Green Tea Could Make Your Workouts More Effective

We’ve written before at HuffPost UK about how good green tea can be for our brain and how its powerful antioxidants could even help to lower dementia risk.

As it turns out, it could prove an excellent way to boost your performance at the gym, as well as aiding in your recovery.

Research suggests that either the drink itself, or a green tea extract, could improve everything from your antioxidant balance during exercise to how well your muscles hold up afterwards.

A 2018 paper found that green tea extract could help to “reduce the marker of muscle damage after exercise”, though it didn’t make participants’ muscles less sore after a gruelling workout.

This “suggests the green tea extract supplementation has positive effects on muscle recovery after strenuous exercise”.

Meanwhile, 2021 research suggested that the antioxidants present in green tea (the kind you drink, not a supplement or extract) could help to diminish “oxidative stress” on our bodies while we’re pushing ourselves in the gym.

Oxidative stress is an imbalance of free radicals, which can harm cells, and antioxidants, which neutralise them. This imbalance can sometimes lead to cell damage and can happen during excessive or very heavy exercise.

This research found that “the consumption of green tea during and following exercise can lower oxidative stress,” though the authors added more research is needed. A separate study noted that most people will need to consume green tea regularly for at least a week to see “significant differences” here.

Lastly, green tea extract might help you to burn more fat and push yourself further during workouts, too.

At least, that’s according to a 2025 paper, which focused on the effects of ginger and green tea extracts on active men in different temperatures.

Only green tea extract seemed to consistently improve their cycling endurance and energy efficiency while working out – meaning it relied more on the burning of fat than carbohydrates to power the men’s workouts.