People with cancer can benefit from EMS training
Regular physical activity can protect against cancer, promote healing, and prevent relapse. This is well known.
A research group at the Friedrich-Alexander University Erlangen-Nuremberg ( fau.de ) has found in a study that whole-body
What are myokines?
Myokines (derived from "mys" for muscle and "kinos" for movement) are important neurotransmitters produced and released by muscle cells during active muscle exercise. These myokines:
- stop inflammation
- regulate the immune system
- slow down the growth of diseased cells and
- can even destroy them.
Previous studies primarily examined patients in the early stages of cancer, as it was assumed that patients in advanced stages could not train intensively enough to stimulate myokine production. However,
Study by the Friedrich-Alexander University
The study examined 30 subjects, 12 of whom had colon cancer and 18 of whom had prostate cancer. All participants were given the same guidelines for a healthy, protein-rich diet. The research results were published in the journal " The Journal of Physiology ."
Fourteen subjects (six with colon cancer and eight with prostate cancer) performed
- Frequency: 85 Hertz
- Pulse depth: 350 microseconds
- Pause time: 4 seconds
- Pulse duration: 6 seconds
Before and after the training phase, blood samples from all patients were analyzed to evaluate the effect of
Results of the study
The results showed impressive effects of
- The blood serum of
EMS -trained prostate cancer patients inhibited cancer cell growth by 7 to 11.6%. - In colon cancer patients, inhibition was 9.1 to 13.2%.
- 28.1% of a prostate and 14.4% of a colon cancer cell line were destroyed by the “myokine-loaded” blood serum.
- Healthy cells, however, remained undamaged.
These results demonstrate that
Conclusion
To increase the level of tumor-hostile myokines in the blood serum , the study recommends stimulating the large skeletal muscle groups with
Discover the benefits of
The results of this study were published in the journal "The Journal of Physiology." You can find out more here: " The Journal of Physiology ."
This article is for informational purposes only and is not a substitute for medical advice. If in doubt, always consult your doctor before making any decisions or taking any action.