Side effects of ginkgo What to do if you are poisoned by ginkgo

Ginkgo, also known as gingko nuts, is a special food with high nutritional value. It can also be used as medicine. It contains protein, sugar, and a variety of minerals, as well as some ginkgolic acid and ginkgol. It has many benefits for the human body, but ginkgo is also toxic. If you eat it regularly, it will cause side effects. So what are the side effects of ginkgo? What should you do if you are poisoned by eating ginkgo?

Side effects of ginkgo What to do if you are poisoned by ginkgo

1. Side effects of ginkgo

Ginkgo is a natural food ingredient with toxicity. In addition to essential nutrients for the human body, it also contains some hydrogen cyanide, which is highly toxic. Excessive absorption by the human body can cause death. It is mostly found in the germ of the ginkgo. In addition, ginkgo is more toxic when eaten raw, but its toxicity will be significantly reduced if it is fried before eating.

2. Symptoms of ginkgo poisoning

The biggest side effect of ginkgo is that it can cause poisoning in humans. The symptoms people show after eating ginkgo are also different. Nausea, vomiting, abdominal pain, diarrhea, fever, and cyanosis are all common adverse symptoms people experience after ginkgo poisoning. In addition, some people will experience serious adverse reactions such as convulsions, headaches, and coma after eating ginkgo. These reactions should be treated in time, otherwise they will be life-threatening.

3. What to do if you are poisoned by ginkgo

After ginkgo poisoning, detoxification should be carried out in time. The most common first aid methods are gastric lavage and catharsis. In addition, Chinese medicine can also be used for detoxification treatment. During treatment, you can take 100 grams of raw licorice and boil it in water before taking it, or you can take 50 grams of ginkgo shell and boil it in water. You can also use 30 grams of ginkgo bark and boil it in water. No matter which method is used, it can play a good detoxification role.