Does graviola have side effects?

Does graviola have side effects?

Possible side effects and risks Graviola may cause nerve damage and movement problems, especially with long-term use. It may also cause serious neuropathy that leads to Parkinson-like symptoms, such as tremors or stiff muscles. If someone has Parkinson’s disease, graviola may make their symptoms worse.

What is graviola soursop good for?

People in Africa and South America use the bark, leaves, root, and fruits of the graviola tree. They treat infections with viruses or parasites, rheumatism, arthritis, depression, and sickness. We know from research that some graviola extracts can help to treat these conditions.

What are the health benefits of taking graviola?

Graviola (Annona muricata) is a small tree native to tropical regions. It makes edible fruit and has been used traditionally for parasite infections. Graviola contains chemicals that might help fight against cancer, as well as bacteria, viruses, and parasites.

Can soursop make you sick?

While soursop can offer significant health benefits, it does have some potential drawbacks. Studies have shown that the fruit and tea made from the leaves may cause symptoms similar to Parkinson’s disease. Studies also indicate that it may interact with high blood pressure medication or medications for diabetes.

Is soursop good for nerves?

Extract from soursop leaves can prevent the symptoms of fibromyalgia, study suggests. Summary: The consumption of extract of Annona muricata L. leaves in pharmaceutical form and in the correct dosage can reduce the chronic pain, anxiety and depression that accompany this disease.

How often should you drink soursop?

Most soursop tea drinkers find that their ideal serving of soursop tea lies between one and three cups a day, depending on their size and habits. If you are consuming soursop in other manners, not just in tea, you’ll likely want to lower your serving to one or one half-cup per day.

Is graviola safe to take?

Graviola is UNSAFE. It can kill nerve cells in the brain and other parts of the body. It may cause movement disorders similar to Parkinson’s disease.

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