Compound additive for sow

A compound additive, a technology for breeding sows, applied in the field of feed supplemented with additional food elements, can solve the problems of unstable prolactin effect, influence of origin and component content, etc., to promote lactation function, improve sow constipation, improve milk production and Effects on milk quality

A compound additive, a technology for breeding sows, applied in the field of feed supplemented with additional food elements, can solve the problems of unstable prolactin effect, influence of origin and component content, etc., to promote lactation function, improve sow constipation, improve milk production and Effects on milk quality

CN101530170AInactive Publication Date: 2009-09-16北京市爱德利都饲料科技开发有限公司
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  • Compound additive for sow

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0042] The present invention can be configured according to conventional methods in the field, that is, 1 kg is used as a preparation unit, each component is weighed in order, and fully stirred evenly. Proceed as follows:

[0043] (1) Using puffed corn flour as the carrier, weigh the trace components with an added amount of ≤10g, stir well and evenly, and the contents of each component are as follows:

[0044] Puffed corn flour: 25.5g Nano pearl powder: 0.5g

[0045] Soy Isoflavones: 0.5g Cysteamine: 0.1g

[0046] Salt: 3.3g Glucose: 4.5g

[0047] Lysine: 2.5g L-Carnitine: 0.5g

[0048] Organic chromium: 0.2g Organic iron: 0.16g

[0049] Organic copper: 0.25g Organic zinc: 0.18g

[0050] Organic manganese: 0.02g Organic cobalt: 0.5mg

[0051] Organic Selenium: 0.5mg Vitamin E: 38mg

[0052] (2) Weigh the remaining components respectively, fully stir them evenly, and the contents of each component are respectively as follows:

[0053] Expanded corn flour: 613.8g Expande...

Embodiment 2

[0061] The present invention can be configured according to conventional methods in the field, that is, 1 kg is used as a preparation unit, each component is weighed in order, and fully stirred evenly. Proceed as follows:

[0062] (1) Using puffed corn flour as the carrier, weigh the trace components with an added amount of ≤10g, stir well and evenly, and the contents of each component are as follows:

[0063] Puffed corn flour: 34.6g Nano pearl powder: 0.8g

[0064] Soy Isoflavones: 1.9g Cysteamine: 0.15g

[0065] Salt: 3.8g Glucose: 5.5g

[0066] Lysine: 3.3g L-Carnitine: 0.8g

[0067] Organic chromium: 0.3g Organic iron: 0.2g

[0068] Organic copper: 0.25g Organic zinc: 0.25g

[0069] Organic manganese: 0.02g Organic cobalt: 0.5mg

[0070] Organic Selenium: 0.8mg Vitamin E: 49mg

[0071] (2) Weigh the remaining components respectively, fully stir them evenly, and the contents of each component are respectively as follows:

[0072] Expanded corn flour: 459g Expanded ...

Embodiment 3

[0080] The present invention can be configured according to conventional methods in the field, that is, 1 kg is used as a preparation unit, each component is weighed in order, and fully stirred evenly. Proceed as follows:

[0081] (1) Using puffed corn flour as the carrier, weigh the trace components with an added amount of ≤10g, stir well and evenly, and the contents of each component are as follows:

[0082] Puffed corn flour: 46.1g Nano pearl powder: 1.2g

[0083] Soy Isoflavones: 2.5g Cysteamine: 0.2g

[0084] Salt: 4.8g Glucose: 8g

[0085] Lysine: 3.5g L-Carnitine: 1.5g

[0086] Organic chromium: 0.4g Organic iron: 0.24g

[0087] Organocopper: 0.3g Organozinc: 0.3g

[0088] Organic Manganese: 0.04g Organic Cobalt: 0.8mg

[0089] Organic Selenium: 1.2mg Vitamin E: 45mg

[0090] (2) Weigh the remaining components respectively, fully stir them evenly, and the contents of each component are respectively as follows:

[0091] Expanded corn flour: 462.9g Expanded peeled...

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Abstract

The invention discloses a compound additive for sow which belongs to the animal nutrition technique field. The compound additive bases on high nutrition concentration, colligated balances each nutrition element proportion from in terms of physiology regulation, and regulates the sow milk secretion using natural hormone like substance without hormone negative effect. In addition, the compound additive strengthening adds many nutrition elements, such as L-carnitine which a young pig has less self synthetizing amount and needs out source milk, accordingly, survival rate and weighting rate of the young pig are increased. The compound additive and the clean drinking water with 40 DEG. C are mixed in proportion to 1:20 by weight for confecting water solution which is drunk by sow after eating during the postpartum third day to ablactation freely. The additive can increase nannie sow feed intake, improve astriction, increase quantity of milk yield, improve milk quality and increase ablactation weighting and viability of young pig.

Description

technical field [0001] The invention relates to a feed supplemented with additional food elements, in particular to a composite additive for sows prepared by mixing and uniformly mixing various feed additives according to a certain ratio. Background technique [0002] The level of modern pig production technology and breeding level is increasing day by day, but problems such as insufficient sow milk still often plague many breeding producers. As we all know, breast milk is a natural nutrient for newborn and pre-weaned piglets to survive, and it is also the only source of immune antibodies for newborn piglets, which is extremely important for piglet survival, growth, development, health and nutrition. If the sows postpartum lactation is insufficient or not lactating, it will directly affect the weaning weight, survival, growth and development of the piglets, and it will easily cause diarrhea in the piglets and cause economic losses. [0003] In view of the above situation, t...

Claims

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Application Information

Patent Timeline
16 Sep 2009
Publication
CN101530170A
IPC
A23K1/16; A23K1/18; A23K10/16; A23K10/20; A23K10/22; A23K10/28; A23K10/30; A23K20/10; A23K20/142; A23K20/158; A23K20/163; A23K20/174; A23K20/20; A23K20/22; A23K50/30
CPC
Y02P60/87
Inventors
安永义; 孟海燕