Filtered water
When the body is provided with enough water, the process of blood filtration and waste removal through urine takes place more smoothly, limiting the risk of kidney stones forming. Drinking enough water every day also helps dilute waste, reduce pressure on glomerulonephritis and support metabolism.
Warm lemonade
Lemon juice contains citric acid, a compound that has the ability to prevent calcium crystallization, thereby reducing the risk of kidney stones. In addition, vitamin C in lemon also helps boost resistance and support antioxidants. Drinking warm lemon water in the morning can help stimulate the digestive system and support the body's natural detoxification process.
Ginger tea
Ginger has anti-inflammatory properties and improves blood circulation, thereby supporting kidney function more effectively. Drinking warm ginger tea helps soothe mild inflammatory reactions in the body, while promoting metabolism. This is a suitable choice in cold weather days or when the body is tired.
Celery juice
Celery has a natural diuretic effect, helping to enhance detoxification through the urinary tract. Antioxidant compounds in celery also support reducing inflammation and protecting kidney cells from damage. Using celery juice in reasonable amounts can contribute to maintaining stable kidney function.
Coconut water
Coconut water is rich in potassium and electrolytes, which help balance fluids in the body and support the filtration process. This type of water also has the ability to reduce the risk of stone formation by promoting mineral sedimentation. However, it should be used in moderation to avoid excess potassium, especially for people with chronic kidney disease.
Herbal tea (atiso, corn silk)
Herbal teas such as artichokes or corn silk are often used to support liver and kidney function. They have a mild diuretic effect, helping to increase toxin excretion and reduce pressure on the excretory system. At the same time, antioxidants in herbs also contribute to protecting kidney cells from the effects of oxidative stress.
