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Why Bitter Melon is Popular for Weight Loss

While losing extra pounds needs patience and dedication, some simple and effective tricks can help you burn fat without much effort. Bitter melon (popularly known as Karela) is a widely used vegetable in daily food in several other countries in Asia.

Bitter melon (popularly known as Karela) is a widely used vegetable in daily food in several other countries in Asia. The fruit extract of bitter melon showed strong antioxidant and hypoglycemic activities. From bitter melon sabzi to bitter melon juice and stuffed karela to bitter melon curry, you can have bitter melon in any form you wish.

Reasons to love Bitter Melon

Obesity & Weight Loss :

It is known as a fat burner. Besides, karela is also very low in calories. Eating or drinking the juice of karela stimulates the liver to secrete bile acids that are essential for metabolising fat in the body. A 100g serving of bitter gourd contains just 17 calories, making it a great option for fitness enthusiasts. This makes it an excellent vegetable for those looking for weight loss.

Diabetes:

Karela can lower blood sugar, which is related to body weight issues. Bitter melon contains an insulin-like protein called Polypeptide P that mimics the action of insulin produced by the pancreas. A compound called vicine also has blood sugar-lowering effects. This is why diabetics are always told to eat bitter melon or have bitter melon juice.

It is also used for the treatment of various other pathological conditions such as

Consume a glass of bitter melon juice daily to see the effects.

How to make Karela Juice

Besides practicing a healthy diet and exercise regimen, drinking karela juice every day, preferably in the morning, can surely aid in weight loss.

Who Should Avoid or Be Careful with Karela Juice?

Extra caution is needed for:

Karela in pregnancy: Regular consumption of karela juice is generally not recommended during pregnancy due to potential uterine stimulation. Always consult a doctor.

For more:

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4306384/

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