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Suckling pig feed without antibiotic and zinc oxide

A technology without antibiotics and zinc oxide, which is applied in the field of suckling pig feed, can solve problems such as the negative impact on the growth and immune function of suckling pigs, hinder the sustainable development of animal husbandry, and reduce the hemoglobin content, so as to prevent and control diarrhea in piglets and improve the quality of piglets. Growth performance, effect of increasing feed intake

Inactive Publication Date: 2013-12-18
周庆华
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Many farmers have reported that although the use of high zinc reduces the diarrhea rate of suckling piglets, it also has a negative impact on the growth and immune function of suckling piglets
The use of high doses of zinc oxide in pig production will not only cause a significant increase in the zinc content in animal excrement, but also cause zinc accumulation in the soil and excessive zinc content in groundwater, resulting in environmental pollution and hindering the sustainable development of animal husbandry; Dosage of zinc can also cause adverse effects on the growth of pigs. At the same time, due to the antagonism between zinc and iron and copper, the absorption of iron and copper is reduced, resulting in a significant decrease in hemoglobin content, animal anemia, and then long-term use leads to a large number of pigs. death, affecting production efficiency

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0013] Corn 505g, flour 100g, secondary flour 10g, soybean oil 22g, low-protein whey powder 50g, sucrose 28g, Sairu 20g, high-egg soybean meal 50g, fermented soybean meal 40g, U egg treasure 5g, wheat enzymatic protein 5g, Xinpu Le 5g, fish meal 3.2g, hamlet protein 25g, stone powder 3.5g, calcium formate 6g, calcium hydrogen phosphate 4g, calcium dihydrogen phosphate 1.28g, lysine 0.9g, methionine 0.7g, threonine 0.9g, tryptophan 0.2g, live bacteria preparation 0.02g, lactic acid treasure 8g, antifungal agent 1.3g, Saifeisi 0.2g, salt 5g, suckling pig premix 100g.

[0014] The suckling pig premix contains 0.28g of vitamin A and 0.28g of vitamin D per kilogram. 3 0.025g, Vitamin E 1.2g, Vitamin K 3 0.075g, vitamin B 1 0.06g, vitamin B 2 0.12g, vitamin B 6 0.06g, vitamin B 12 0.05g, niacin 0.75g, D-pantothenic acid 0.22g, biotin 0.025g, folic acid 0.05g, iron 1.6g, copper 1.8g, zinc 1.5g, manganese 0.45g, iodine 0.014g, selenium 0.003g, phytase 0.025g, choline chloride...

Embodiment 2

[0020] 470g corn, 110g flour, 8g subflour, 20g soybean oil, 55g low-protein whey powder, 30g sucrose, 22g race milk, 55g high-egg soybean meal, 45g fermented soybean meal, 6g Udanbao, 7g wheat enzymatic protein, Simpler 6g, fish meal 4g, hamlet protein 22g, stone powder 4g, calcium formate 6.3g, calcium hydrogen phosphate 4.6g, calcium dihydrogen phosphate 1.5g, lysine 1g, methionine 1g, threonine 1g, tryptophan 0.3g, live Bacterial preparation 0.02g, lactic acid treasure 10g, antifungal agent 1.5g, Saifeisi 0.28g, salt 4.5g, suckling pig premix 100g.

[0021] The rest are implemented as in Example 1.

[0022] Example 2 Compound feed: crude protein content 18.85%, crude ash content 4.58%, crude fat content 4.66%, crude fiber content 2.40%, calcium content 0.73%, total phosphorus content 0.67%, salt content 0.45%, lysine Content 1.91%.

Embodiment 3

[0024] 540g corn, 90g flour, 12g subflour, 20g soybean oil, 45g low-protein whey powder, 26g sucrose, 18g race milk, 45g high-egg soybean meal, 37g fermented soybean meal, 4g Udanbao, 4g wheat enzymatic protein, Simpler 4g, fish meal 3g, hamlet protein 30g, secondary powder 3g, calcium formate 5.2g, calcium hydrogen phosphate 3.5g, calcium dihydrogen phosphate 1g, lysine 0.8g, methionine 0.8g, threonine 0.8g, tryptophan 0.14g, live bacteria preparation 0.01g, lactic acid treasure 7g, antifungal agent 1.2g, Saifeisi 0.15g, salt 5.6g, suckling pig premix 100g.

[0025] The rest are implemented as in Example 1.

[0026] Example 3 Compound feed: crude protein content 19.12%, crude ash content 4.71%, crude fat content 4.76%, crude fiber content 2.35%, calcium content 0.56%, total phosphorus content 0.58%, salt content 0.56%, lysine Content 1.74%.

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PUM

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Abstract

The invention relates to suckling pig feed without antibiotic and zinc oxide, belonging to the field of feed. The feed disclosed by the invention comprises the following main components of corns, flours, soya-bean oil, low-protein whey powder, sucrose, serolat, high-protein soybean meal, fermented soybean meal, U danbao, wheat enzymolysis protein, nupror, fish meal, hamlet protein, calcium formate, calcium hydrophosphate, calcium dihydrogen phosphate, amino acid, composite vitamin and compound trace elements. According to the suckling pig feed without antibiotic and zinc oxide disclosed by the invention, digestive physiological characteristics of a weaned suckling pig are sufficiently taken into consideration on the aspects of material selection and treatment, so that the tastiness and the digestibility of the feed are greatly improved. The suckling pig feed does not contain any antibiotic, is not added with zinc oxide, and has no defects of animal drug resistance, drug residues, environmental pollution, and the like, so that piglet diarrhea can be effectively prevented and controlled, the growth performances of the piglets can be improved, and the demands of existing vast farmers can be satisfied.

Description

technical field [0001] The invention belongs to the field of feed, in particular to a suckling pig feed without antibiotics and zinc oxide. Background technique [0002] As a growth promoter, antibiotics can improve the growth performance of animals, and are widely used as feed additives in livestock and poultry diets, which greatly improves the production level of livestock and poultry. However, due to the random addition and excessive use of antibiotics, antibiotics have domain with serious consequences. Random addition of antibiotics to feed will cause antibiotics to accumulate in agricultural and livestock products such as meat, eggs, and milk, and enter the human body through the food chain, thereby reducing the human body's tolerance to germs; the abuse of antibiotics is likely to produce drug resistance in animals, causing Many drug-resistant bacteria are produced; antibiotics destroy the intestinal microbial environment of animals, disturb the intestinal micro-ecolo...

Claims

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Application Information

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IPC IPC(8): A23K1/18A23K1/14A23K1/16A23K1/175
Inventor 周庆华
Owner 周庆华
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