Nutrition bar and preparation method thereof
A technology of nutritional bars and nutritional components, which is applied in baking, dough processing, baked food, etc., can solve the problems of single edible oil types and insufficient knowledge of olive oil intake, achieve huge market potential, make up for unbalanced intake and Unreasonable, beneficial effects on human health
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experiment example 1
[0037] Preparation of Experimental Example 1 Basic Nutrition Bar
[0038]Ingredients and raw materials: carbohydrates, derived from sucrose, starch and cellulose; protein, derived from casein and milk powder.
[0039] The above materials were made into different basic nutrition bar formulas according to the ingredients shown in Table 2, which were nutrition bar groups C, D and E respectively, and the converted carbohydrate: protein energy ratios were 20:5, 17:5 and 30:20; a blank control group A was prepared with physiological saline; and a normal control group B (common mouse feed) was established at the same time.
[0040] Table 2 Composition and proportion of each group
[0041] group
Cellulose g / / kcal
Casein g / / kcal
Normal saline g / / kcal
blank control A
-
-
-
+
-
-
-
-
Nutrition Bar C
0.60 / / *1.8
0.05 / / *0.1
0.12 / / *0.48
-
...
experiment example 2
[0044] Experimental Example 2 Mouse Weighing Experiment
[0045] 1. Inspection principle
[0046] It most directly reflects the growth of the animal and indirectly affects the endurance performance of the animal.
[0047] 2. Instruments and reagents
[0048] Electronic balances, rack balances, gavage devices.
[0049] 3. Experimental method
[0050] Adult mice weighing 18-22g, 50, pure-line mice are recommended, the purchased animals are first adapted to the environment for 3 days, randomly divided into 5 groups, 10 in each group, and weighed for the first time. Use the samples of the above-mentioned groups A to E with 20ml / kg BW for gavage (according to the prepared nutrition bar formula ingredients, dissolve the nutrition bar with warm water before gavage, double dilution: add 1ml water to 1g nutrition bar), every 24h Gavage once, weigh once every other week (weigh first and then feed each time), last for 3 weeks, record and observe the growth of mice.
[0051] 4. Dat...
experiment example 3
[0064] Experimental example 3 mouse weight-bearing swimming test
[0065] 1. Inspection principle
[0066] The improvement of exercise endurance is the most direct manifestation of the enhancement of anti-fatigue ability, and the length of swimming time can reflect the degree of exercise fatigue of animals.
[0067] 2. Instruments and equipment
[0068] Swimming box (laboratory sink), electronic balance, lead skin.
[0069] 3. Experimental method
[0070] The weight-bearing swimming test was carried out simultaneously with the mouse body weight test mentioned above.
[0071] In Experimental Example 2, 30 minutes after the last administration of the nutrition bar sample, 2 to 3 mice were randomly selected and placed in the water tank for swimming. The water depth is not less than 30cm, the water temperature is 22°C±0.5°C, and the root of the tail of the rat is loaded with about 6% of the body weight of lead skin. The time from the start of swimming to death of the mice w...
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