A kind of low-gl grain source nutritional special dietary product and processing method thereof
A processing method and food technology, applied to food ingredients containing natural extracts, baked food, fried food, etc., can solve problems such as energy balance disorder, insulin resistance, slowing down of starch digestion and degradation rate, etc., and achieve simple process and high nutrition Value, the effect of broad market prospects
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Embodiment 1
[0030] Take 5g of camellia tea leaves and pulverize and add mass percent concentration 1% acetic acid solution according to weight ratio 1:3, place 30 ℃ of water-bath leaching treatments and collect supernatant after 60min (determined, the content of 3-deoxyanthocyanidin is 3.2mg / 100g); the wheat was mechanically milled and pulverized to 120 mesh, then 90 parts by mass of wheat flour, 10 parts of soybean protein isolate, and 1% of the camellia tea extract in the total amount of wheat flour and protein were added and mixed uniformly. 55 parts of water were added and stirred to prepare wheat dough, and the nutritious special dietary product was prepared with reference to the manufacturing process of noodle food.
[0031] After measurement, the prepared noodles have GI=51 and GL=8.9, and the slow-digestible starch content is 54%. Therefore, it belongs to the low-GL grain-derived nutritional special dietary product.
Embodiment 2
[0033] Take the sorghum seedlings of 10g and pulverize and add mass percent concentration 1% acetic acid solution according to weight ratio 1:10, place 30 ℃ of water-bath leaching processes and collect supernatant after 15min (determined, the content of 3-deoxyanthocyanidin is 5.0mg / 100g); the rice is mechanically milled and pulverized to 100 meshes, and then mixed by mass ratio of 70 parts of rice flour, 30 parts of ovalbumin, adding 3% of the sorghum seedling extract in the total amount of grain flour and protein. Evenly, 45 parts of water are added and stirred to prepare rice dough, and a nutritious special dietary product is prepared with reference to the bakery food production process.
[0034] After measurement, the prepared noodles have GI=48 and GL=9.4, and the slow-digestible starch content is 65%. Therefore, it belongs to the low-GL grain-derived nutritional special dietary product.
Embodiment 3
[0036] Weigh 10g of sugarcane stalks and pulverize and add 3% acetic acid solution by mass percentage according to the weight ratio of 1:8, place the supernatant after 100min of leaching in a 40°C water bath and collect the supernatant (determined, the content of 3-deoxyanthocyanidin is 3.1mg / 100g); the corn is mechanically milled and pulverized to 110 mesh, and then mixed by mass ratio of 90 parts of corn flour, 10 parts of glutenin, adding 2% of the sugarcane stalk extract in the total amount of corn flour and protein Evenly, 38 parts of water are added and stirred to make corn dough, and the nutritious special dietary product is obtained with reference to the steamed bread food production process.
[0037] After measurement, the prepared noodles have GI=52 and GL=9.0, and the slow-digestible starch content is 52%. Therefore, it belongs to the low-GL grain-derived nutritional special dietary product.
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