The World Cancer Research Fund have published an interactive infographic summarising risk factors for certain cancers.
The full report summarises the wealth of evidence on how diet, nutrition and physical activity can influence the biological processes that underpin the development and progression of cancer.
The report contains the following 10 exposure sections, covering definitions and background information, issues relating to interpretation of the evidence, the evidence itself ( and judgements on the evidence.
Around 500 cases of cancer in women every week in the UK could be prevented by keeping a healthy weight and increasing exercise | British Journal of Cancer | story via Cancer Research UK
The latest figures, calculated from 2015 cancer data, found that whilst smoking remains the biggest preventable cause of cancer, everyday changes to live a little more healthily can have a large impact.
By keeping a healthy weight, drinking less alcohol, eating more fibre, cutting down on processed meat and being more active, more than 26,000 cancer cases in women could be avoided each year.
This equates to 15% of all cancers diagnosed in women each year in the UK. More than 24,000 cases of cancer in men could also be avoided with the same approach.
Programmes to encourage physical activity for people with cancer at home or in local communities have a positive impact on physical function | NIHR Signal
The changes were generally small to moderate, for example those receiving rehabilitation could walk on average 28 metres further in six minutes. The studies mostly included older people with breast cancer, in whom these small improvements may be important.
Cancer survivors experience changes to their physical function resulting from cancer and its treatments. Restoring function can help people maintain independence.
This review looked at a range of interventions. Those delivered in people’s homes or nearby community settings may be more convenient for people with reduced physical function, and might enable more people to attend. Further research would help to confirm these findings in the UK and to explore implementation issues.
Cancer and cancer treatment coincide with substantial negative physical, psychological and psychosocial problems | BMC Cancer
Background: Physical activity (PA) can positively affect the negative effects of cancer and cancer treatment and thereby increase quality of life in CPS. Nevertheless, only a minority of CPS meet PA guidelines. We developed the OncoActive (OncoActief in Dutch) intervention: a computer-tailored PA program to stimulate PA in prostate and colorectal CPS, because to our knowledge there are only a few PA interventions for these specific cancer types in the Netherlands
Discussion: Using the Intervention Mapping protocol resulted in a systematically adapted, theory and evidence-based intervention providing tailored PA advice to prostate and colorectal CPS. If the intervention turns out to be effective in increasing PA, as evaluated in a RCT, possibilities for nationwide implementation and extension to other cancer types will be explored.
Objective: Meta-analyses show that exercise interventions during cancer treatment reduce cancer-related fatigue. However, little is known about the cost-effectiveness of such interventions. Here we aim to assess the cost-effectiveness of the 18-week physical activity during cancer treatment (PACT) intervention for patients with breast and colon cancer. The PACT trial showed beneficial effects for fatigue and physical fitness.
Results: For colon cancer, the cost-effectiveness analysis showed beneficial effects of the exercise intervention with incremental costs savings of €4321 and QALY improvements of 0.03. 100% of bootstrap simulations indicated that the intervention is dominant (ie, cheaper and more effective). For breast cancer, the results did not indicate that the exercise intervention was cost-effective. Incremental costs were €2912, and the incremental effect was 0.01 QALY. At a Dutch threshold value of €20 000 per QALY, the probability that the intervention is cost-effective was 2%.
Conclusions: Our results suggest that the 18-week exercise programme was cost-effective for colon cancer, but not for breast cancer.
Mustian, K.M. et al. JAMA Oncology | Published online: 2 March 2017
Question: Which of the 4 most commonly recommended treatments for cancer-related-fatigue—exercise, psychological, the combination of exercise and psychological, and pharmaceutical—is the most effective?
Findings: This meta-analysis of 113 unique studies (11 525 unique participants) found that exercise and psychological interventions and the combination of both reduce cancer-related fatigue during and after cancer treatment. Reduction was not due to time, attention, or education. In contrast, pharmaceutical interventions do not improve cancer-related fatigue to the same magnitude.
Meaning: Clinicians should prescribe exercise and/or psychological interventions as first-line treatments for cancer-related fatigue.
Walking for just 30 minutes three times per week could improve the quality of life for those with advanced cancer, a new study has found | ScienceDaily
Researchers from the University of Surrey collaborated with those form the Florence Nightingale Faculty of Nursing & Midwifery at King’s College London to explore the impact of walking on the quality of life and symptom severity in patients with advanced cancer.
Despite growing evidence of significant health benefits of exercise to cancer patients, physical activity commonly declines considerably during treatment and remains low afterwards. Initiatives in place to promote physical activity for those suffering with cancer are normally supervised and require travel to specialist facilities, placing an additional burden on patients.