Red meat and the risk of cancer

Most red meats have a high fat content, and processed meats like hot dogs can be particularly fatty. Extensive research has unequivocally demonstrated that consuming red meat significantly contributes to the risk of breast cancer. Additionally, red meat is linked to an increased likelihood of developing colon and rectum cancer, and there is evidence suggesting its association with other cancers such as prostate and pancreatic cancer. Beef, pork, and lamb are examples of red meat.

A meta-analysis of 29 studies investigating meat consumption and colon cancer concluded that a high intake of red meat raises the risk by 28%, while a high intake of processed meat raises the risk by 20%.

Red and processed meat contain haem iron, which gives meat its red color. When haem is broken down in the digestive system, it forms N-nitroso compounds that can harm the cells lining the bowel, potentially leading to cancer.

According to a study conducted by Harvard University and published in the Archives of Internal Medicine in November 2006, women who consumed more than 1½ servings of red meat per day were nearly twice as likely to develop hormone-related breast cancer compared to those who ate fewer than three portions per week.

In another study from Japan, it was reported that women who consumed red meat daily had over twice the risk of developing breast cancer compared to women who only consumed red meat occasionally.

A hypothesis has been proposed, suggesting a connection between red meat consumption and the development of carcinogenesis. This hypothesis highlights the highly bioavailable iron content in red meat, the growth-promoting hormones used in animal production, and the specific fatty acid composition as potential factors.

Furthermore, it has been suggested that heterocyclic amines formed during the cooking process of meats may act as potential carcinogens, although the precise role they play as cancer initiators is still under investigation.
Red meat and the risk of cancer

Selenium Supplementation May Reduce Cancer Risk

Many of these cancers are caused by human own bad behaviors - tobacco and alcohol use, lack of exercise, and poor diet - which has led researchers to investigate the ability of nutritional supplements to reduce cancer risk.

Selenium as essential dietary trace element and a normal component of mammalian physiology has been use as an antioxidant and also in cancer prevention. It is recognized as cancer protective agent and is increasingly employed as an adjuvant in cancer therapy.

It has long been known that addition of sodium selenite to their diet can reduce the incidence of azo dye-induced tumors in rats. Several studies have also demonstrated that’s selenium can inhibit tumorigenesis in experimental animals.

Immune system enhancement by selenium is a more satisfactory explanation for the carcinostatic properties of selenium.

Selenium is essential for optimal immune function, and stimulations of the immune system can be brought about by selenium supplementation.

Research has revealed an immerse association between selenium and several cancers, including prostate, bladder, lung, colorectal, esophagus and gastric cancers.

Selenium Supplementation May Reduce Cancer Risk