Are you a survivor of cancer? Do you know any such cancer patients going through the ordeal of the disease? You can follow a ketogenic diet or suggest one to a cancer patient as it is known to improve the conditions caused by cancerous cells. Here is a detailed overview on the same.
When you are thinking of introducing a particular diet in your daily routine to combat the cancerous cells, you must first know what is cancer and how does it really develops and affect you.
Most researchers believe that cancer is a metabolic disease and not genetic in nature. But it is also worth mentioning that the effects of a ketogenic diet on cancer have not yet been established yet and the effect of the diet solely depends on the kind of cancer the patient is suffering from.
What is the Ketogenic Diet?
A ketogenic diet consists of low carbohydrate and high fat content with enough protein, which is mainly used for treating the cancerous cells. The main benefit of this ketogenic diet is that it forces the body to burn the fats instead of the carbohydrates that is consumed with the food.
A Ketogenic Diet Starves the Cancerous Cells
Most cancer specialists believe that a proper ketogenic diet has the potential to manage the advancement of the cancerous cells in the body. It can help in stopping the cancer progression and also stop the metastases and also kill and destroy the cancer cells1. The main idea behind suggesting ketogenic diet in cancer patients is that this particular diet targets the free cell radicals that are responsible for the formation of cancerous cells. The ketogenic diet restricts the use of certain foods that are known to improve the growth of cancer cells. In the absence of such components, the cancer cells lose their power to multiply and slowly are starved to death.
Theories of Ketogenic diet on cancer
The most believed theory about the cancer cells is that they need ferment to survive. The cancerous cells require glutamine and glucose for the fermentation. And it is widely believed by the cancer researchers that unless there is glucose available, the cancerous cells wither and die. That is why the ketogenic diet stresses on exclusion of foods that contribute or break down into glucose once they enter the body.
A ketogenic Diet is non-toxic
The best benefit of switching to a ketogenic diet for the cancer patients is that unlike the other treatments of the disease, a ketogenic diet is completely non-toxic for the rest of the body. When there is a lower level of glucose in the blood stream, the normal cells of the body can switch to the burning of the stored fat in the body cells in order to make fuel for the body systems.
Can Ketogenic Diet Combat Cancer?
While the research is still on, it is shown that a ketogenic diet can indeed show several significant benefits in most of the cancer cases.
Sugar can be the Main Culprit Behind Cancer
Sugar can be one of the most crucial components that cause cancer in the first place. Controlling the glucose in the blood by enhancing the insulin levels along with a proper diet and exercise can help in combating cancer to a huge extent. Besides, one must also stay away from any kind of stress to prevent the attack of the cancerous cells. Most researchers believe that cancer is actually a metabolic mitochondrial disease and it can definitely be prevented by enhancing the growth of the healthy cells in the body. Sugar when controlled can dramatically reduce the growth rate of cancer in a patient. Ketogenic diet excludes the harmful sugar and hence it reduces your chances of getting cancer or chances of cancer recurrence in the existing cancer patients.
Decrease your Calorie Intake with a Ketogenic Diet to Prevent Cancer
There are increasing evidences that are coming up on researches which shows that consuming at least 15% less calories every day than what is required by the body can help in surviving cancer. Fasting can reduce the plasma glucose levels in the body and the glutamine levels, which boost the immunity of the body and helps in surviving the cancerous advancement of the body cells.