How to drink green tea every day is beneficial for the liver

Quang Minh (T/H) |

Green tea contains high levels of polyphenols, especially epigallocatechin gallate (EGCG) - a compound with antioxidant and anti-inflammatory properties beneficial to the liver.

Nutrition experts believe that for healthy adults, drinking about 2-3 cups of moderately brewed green tea per day is a reasonable level to supplement beneficial compounds without consuming too much caffeine.

A common mistake is drinking green tea on an empty stomach. Tea containing tannins and caffeine can cause irritation, stimulating stomach acid secretion in some people. In addition, tannins can also reduce iron absorption from food if drunk right during meals.

Experts recommend drinking green tea about 30-60 minutes after meals. This method both helps the body absorb nutrients from meals better and limits digestive irritation.

Many people have a habit of brewing green tea with a lot of sugar or syrup to make it easier to drink. However, too much added sugar can increase excess energy, contributing to overweight and increasing the risk of fatty liver.

According to liver disease experts, the benefits of green tea only best develop when used close to pure form, without or very little sugar.

Combining green tea with a diet rich in green vegetables, whole grains and lean protein brings higher liver protection efficiency than simply drinking tea.

In particular, what needs to be distinguished is that green tea brewed for daily drinking is completely different from oral tablets or green tea extract powder.

To protect the liver, it is still more important to maintain a reasonable weight, limit alcohol, control blood sugar and blood fat, exercise regularly, get enough sleep and get vaccinated against viral hepatitis when indicated.

In general, drinking 2-3 cups of moderately brewed green tea per day, after meals, without adding too much sugar and without abusing extracts is a way of use that many studies have evaluated as beneficial for liver health.

When combined with a balanced diet and scientific lifestyle, green tea can contribute to reducing oxidative stress, supporting fat metabolism and maintaining healthy liver function in the long term.

Quang Minh (T/H)
RELATED NEWS

Harmless habits that can increase visceral fat

|

Diet, exercise level, sleep and living environment can accumulate visceral fat.

Calcium-rich fruits to eat regularly

|

Figs, especially dried figs, are considered one of the calcium-rich fruits.

How to make green tea to help reduce uric acid

|

Green tea attracts attention because it contains many polyphenols and catechins that can affect the uric acid production process in the body.

Busy work at dawn before Hanoi wakes up

|

Hanoi - On Dinh Le and Dinh Tien Hoang streets, the work of issuing print newspapers has started from early morning.

Lao Cai clarifies obstacles, soon resumes unfinished rural road construction

|

Lao Cai - Before reflecting on the slow progress of rural roads, Van Ban Commune People's Committee will work with relevant parties to agree on a plan to continue construction.

Weather today July 22: Northern region hot sunny, showers in some places in the evening

|

Weather today July 22, the North and South will be sunny during the day, with hot sunshine in some places above 35 degrees Celsius, showers and thunderstorms in some places in the evening and at night.

Recovering more than 9ha of land in Dinh Cong ward to build 5 schools and open roads

|

Hanoi - The city is expected to recover more than 9ha of land in Dinh Cong ward in the period 2026-2030 to implement 9 projects.

Harmless habits that can increase visceral fat

Quang Minh |

Diet, exercise level, sleep and living environment can accumulate visceral fat.

Calcium-rich fruits to eat regularly

Quang Minh |

Figs, especially dried figs, are considered one of the calcium-rich fruits.

How to make green tea to help reduce uric acid

Quang Minh |

Green tea attracts attention because it contains many polyphenols and catechins that can affect the uric acid production process in the body.