Tart and tangy with an underlying sweetness, grapefruit has a juiciness which rivals that of the ever popular orange and sparkles with many of the same health promoting benefits.
And, now researchers are on track to develop a pill from a chemical compound in grapefruit, which they claim would help obese people shed the flab and diabetics control their blood sugar levels.
Researchers at University of Western Ontario have found that naringenin, the chemical compound that gives grapefruit its bitter taste, has revolutionary effect on the liver making it burn fat instead of storing it after a meal.
According to them, this means that without having to change diets or cut out particular foods, a dose of naringenin could prevent weight gain and even help to lose it as well as help those having diabetes to control blood sugar levels.
Lead researcher Murray Huff said: "The study shows naringenin, through its insulin-like properties, corrects many of the metabolic disturbances linked to insulin resistance and represents a promising approach for metabolic syndrome."
They have based their findings on an analysis of tests which were carried out on mice -- two groups of rodents were both fed the equivalent of a Western diet to speed up their "metabolic syndrome", the process leading to Type 2 diabetes.
And, now researchers are on track to develop a pill from a chemical compound in grapefruit, which they claim would help obese people shed the flab and diabetics control their blood sugar levels.
Researchers at University of Western Ontario have found that naringenin, the chemical compound that gives grapefruit its bitter taste, has revolutionary effect on the liver making it burn fat instead of storing it after a meal.
According to them, this means that without having to change diets or cut out particular foods, a dose of naringenin could prevent weight gain and even help to lose it as well as help those having diabetes to control blood sugar levels.
Lead researcher Murray Huff said: "The study shows naringenin, through its insulin-like properties, corrects many of the metabolic disturbances linked to insulin resistance and represents a promising approach for metabolic syndrome."
They have based their findings on an analysis of tests which were carried out on mice -- two groups of rodents were both fed the equivalent of a Western diet to speed up their "metabolic syndrome", the process leading to Type 2 diabetes.
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