Does Ginger Help You Stay Warm?

Ginger tea is an effective way to stay warm and take advantage of its many health benefits. Learn how it can help you stay warm and enjoy its other benefits.

Does Ginger Help You Stay Warm?

Ginger is renowned for its digestive benefits and its ability to stimulate thermogenesis. It is also diaphoretic, meaning it can help the body warm up from the inside out. Drinking ginger tea is a great way to take advantage of its many health benefits. Coconut oil is not a low-fat food (one tablespoon contains 117 calories and 13.6 grams of fat), but its “medium-chain fatty acids” are known for a variety of health benefits, such as increased immunity, faster healing, and weight loss.

Adding thermogenic properties to the benefits of coconut oil creates a powerful salad dressing. The prolonged hyperthermic response observed in the afternoon test may be due to the additional stimulating effect of ginger on diet-induced thermogenesis. It is believed that ginger extract contained in a drink can increase the temperature in peripheral extremities at a lower dose than in bread or a capsule, due to the absence of interference from other components, such as proteins or capsule material. This evidence suggests that ginger extract has a hyperthermic response, regardless of the temperature of the beverage.

If you want more heat, try a cup of ginger tea or enjoy a handful of crystallized ginger, a natural sweet treat with an extra kick. The temperature of the palm of the hand was higher 20, 40 and 60 minutes after consuming the ginger drink compared to the placebo drink. A questionnaire was conducted to assess the hyperthermic effects of a drink containing ginger extract (free description) (n =). Commercially available ginger drinks, such as ginger beer, contain low levels of gingerols (data not shown).

However, the temperature of the palm after ingesting ginger continued to rise up to 20 minutes (up to +4.6°C versus 0 min), while the temperature of the palm after the ingestion of placebo decreased after 10 minutes (+2.3°C versus 0 min). The temperature of the palm of the hand after treatment with ginger was maintained for up to 40 minutes, while in the placebo group it decreased (+1.9°C versus 0 min). On the first day, group 1 drank the ginger drink in the morning, followed by the placebo drink in the afternoon, while group 2 took the placebo in the morning followed by the ginger drink in the afternoon. The temperature of the palm of the hand increased immediately up to 10 minutes after ingestion in both groups (+3.2°C after ginger and +2.9°C after placebo versus 0 minutes).

However, the ginger drink increased palm temperature more than the placebo drink in both morning and afternoon trials. After 60 minutes, the temperature of the palm of the hand in those who had taken ginger had dropped to +3.4°C instead of 0 minutes, while in those who had taken placebo it had decreased to +1.3°C. In those who drank ginger tea, their palm temperature remained unchanged after 60 minutes compared to 10 minutes. Six healthy women with sensitivity to cold drank either placebo or ginger drinks (677 μg of gingerols, including 6-gingerol and 6-shogaol) either in the morning (a) or afternoon (b).

A tasty drink containing ginger extract has a hyperthermic effect on peripheral extremities in women who suffer from mild sensitivity to cold, even with a low dose of gingerols.

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