KNOCKING OUT BREAST CANCER IS ALL IN THE WORKOUT
Posted onEXERCISE DIRECTLY LINKED TO REDUCING THE CHANCES OF BREAST CANCER
Photo Credit: Al Quintero Photography
A recent released Canadian study has discovered a link between reducing the chance of Breast Cancer with exercise! The study published in the Journal of Applied Physiology by York University Professor Michael Connor found that different hormones produced in fat cells in obese individuals can lead to breast cancer cell growth, however with daily exercise the effects of these fat cells can be fought against and help to prevent cancer growth.
“Our study shows that voluntary and rigorous exercise can counteract, and even completely prevent the effects on cancer growth that are caused by obesity. We also show that even moderate exercise can lead to slowing of breast cancer growth and that the more exercise you do, the greater the benefit.” said Connor.
For many years’ doctors have been telling us to eat right and to exercise daily to maintain a healthy and active lifestyle, and this new study just drives that point home even more. The more we can do to save lives and prevent cancer all begins with ourselves, we have the power to prevent and help other battle this disease with hard work, determination, and a little sweat!
“Our research has found that the characteristics of hormones produced by fat cells in obese people can promote breast cancer growth, whereas in lean people it prevents growth,” – Connor
If you need any more motivation to get off the couch and hit the gym, then be sure to Read Full Press Release.
DEFEAT IS NOT AN OPTION!
The more we help others to exercise and get in shape the more we can fight back against breast cancer and obesity. This is a call to action for everyone, we at the Fight to End Cancer challenge you to go out for a run, a bike, or even head down to the gym and hit the heavy bag for a couple a rounds, your body will thank you in the long haul!
“Fat Cells May Play Key Role in Battle against Breast Cancer: York U Study.”EurekAlert! Journal of Applied Physiology, 13 July 2016. Web. 13 July 2016.
