period is one of the highest-need phases for exercise support. The acute treatment effects are resolving, but the cumulative physical deconditioning, muscle loss, bone density changes and persistent fatigue of active treatment require systematic rehabilitation. Many patients feel they should be "back to normal" after treatment ends, when in reality the physical recovery process is just beginning.
Living with advanced or metastatic cancer — exercise is safe and beneficial for people with advanced cancer, including those with bone metastases (with appropriate modification and medical clearance), and is one of the most effective interventions for maintaining quality of life and functional independence in this setting.
Long-term survivorship — the cardiovascular, musculoskeletal and metabolic consequences of cancer treatment can persist for years or decades after treatment ends. Exercise physiology addresses these systematically, reducing the long-term health burden of cancer treatment and supporting active, healthy survivorship.
What does the exercise program involve?
Every exercise physiology program at Articulate begins with a thorough assessment — including a detailed cancer and treatment history, current medications and treatment status, cardiovascular and musculoskeletal assessment, fatigue and functional capacity assessment, and discussion of the patient's goals and preferences. The program is designed specifically for the individual's cancer type, treatment history, current physical capacity and goals — not a generic cancer exercise protocol.
Exercise programs typically combine aerobic exercise — progressively building cardiovascular capacity and reducing fatigue — with resistance training — preserving and rebuilding muscle mass and bone density — and flexibility and balance work where relevant. The specific exercises, intensity, duration and frequency are all individualised and progress with the patient's capacity over time.
For patients with specific physical complications — lymphoedema, peripheral neuropathy, osteoporosis from hormonal therapy, specific surgical effects — the program is modified accordingly, and collaboration with the oncology team, physiotherapist and other treating practitioners ensures a coordinated approach.
Funding pathways
Exercise physiology for cancer patients may be accessible through several funded pathways. A GP Chronic Condition Management Plan (GPCCMP) provides up to five Medicare-subsidised sessions per calendar year at a rebate of $61.80 per session — cancer and its treatment-related effects are eligible conditions for a GPCCMP referral. NDIS may fund exercise physiology for participants where cancer-related disability affects their functional capacity. Private health insurance may cover exercise physiology sessions depending on your fund and level of cover. DVA funding is available for eligible Gold and White card holders.
Our Accredited Exercise Physiologist Ash O'Regan holds a Bachelor of Clinical Exercise Physiology from QUT and is a member of Exercise and Sports Science Australia (ESSA). She works collaboratively with your oncologist, GP and other treating practitioners to ensure your exercise program is coordinated with your cancer treatment plan.
Where cancer treatment has produced musculoskeletal effects requiring physiotherapy alongside exercise physiology — such as post-surgical rehabilitation, peripheral neuropathy management or lymphoedema-related movement issues — our physiotherapy team works in parallel with Ash to provide comprehensive care.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
The role of exercise in cancer care has undergone a transformation in the evidence base over the last decade. What was once cautiously avoided during cancer treatment — on the assumption that rest was restorative and exercise was depleting — is now recognised as one of the most effective interventions available for managing treatment side effects, improving quality of life, reducing cancer-related fatigue and, in growing evidence, reducing the risk of cancer recurrence.
Exercise is now considered a standard component of cancer care by Cancer Australia, the Clinical Oncology Society of Australia and major international cancer organisations — not an optional add-on but an integral part of the treatment continuum. For people living with and beyond cancer in Brisbane's southside, Articulate Physiotherapy provides individually designed, evidence-based exercise programs through our Accredited Exercise Physiologist Ash O'Regan.
What does exercise do for people with cancer?
The evidence for exercise in cancer care spans multiple cancer types and multiple stages of the treatment journey. The most consistently demonstrated benefits include:
Reducing cancer-related fatigue — the persistent, overwhelming fatigue that is among the most debilitating side effects of cancer and its treatment — responds to structured exercise better than any other intervention available. This is counterintuitive but consistently demonstrated across multiple cancer types and treatment modalities. The mechanism involves normalising the dysregulated inflammatory and neuroendocrine pathways that cancer treatment disrupts, rather than simply building fitness.
Improving physical function and strength — cancer treatments including chemotherapy, radiation therapy, hormonal therapy and surgery all affect physical function in different ways. Chemotherapy-induced peripheral neuropathy reduces balance and coordination. Hormonal therapies for breast and prostate cancer accelerate muscle loss and bone density reduction. Surgical procedures affect specific muscle groups depending on the site. Exercise prescription addresses each of these specifically.
Reducing treatment side effects — cardiovascular toxicity from certain chemotherapy agents (particularly anthracyclines), peripheral neuropathy, lymphoedema, cognitive changes (chemotherapy-related cognitive impairment, sometimes called "chemo brain"), hormonal effects and musculoskeletal changes are all areas where structured exercise has evidence for meaningful benefit.
Improving psychological wellbeing — anxiety, depression and fear of recurrence are extremely common in cancer patients and survivors, and exercise has consistent evidence for meaningful improvements in each. The mechanism involves both the neurobiological effects of exercise on mood and the psychological benefit of active self-management during and after treatment.
Reducing recurrence risk — the evidence that exercise reduces the risk of cancer recurrence is strongest for breast cancer, bowel cancer and prostate cancer, with growing evidence across other cancer types. The mechanisms are multiple — including effects on insulin and IGF-1 signalling, inflammatory pathways, immune function and body composition.
Who can benefit?
Exercise physiology for cancer is appropriate at multiple points in the treatment journey:
During active treatment — exercise during chemotherapy, radiation therapy and hormonal therapy is safe for most patients and produces meaningful reductions in fatigue, nausea and treatment-related side effects. The program is carefully calibrated to the treatment phase, the specific agents being used and the patient's current functional capacity and blood counts.
After primary treatment — the post-treatment period is one of the highest-need phases for exercise support. The acute treatment effects are resolving, but the cumulative physical deconditioning, muscle loss, bone density changes and persistent fatigue of active treatment require systematic rehabilitation. Many patients feel they should be "back to normal" after treatment ends, when in reality the physical recovery process is just beginning.
Living with advanced or metastatic cancer — exercise is safe and beneficial for people with advanced cancer, including those with bone metastases (with appropriate modification and medical clearance), and is one of the most effective interventions for maintaining quality of life and functional independence in this setting.
Long-term survivorship — the cardiovascular, musculoskeletal and metabolic consequences of cancer treatment can persist for years or decades after treatment ends. Exercise physiology addresses these systematically, reducing the long-term health burden of cancer treatment and supporting active, healthy survivorship.
What does the exercise program involve?
Every exercise physiology program at Articulate begins with a thorough assessment — including a detailed cancer and treatment history, current medications and treatment status, cardiovascular and musculoskeletal assessment, fatigue and functional capacity assessment, and discussion of the patient's goals and preferences. The program is designed specifically for the individual's cancer type, treatment history, current physical capacity and goals — not a generic cancer exercise protocol.
Exercise programs typically combine aerobic exercise — progressively building cardiovascular capacity and reducing fatigue — with resistance training — preserving and rebuilding muscle mass and bone density — and flexibility and balance work where relevant. The specific exercises, intensity, duration and frequency are all individualised and progress with the patient's capacity over time.
For patients with specific physical complications — lymphoedema, peripheral neuropathy, osteoporosis from hormonal therapy, specific surgical effects — the program is modified accordingly, and collaboration with the oncology team, physiotherapist and other treating practitioners ensures a coordinated approach.
Funding pathways
Exercise physiology for cancer patients may be accessible through several funded pathways. A GP Chronic Condition Management Plan (GPCCMP) provides up to five Medicare-subsidised sessions per calendar year at a rebate of $61.80 per session — cancer and its treatment-related effects are eligible conditions for a GPCCMP referral. NDIS may fund exercise physiology for participants where cancer-related disability affects their functional capacity. Private health insurance may cover exercise physiology sessions depending on your fund and level of cover. DVA funding is available for eligible Gold and White card holders.
Our Accredited Exercise Physiologist Ash O'Regan holds a Bachelor of Clinical Exercise Physiology from QUT and is a member of Exercise and Sports Science Australia (ESSA). She works collaboratively with your oncologist, GP and other treating practitioners to ensure your exercise program is coordinated with your cancer treatment plan.
Where cancer treatment has produced musculoskeletal effects requiring physiotherapy alongside exercise physiology — such as post-surgical rehabilitation, peripheral neuropathy management or lymphoedema-related movement issues — our physiotherapy team works in parallel with Ash to provide comprehensive care.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
Who to book in with:
If you are unsure about which appointment type is right for you, please don't hesitate to get in touch with our friendly reception staff by calling 07 3706 3407 or emailing [email protected].