Friday, April 27, 2018

Eat More Berries:

 Anthocyanins suppress tumors, disrupt the expression of cancer genes.

 It’s no secret that berries pack a serious nutritional punch: They’re loaded with vital nutrients, antioxidants and fiber. Their sweet, tart flavors and vibrant colors are another major bonus — and it turns out the benefits of those beautiful pigments that give berries their signature deep hues are more than just skin deep. These natural pigments, known as “anthocyanins,” have potent anti-cancer effects. In fact, they are so effective that even mainstream science admits that berries could blaze the trail for better cancer treatment.
Could there one day be a world where cancer patients are treated with a berry concentrate instead of toxic chemotherapy? According to a research team from the University of Eastern Finland, that may just be the case.

How berries can help beat cancer

The findings from Finland indicate that the anthocyanins in berries increase the function of sirtuin 6 enzymes in cancer cells. And as sources explain, sirtuin enzymes are in charge of  “regulating the expression of genes that control the function of cells through key cellular signalling pathways.” Changes in sirtuin functionality can be triggered by aging, and these changes play a role in the development of diseases like cancer. Sirtuin 6, or SIRT6 for short, is also associated with glucose metabolism.
While all berries come with great health benefits, the researchers say some of the most profound effects were seen in lesser-known berries.
Minna Rahnasto-Rilla, the study’s lead author and a doctor of pharmacy, noted,”The most interesting results of our study relate to cyanidin, which is an anthocyanin found abundantly in wild bilberry, blackcurrant and lingonberry.”
Cyanidin was found to be particularly effective in colon cancer cells, stimulating an increase in SIRT6. More, this potent phytonutrient was found to decrease the activity of two cancer genes (Twist1 and GLUT1). But that’s not all: Cyanidin also increased the presence of a tumor suppressor gene known as FoXO3. (MORE)

Source: Natural News

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