Trace element and nutrient source premix and its preparation method
A technology of trace elements and nutrient sources, applied in the direction of animal feed, animal feed, application, etc., can solve the problems of affecting the digestion, absorption and utilization of nutrients, and affect the effect, etc., and achieve the benefits of microorganism utilization, waste reduction, and low modification temperature. Effect
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Embodiment 1
[0041] A kind of microelement nutrient source premixed material, comprises microelement nutrient source core material, also comprises the composite shielding agent of 23% of total mass of trace element nutrient source core material:
[0042] (1) The composition of the core material formula of the trace element nutrient source is as follows by weight percentage:
[0043] Anhydrous ferrous sulfate 43.73%
[0044] Anhydrous zinc sulfate 41.23%
[0045] Anhydrous copper sulfate 4.37%
[0046] Anhydrous manganese sulfate 10.48%
[0047] Anhydrous calcium iodate 0.07%
[0048] Sodium Selenite Pentahydrate 0.11%.
[0049] (2) The composition of the compound shielding agent formula is as follows by weight percentage:
[0050] Potato Starch 96.7%
[0051] Ethylcellulose 1.5%
[0052] Absolute ethanol 1%
[0053] Magnesium Stearate 0.8%.
[0054] ⑶ product raw material processing preparation:
[0055] Shielding core material preparation: According to the preparation quantity r...
example 1
[0070] Get 6 100 ml capacity beakers, wash them, dry them and divide them into two groups, each group has 3 beakers, and take 20 ml of hydrochloric acid solution filled with pH 4.0 in each beaker. The three cups of one group respectively measure the unshielded microelement nutrient source premix prepared according to the above-mentioned three (1) formula, and the measured amount is calculated as 150 mg based on copper, and is marked as the control group. The three cups in the other group measured the microelement nutrient source premix completely prepared by the patented technology respectively, and the measured amount was also calculated as 150 mg based on copper, and was marked as the experimental group. Finally put into a water bath at 37 degrees Celsius for 2 hours. Then take samples and analyze the ratio of ionic state trace elements to total trace element compounds, the results are as follows:
[0071] control group test group iron(%) 88.5±2.75 44....
example 2
[0074] With 4 DLY weaned piglets weighing 8±1.01 kg, 30 minutes after eating, anesthetize and open the bottom of the stomach to collect gastric digestive juice, and collect 40 ml of each pig for later use. Then take 6 beakers with a capacity of 100 ml, wash and dry them and divide them into two groups, with 3 beakers in each group, and fill each beaker with 20 ml of collected gastric digestive juice. The three cups of one group respectively measure the unshielded microelement nutrient source premix prepared according to the above-mentioned three (1) formula, and the measured amount is calculated as 150 mg based on copper, and is marked as the control group. The three cups in the other group measured the microelement nutrient source premix completely prepared by the patented technology respectively, and the measured amount was also calculated as 150 mg based on copper, and was marked as the experimental group. Finally put into a water bath at 37 degrees Celsius for 2 hours. Th...
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