cvictorg
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An insulin index of foods:the insulin demand generated by 1000-kJ portions of common foods
An insulin index of foods: the insulin demand generated by 1000-kJ portions of common foods
some protein and fat-rich foods (eggs, beef, fish, lentils, cheese, cake, and doughnuts) induced as much insulin secretion as did some carbohydrate-rich foods (eg, beef was equal to brown rice and fish was equal to grain bread). As hypothesized, several foods with similar GSs had disparate ISs (eg, ice cream and yogurt, brown rice and baked beans, cake and apples, and doughnuts and brown pasta). Overall, the fiber content did not predict the magnitude of the insulin response. Similar ISs were observed for white and brown pasta, white and brown rice, and white and whole-meal bread. All of these foods are relatively refined compared with their traditional counterparts. Collectively, the findings imply that typical Western diets are likely to be significantly more insulinogenic than more traditional diets based on less refined foods.
A standard portion size of 1000 kJ was chosen because this resulted in realistic serving sizes for most of the foods except apples, oranges, fish, and potatoes. Although some of the protein-rich foods may normally be eaten in smaller quantities, fish, beef, cheese, and eggs still had larger insulin responses per gram than did many of the foods consisting predominantly of carbohydrate. As observed in previous studies, consumption of protein or fat with carbohydrate increases insulin secretion compared with the insulinogenic effect of these nutrients alone.
So - should we separate the protein consumption from the carbohydrates - i.e., a protein meal followed by a carbohydrate meal.
An insulin index of foods: the insulin demand generated by 1000-kJ portions of common foods
some protein and fat-rich foods (eggs, beef, fish, lentils, cheese, cake, and doughnuts) induced as much insulin secretion as did some carbohydrate-rich foods (eg, beef was equal to brown rice and fish was equal to grain bread). As hypothesized, several foods with similar GSs had disparate ISs (eg, ice cream and yogurt, brown rice and baked beans, cake and apples, and doughnuts and brown pasta). Overall, the fiber content did not predict the magnitude of the insulin response. Similar ISs were observed for white and brown pasta, white and brown rice, and white and whole-meal bread. All of these foods are relatively refined compared with their traditional counterparts. Collectively, the findings imply that typical Western diets are likely to be significantly more insulinogenic than more traditional diets based on less refined foods.
A standard portion size of 1000 kJ was chosen because this resulted in realistic serving sizes for most of the foods except apples, oranges, fish, and potatoes. Although some of the protein-rich foods may normally be eaten in smaller quantities, fish, beef, cheese, and eggs still had larger insulin responses per gram than did many of the foods consisting predominantly of carbohydrate. As observed in previous studies, consumption of protein or fat with carbohydrate increases insulin secretion compared with the insulinogenic effect of these nutrients alone.
So - should we separate the protein consumption from the carbohydrates - i.e., a protein meal followed by a carbohydrate meal.
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