Coupling regulation and control method for dietary acidity and electrolyte balance of piglet feedstuff

An electrolyte balance, piglet technology, applied in chemical analysis by titration, animal feed, etc., can solve problems such as affecting electrolyte balance, affecting animal growth potential, affecting dietary acidity and acid-base balance, etc., to improve acid-base balance, Avoid blindness effects

Inactive Publication Date: 2006-05-03
INST OF LIVESTOCKS C A A S
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

According to the survey, there are great differences in the typical domestic piglet rations. Most piglets are not in the optimal requirement for animal production, and the rations have high acid resistance and low electrolyte balance, which is consistent with the optimal acid resistance of animals. (low acidity) and electrolyte balance value (high electrolyte balance value) are contradictory, which will inevitably affect the growth potential of animals
In addition, many experiments have shown that when too much acidulant is added to the diet, it will affect the balance of its electrolytes. Conversely, when too much electrolyte (baking soda) is added to the diet, it will also affect the acidity of the diet and the acidity and alkalinity in the animal body. balance

Method used

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  • Coupling regulation and control method for dietary acidity and electrolyte balance of piglet feedstuff

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024] Example 1, such as figure 1 shown.

[0025] (1) Grind the ration to be tested in a high-speed universal grinder at 24,000 rpm / min for 40 seconds, and then measure the K of the ration to be adjusted. + 、Na + and Cl - The concentrations are: 0.12%, 0.68%, 0.40%, according to dEB=K + +Na + -Cl - Calculate the electrolyte balance value of the diet: 113.48mEq / kg;

[0026] (2) Weigh 100 g of the above-mentioned piglet diet and place it in a clean beaker, add 2.13 g of sodium dihydrogen phosphate to adjust the electrolyte balance of the diet to the optimum value (assuming that the optimum value of the electrolyte balance is 250mEq / kg);

[0027] (3) Add 200ml deionized water;

[0028] (4) Adding 25mmol of hydrochloric acid adjusts its acidity to an optimal value (assuming that the optimal value of the acidity is 25);

[0029] (5) Stir evenly, soak for about half an hour (20-30min);

[0030] (6) Slowly titrate with 10% phosphoric acid, and the titration end point is pH=...

Embodiment 2

[0034] (1) Measure the K of the diet to be adjusted + 、Na + and Cl - The concentrations are: 0.12%, 0.68%, 0.40%, according to dEB=K + +Na + -Cl - Calculate the electrolyte balance value of the diet: 113.48mEq / kg;

[0035] (2) Weigh 100g of the above-mentioned piglet diet and place it in a clean beaker, add 1.15g of sodium bicarbonate to adjust the electrolyte balance of the diet to the optimum value (the optimum value of the electrolyte balance is 250mEq / kg);

[0036] (3) Add 200ml deionized water;

[0037] (4) Adding 25mmol of hydrochloric acid adjusts its acidity to an optimal value (assuming that the optimal value of the acidity is 25);

[0038] (5) Stir evenly, soak for about half an hour (20-30min);

[0039] (6) Slowly titrate with 10% citric acid, the titration end point is pH=4.00;

[0040] (7) The amount of acid consumed is 33ml, that is, the amount needed to regulate the acidity of the diet is 3.3%.

[0041] After adjustment, it was found that adding 3.3% ci...

Embodiment 3

[0043] (1) Measure the K of the diet to be adjusted + 、Na + and Cl - The concentrations are: 0.78%, 0.43%, 0.51%, according to dEB=K + +Na + -Cl - Calculate the electrolyte balance value of this diet: 243mEq / kg;

[0044] (2) Weigh 100g of the above-mentioned piglet ration and place it in a clean beaker, add 0.559g of trisodium citrate to adjust the electrolyte balance of the ration to the optimum value (the optimum value of the electrolyte balance is 300mEq / kg);

[0045] (3) Add 200ml deionized water;

[0046] (4) Adding 20mmol of hydrochloric acid adjusts its acidity to an optimal value (assuming that the optimal value of the acidity is 20);

[0047] (5) Stir evenly, soak for about half an hour (20-30min);

[0048] (6) Titrate slowly with 10% compound acid (phosphoric acid: citric acid: formic acid=3:4:3), and the titration end point is pH=4.00;

[0049] (7) The amount of acid consumed is 7ml, that is, the amount needed to control the acidity of the diet is 2.37%.

[0...

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PUM

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Abstract

The invention relates to a pig starter ration acidity and electrolyte balance coupling regulate and control method, which weights 100g pig starter ration with electrolyte balance value and positions it into a cleaning beaker; it adds some basic sodium salt so that the electrolyte balance value comes to the best product working value (250mEq/kg); it adds 200ml deionized water and some muriatic acid to adjust the acid; it dose uniform mixing and uses acidifier with known density to titrate it after mixing half an hour with the titration end pHú¢4.00; at last the consumed acid value is the needed value of the starter ration acidity.

Description

technical field [0001] The invention relates to a method for regulating and controlling animal nutrition, in particular to a method for coupling and regulating the acidity and electrolyte balance of piglet diets. Background technique [0002] Dietary acidification and adjustment of electrolyte balance can greatly improve the performance of piglets, which is of great significance to production. According to the survey, there are great differences in the typical domestic piglet rations. Most piglets are not in the optimal requirement for animal production, and the rations have high acid resistance and low electrolyte balance, which is consistent with the optimal acid resistance of animals. (low system acidity) and electrolyte balance value (high electrolyte balance value) are contradictory, which will certainly affect the performance of animal growth potential. In addition, many experiments have shown that when too much acidulant is added to the diet, it will affect the balan...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01N31/16A23K50/30
Inventor 张宏福唐湘方
Owner INST OF LIVESTOCKS C A A S
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