Novel roaster breeding method

A breeding method and technology for suckling pigs, applied in the field of feed and livestock and poultry breeding, can solve the problems of pig production performance impact, pig gastrointestinal tract damage, prone to weaning stress, etc., and achieve high weaning survival rate of suckling pigs, It is conducive to the adaptation of the environment and the effect of improving the immunity of mother and child

A breeding method and technology for suckling pigs, applied in the field of feed and livestock and poultry breeding, can solve the problems of pig production performance impact, pig gastrointestinal tract damage, prone to weaning stress, etc., and achieve high weaning survival rate of suckling pigs, It is conducive to the adaptation of the environment and the effect of improving the immunity of mother and child

CN103858818AInactive Publication Date: 2014-06-18江西大北农科技有限责任公司 +2

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Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024] Sow feed: Based on the total weight of 1000 grams, the distribution ratio of each component is (unit: gram): corn 558, puffed corn 90, puffed soybean 70, puffed soybean meal (43%) 165, amino acid fish meal 40, soybean oil 30, Calcium hydrogen phosphate 13, stone powder 12, probiotics 2, lysine (65%) 6, salt 4, premix 10.

[0025] According to the weight ratio, the raw materials are pulverized, mixed, tempered, granulated, cooled and packaged.

[0026] Piglet feed: Based on the total weight of 1000 grams, the distribution ratio of each component is (unit: gram): 490 corn, 80 puffed corn, 80 puffed soybean, 150 puffed soybean meal, 50 amino acid fish meal, 40 soybean oil, 70 whey powder, Calcium hydrogen phosphate 12, stone powder 6, probiotics 3, lysine 7, antifungal agent 2, premix 10.

[0027] According to the weight ratio, the raw materials are pulverized, mixed, tempered, granulated, cooled and packaged.

[0028]The component of premix in sow feed among the embodim...

Embodiment 2

[0044] Sow feed: Based on the total weight of 1000 grams, the distribution ratio of each component is (unit: gram): corn 579, puffed corn 75, puffed soybean 70, puffed soybean meal (43%) 170, amino acid fish meal 30, soybean oil 30, Calcium hydrogen phosphate 12, stone powder 12, microecology 2, lysine (65%) 6, salt 4, premix 10.

[0045] According to the weight ratio, the raw materials are pulverized, mixed, tempered, granulated, cooled and packaged.

[0046] Suckling pig feed: Based on the total weight of 1000 grams, the distribution ratio of each component is (unit: gram): corn 495, puffed corn 80, puffed soybean 80, puffed soybean meal (43%) 165, amino acid fish meal 35, soybean oil 30, Whey powder (12% protein) 70, calcium hydrogen phosphate 13, stone powder 6, microecology 3, lysine (65%) 8, antifungal agent 2, salt 3, premix 10.

[0047] According to the weight ratio, the raw materials are pulverized, mixed, tempered, granulated, cooled and packaged.

[0048] Sow feed...

Embodiment 3

[0058] Sow feed: Based on the total weight of 1000 grams, the distribution ratio of each component is (unit: gram): corn 530, puffed corn 80, puffed soybean 80, puffed soybean meal (43%) 180, amino acid fish meal 40, soybean oil 40, Calcium hydrogen phosphate 13, stone powder 12, microecology 2, lysine (65%) 8, salt 5, premix 10.

[0059] According to the weight ratio, the raw materials are pulverized, mixed, tempered, granulated, cooled and packaged.

[0060] Suckling pig feed: based on the total weight of 1000 grams, the distribution ratio of each component is (unit: gram): 514 puffed corn, 100 puffed soybeans, 170 puffed soybean meal (43%), 50 amino acid fish meal, 40 soybean oil, whey powder (12% protein) 80, calcium hydrogen phosphate 13, stone powder 6, microecology 3, lysine (65%) 8, antifungal agent 2, salt 4, premix 10.

[0061] According to the weight ratio, the raw materials are pulverized, mixed, tempered, granulated, cooled and packaged.

[0062] Sow feed, suckl...

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Abstract

The invention discloses high-nutrition sow forage and roaster forage to solve roaster weaning stress syndrome and provides a novel roaster breeding method using the sow forage and the roaster forage. Starting with combined nutritions of the sow forage and the roaster forage and aiming at improving sow body condition and roaster physique, the novel roaster breeding method uses the high-nutrition-concentration forage and a scientific and reasonable feeding mode, and finally the aim of improving the nutritional level and the immunity of a sow and a roaster is realized. Therefore the weight of a piglet is more than 1.5kg, the milk of the sow is enough, the roaster is lactated 25 days through high-quality milk, one roaster eats 500g of the roaster forage, and finally the weight of the roaster can reach 16 jin after weaning. The roaster is robust in physique, the roaster can adapt to the environment well, and the problems of diarrhea, reduction of appetite and even death of the roaster during feeding are avoided.

Description

technical field [0001] The invention relates to the field of feed and livestock and poultry breeding, in particular to a novel suckling pig breeding method. Background technique [0002] The health problem of suckling pigs is a bottleneck that restricts the development of the entire pig industry. Among them, stress, diarrhea and survival rate of suckling pigs after weaning have always been the main problems that plague pig farmers, and are also hot issues studied by the majority of scientific researchers. During the weaning stage of suckling pigs, the digestive function of the suckling pig is not fully developed, and the secretion of various digestive enzymes is insufficient. overeating, fat loss, diarrhea and even death. Therefore, weaning of suckling pigs is a very important and critical stage, which has a considerable impact on the level of profitability of the entire pig breeding. At present, in order to pursue the maximum benefit of pig breeding, the research on the w...

Claims

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Application Information

Patent Timeline
18 Jun 2014
Publication
CN103858818A
IPC
A01K67/02; A23K1/18; A23K1/14; A23K1/16; A23K1/10; A23K1/175; A23K1/00
Inventors
邓莉萍; 黄卫兵