Cherries, in all its varieties, are rich in antioxidants and flavonoids. Antioxidants are nature's most celebrated soldiers against cancer. They fight free radicals that attack cells. Flavonoids, on the other hand, are compounds that, aside from its cancer-fighting abilities, also help relieve inflammation of bodily joints and tissues. Initially, flavonoids were connected mostly to plants and fruits' coloring, but more researches are emerging certifying the health boosting capacity of the said element.
The most important and efficient flavonoid to date that helps treat gout is called anthocyanins. Cherry now tops the choice of gout patients as they are rich in anthocyanins.
What are Anthocyanins?
Anthocyanins are a type of flavonoids naturally found in nature. They provide the pigmentation and color of leaves, flowers, and fruits. They are responsible for the cherry's rich red hue. They are a type flavonoid most common in brightly colored fruits. In the past, they were treated as color providers only. It was in recent researches where their powers as anti-inflammatory agents were being discovered.
As an anti-inflammatory agent, they help reduce many types of pain caused by tissue swelling and damage. Gout is not an exception to its inflammation pacifying capacities. Since gout is brought about by joint distension, any element that can fight the swelling will bring reprieve to the patient.
How do Anthocyanins Work?
A published paper in Michigan State University states that anthocyanins are at least 10 times more effective in cherries than in the most common non-steroidal anti-inflammatory drug, aspirin. Anthocyanins work by blocking the production of enzymes that stimulate tissue and joint inflammation. It acts much like a neutralizer that impedes tissue swelling when uric acid crystals start attacking the joints. By inhibiting these enzymes that promote inflammation, gout is effectively combated and the pain is greatly reduced. Prostaglandin, the element pinpointed as the source of joint pain, is said to be inhibited by anthocyanins.

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