Is There Any Ayurvedic Treatment For Jaundice, Yes, Ayurveda offers effective treatments for jaundice. According to Ayurveda, jaundice occurs due to an imbalance of Pitta dosha in the body. The primary goal of Ayurvedic treatment is to restore balance and proper functioning of liver cells. Ayurvedic treatment for jaundice aims at stimulating the function of liver and boost the bile flow in the bole duct.
To treat jaundice using Ayurveda, one must first follow a strict diet that includes foods that are easy to digest such as boiled rice, lentils (dal), and green leafy vegetables. One should avoid oily or spicy foods, alcohol and non-vegetarian dishes.
One popular remedy involves the use of herbs such as Kutki, Bhumi amla, Giloy, Triphala and Punarnava etc which are known for their detoxifying properties that help cleanse the liver and reduce inflammation. They also help regulate bile production in the body thereby reducing inflammation of the liver tissues.
Fortified with a blend of potent ayurvedic herbs, Liv Well Syrup is an excellent natural and effective solution for managing jaundice and lowering bilirubin levels. It also supports liver function and promotes healthy bile production. This syrup acts as a liver detoxifier and helps cleanse out harmful toxins in your body naturally.
Some of the key ingredients in Liv Well Syrup include Kutki, Haritaki, Bhui Amla, Kalmegh, and Giloy. These herbs are known for their antioxidant properties and have been used traditionally in Ayurvedic medicine to treat liver disorders.
Kutki helps stimulate liver enzymes that aid in digestion while also promoting the production of bile. Bhui Amla helps protect the liver from damage caused by free radicals while Kalmegh has anti-inflammatory properties that help reduce inflammation in the liver.
Giloy has immunomodulatory effects which help boost immunity and fight off infections which can cause or exacerbate jaundice symptoms.
Overall, Liv Well Syrup is a safe and effective way to manage jaundice naturally without any harmful side effects.