CN101011088A - Finite baby meal - Google Patents
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- CN101011088A CN101011088A CN 200710063905 CN200710063905A CN101011088A CN 101011088 A CN101011088 A CN 101011088A CN 200710063905 CN200710063905 CN 200710063905 CN 200710063905 A CN200710063905 A CN 200710063905A CN 101011088 A CN101011088 A CN 101011088A
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Abstract
The invention discloses a milk powder for calf, which comprises the following constituents (by weigh percent): whey powder 14-21%, whole milk powder 4-23.12%, puffed soybean 49-64%, concentrated soybean protein 1-3%, microelement premix 0.2-0.45%, vitamin premix 0.1-0.4%, calcium hydrogen phosphate 0.12-1.12%, table salt 0.03-0.06%, paunch accelerating agent 0.1-0.3%, intestinal tract protective agent 0.07-0.2%, neomycin 0.02-0.07%, terramicin 0.02-0.08%, anti-oxidizing agent 0.02-0.4%, lypressin 0.02-0.4%, hepionin 1-1.7%, tryptophan 0.5-0.75%, threonine 0.2-0.6%, stone powder 0.8-2% and fat 0.9-3%.
Description
Technical field
The present invention relates to a kind of calf meal, specifically a kind of a kind of milk replacer that is applicable to the preceding calf of wean.
Background technology
Batch production of beef cattle and intensive farm are being produced the quick breeding that objectively requires dam, and therefore early weaning of calf and growth and fattening fast, are produced powered milk substitute and seemed particularly important, and this point has obtained the extensive attention of countries in the world.
Function of rumen is set up as yet in the 2-3 week of calf birth back, and its digestion is similar in many aspects to non-ruminant animal with metabolism, with this nutrition of cow's milk completely liquid be the growth that food can be kept the calf of coming into being.Calf is from being born to the wean dry feed of searching for food, need experience liquid to feed, three kinds of different physiology digestion process (Davis of liquid-solid transition stage and the stage of ruminating, 1981), by obtaining the foundation of nutrition from milk at first to function of rumen, the sweat of microorganism, experience huge physiology and metabolism and changed (Toullec, 1989), it is the critical period that calf is cultivated, therefore, the calf wean is preceding by carbohydrate, the liquid feed that protein and fat are formed with high digestibility feed and the early development of function of rumen becomes one of focus of ruminant animal nutrition research.Need to adapt to the solid feed form after the calf wean, the powered milk substitute product that sell the existing market can satisfy the nutritional need of calf liquid feed period, but the hypoevolutism of functional cud causes ablactation stress easily, reduces the performance of follow-up production performance.
Summary of the invention
The objective of the invention is at above-mentioned the deficiencies in the prior art, a kind of powered milk substitute that satisfies calf full nutrition needs and have immune active ingredient is provided.
For achieving the above object, the present invention adopts following concrete technical scheme:
A kind of calf meal, it comprises following component by weight percentage, sees Table 1:
Table 1
The component title | Consumption (%) |
Whey powder | 14~21 |
Whole milk powder | 4~23.12 |
Expanded soybean | 49~64 |
FSPC | 1~3 |
Microelement pre-mix material | 0.2~0.45 |
Vitamin premix | 0.1~0.4 |
Calcium monohydrogen phosphate | 0.12~1.12 |
Salt | 0.03~0.06 |
Cud promoter | 0.1~0.3 |
Intestinal protection | 0.07~0.2 |
Neomycin | 0.02~0.07 |
Terramycin | 0.02~0.08 |
Antioxidant | 0.02~0.4 |
Lysine | 0.5~3 |
Methionine | 1~1.7 |
Tryptophan | 0.5~0.75 |
Threonine | 0.2~0.6 |
Stone flour | 0.8~2 |
Fat | 0.9~3 |
Above-mentioned a kind of calf meal, wherein, it also comprises following component by weight percentage, sees Table 2:
Table 2
The component title | Consumption (%) |
Flavouring agent | 0.04~0.1 |
Emulsifying agent | 0.02~0.08 |
Enzyme preparation | 0.06~0.1 |
Above-mentioned a kind of calf meal, wherein, it comprises following component to described cud promoter by weight percentage, sees Table 3:
Table 3
The component title | Consumption % |
Citric acid | 12~20 |
Fumaric acid | 10~18 |
Sodium butyrate | 13~20 |
Sodium Diacetate | 15~25 |
Magnesia | 3~10 |
Dusty yeast | 8~18 |
Above-mentioned a kind of calf meal, wherein, described mixing-in fat is to be mixed by edible soybean oil, palm oil and lard, the addition of soybean oil in this mixing-in fat is no more than 75%.
Above-mentioned a kind of calf meal, wherein, described mixing-in fat is to be mixed by edible soybean oil, palm oil and lard, its weight proportion is 3: 3: 4.
The microelement pre-mix material that uses among the present invention is according to the preparation of standard nutrition-allocated proportion, according to each component of percentage by weight and use amount, sees Table 4:
Table 4
Material name | Prescription (%) |
MnSO4.H2O | 9.4 |
ZnSO4.H2O | 8.6 |
CuSO4.5H2O | 3.0 |
FeSO4.H2O | 25.0 |
Na2SeO3 | 2.3 |
KI | 3.8 |
MgSO4.7H2O | 0.5 |
CoCl2 | 0.8 |
Zeolite powder | Surplus |
Vitamin premix is according to the preparation of standard nutrition-allocated proportion, according to each component of percentage by weight and use amount, sees Table 5:
Table 5
The component title | Consumption (%) |
The commodity vitamin A | 2.00 |
The commodity vitamin D | 0.80 |
The commodity vitamin E | 20.00 |
B1 (thiamine) | 1.00 |
VB2 (riboflavin) | 1.21 |
B6 (pyridoxol) | 1.00 |
Pantothenic acid | 1.99 |
Nicotinic acid (niacin) | 2.02 |
Biotin | 0.75 |
Folic acid | 7.50 |
VK3 | 0.15 |
VB12 (cobalamins) | 1.05 |
Inferior powder (carrier) | Surplus |
The present invention is raw materials used all can be obtained by commercially available purchase.
Whey powder of the present invention should adopt low albumen whey powder, and the nutritional labeling of this whey powder is: per kilogram whey powder dry matter content is 97%, and lactose content is 80%, and protein content is 4.3%.Described whole milk powder is commercially available whole milk powder.
Used expanded soybean should be selected full-fat extruded soybean for use in the powered milk substitute of the present invention, and the nutrient composition content of full-fat extruded soybean powder is that the per kilogram expanded soybean contains dry 94%, crude protein 42.9%, crude fat 21.3%, crude fibre 1.4%.The used expanded soybean of the present invention can be pulverized back 40 orders excessively and 100 mesh sieves are made powdery, wherein 75~90% the bests that account for total soy bean powder of the soy bean powder of 100 order fineness.
The nutritional labeling of used FSPC is that per kilogram FSPC dry matter content 92%, crude protein content are 65%.
Microelement pre-mix material of the present invention is raw materials used take by weighing by the described proportioning of table 3 after, mix back pack with mixer and seal up for safekeeping, need to preserve in low temperature drying place, preserving longest term is 6 months.
Vitamin premix is raw materials used all can be obtained by purchase; With this premix is raw materials used take by weighing by the described proportioning of table 4 after, mix back pack with mixer and seal up for safekeeping, need to preserve in low temperature drying place, preserving longest term is 3 months.
Cud promoter is raw materials used all can be obtained by buying; With cud promoter is raw materials used take by weighing according to the described ratio of table 5 after, seal up for safekeeping with stir back pack of mixer, need to preserve in low temperature drying place, preserved longest term 3 months.
The used intestinal protection of the present invention is the lactoferrin active factors, contains mannase in the used enzyme preparation, and the interpolation of the two promotes the secretion of digestive ferment in order to improve the function of calf digestive system, improves efficiency of feed utilization.
The used flavouring agent of the present invention is milk essence, can increase the mouthfeel of powered milk substitute; The interpolation of emulsifying agent can improve the fat utilization rate.
The used stone flour of the present invention is feeding stone flour, and its nutrient content is: dry matter content 98%, calcium content 38%.The nutrient content of used calcium monohydrogen phosphate is: calcic 21%, and phosphorous more than 16%.
Fat of the present invention is to mix after adopting edible soybean oil, palm oil and lard according to 3: 3: 4 ratio heating and melting, and the addition of soybean oil in this mixing-in fat is no more than 75%.
When using powered milk substitute of the present invention, take by weighing each raw material by described proportioning earlier, join in the mixer successively by constituent content order from big to small then and mix, mix and get final product.
The nutritional labeling of powered milk substitute of the present invention meets the nutritional need of calf, and concrete nutrient content sees Table 6
Table 6
Nutritional labeling | Active constituent content scope in the powered milk substitute |
Dry (%) | ≥92 |
Crude protein (%) | 24-30 |
Crude fat (%) | Crude fat 7.5~12% |
Crude fibre (%) | ≤3% |
Lactose (%) | 25~32 |
Calcium (g/kg) | 14~16 |
Phosphorus (g/kg) | 7~10 |
Vitamin A (IU/kg) | 20000~80000 |
Vitamin D (IU/kg) | 6000~50000 |
Vitamin E (IU/kg) | 8~22 |
Vitamin B1 (mg/kg) | 6~12 |
Vitamin B2 (mg/kg) | 14~17 |
Vitamin B6 (mg/kg) | 8~12 |
Pantothenic acid (mg/kg) | 22~34 |
Folic acid (mg/kg) | 4~7 |
Copper (mg/kg) | 8~15 |
Iron (mg/kg) | 70~110 |
Manganese (mg/kg) | 25~60 |
Zinc (mg/kg) | 80~120 |
Calf meal of the present invention recommendation consumption and method in use: use 40~60 ℃ warm dissolved in boiled water powered milk substitute, after mixing, feed to calf with feeding bottle or basin.The ratio of powered milk substitute and warm boiling water is approximately 1: 6.Consumption: calf in 1 monthly age, the powered milk substitute 3~4 times of feeding every day, each 180~250g, the temperature of the powered milk substitute of feeding is advisable with 35 ℃; After feeding feeding bottle or basin are carried out disinfection, fed the back and with towel the calf oral area has been wiped away only, vessel such as nipple and basin are preferably fixing to be used, and avoids transmission.Reduce gradually greater than the increase of the scale of feeding of 1 monthly age calf meal with its monthly age.Can adjust scale of feeding according to calf body weight and age in days concrete condition in actual the enforcement, recommend scale of feeding referring to table 7:
Table 7 powered milk substitute feed suggestion amount and method
The calf age in days | The mode of feeding | The number of times (inferior/day) of feeding | Scale of feeding (g/ head) |
1~7 | Biestings | 3 | 0 |
8~10 | Biestings and powered milk substitute | 3 | 180 |
11~18 | Powered milk substitute | 3 | 240 |
19~35 | Powered milk substitute | 3 | 260 |
36~42 | Part powered milk substitute (need to replenish and open foodstuff) | 3 | 180 |
43~60 | Part powered milk substitute (need to replenish and open foodstuff) | 3 | Reduce gradually from 150, when calf searches for food out the quantity of foodstuff every day when surpassing 0.75kg, no longer replenish powered milk substitute. |
Annotate: calf grew to for 2 ages in week, added up to feed the about 35kg of powered milk substitute. |
Advantage of the present invention and benefit:
Contain the needed nutriment of calf g and D in the powered milk substitute of the present invention: protein, fat, lactose, amino acid, vitamin, mineral matter element, also contain complex enzyme, cud promoter simultaneously and protect GI multiple active factors.Can accelerate the reproductive efficiency of dam, and the raw material convenient sources, nutrition is stable, and cost is lower.Can also promote the g and D of calf cud, make calf enter the stage of ruminating smoothly, finish cud and reach maturity and microbiotic foundation, guarantee that calf obtains the required nutrition of growing from solid feed, and the prevention disease of digestive tract, keep calf health, improve daily gain; Cultivate the anti-thick ability of calf, improve feed intake roughage.Added cud promoter among the present invention, not only can promote the early development of calf cud, can also improve the ability of digesting and assimilating, improved the utilization rate of feed nutriment.
Powered milk substitute feeding effect of the present invention is remarkable, the raw material convenient sources, and reasonable price, cost is low can to help the raiser to reduce the calf rearing cost, obtains economic benefit, can also accelerate the breeding frequency of dam.5.4 ten thousand yuan of feeding costs (the fresh milk price is with 1.8 yuan/kilogram) can be saved to raise 300 calves every year in the cattle farm of thousand scales, can save 90 tons of fresh milks (cultivating a calf needs milk to calculate according to 300kg) simultaneously.
The present invention will be further described below in conjunction with preferred forms, so that the public has whole and understanding fully to summary of the invention, and is not the qualification to protection domain of the present invention.Aforementioned part fully discloses the protection domain that the present invention can implement, and therefore allly any well known in the artly is equal to replacement according to what the disclosure of invention was carried out, all belongs to infringement of the present invention.
The specific embodiment
Employed each raw material of the specific embodiment and instrument source:
Whey powder (low albumen): U.S.'s earth board;
Whole milk powder: Erie's whole milk powder;
Expanded soybean: board is herded in the capital;
FSPC: available from the three-dimensional group in Shandong;
Each component source of microelement pre-mix material sees Table 8:
Table 8
The component title | Active constituent content | Producer |
MnSO4.H2O | Mn31.8% | Manganese industry Co., Ltd on the high official position of Qingchuan County |
ZnSO4.H2O | Zn35% | Anshan Xingda mineral matter pre-treatment plant |
CuSO4.5H2O | Cu25% | Anshan Xingda mineral matter pre-treatment plant |
FeSO4.H2O | Fe30% | Ground, Hunan mineral feed additives factory is steamed by the Hengyang City |
Na2SeO3 | Se1% | Feed technology Co., Ltd is easily sent out in Xi'an |
KI | I1% | Feed technology Co., Ltd is easily sent out in Xi'an |
MgSO4.7H2O | Mg9.8% | Beijing chemical reagents corporation |
CoCl2 | Co1% | Feed technology Co., Ltd is easily sent out in Xi'an |
Zeolite powder | The north, Weichang county zeolite powder manufacturer circle feed factory |
Each component source of vitamin premix sees Table 9:
Table 9
Material name | Effective component content | Producer |
The commodity vitamin A | 1,000,000 IU/g | Xiamen Jindawei vitamin Co.ltd |
The commodity vitamin D | 500,000 IU/g | Xiamen Jindawei vitamin Co.ltd |
The commodity vitamin E | 50% | Xinchang Guobang Chemical Industrial Co., Ltd |
B1 (thiamine) | 98% | Towel Tianjin, Tianjin pharmaceutcal corporation, Ltd |
VB2 (riboflavin) | 80% | Guanji, Hubei medicine company limited company |
B6 (pyridoxol) | 98% | Zhejiang Province Tianxin Pharmaceutical Co., Ltd |
Pantothenic acid | 98% | Hangzhou Xinfu Pharmaceutical Co., Ltd., Zhejiang |
Nicotinic acid (niacin) | 99% | Guangzhou Nansha Lonza Co., Ltd. |
Biotin | 2% | Zhejiang Province Shengda Pharmaceutical Co., Ltd of the preferential company of uncommon outstanding China |
Folic acid | 1% | The new great medication chemistry technology of Changzhou Co., Ltd |
VK3 | 96% | Zhejiang brother's chemical industry Co., Ltd |
VB12 (cobalamins) | 1% | North China pharmacy Wei Geda Co., Ltd |
Inferior powder (carrier) | Beijing eight factories of Gu Chuan flour mill |
Calcium monohydrogen phosphate: Sichuan dragon boa group
Salt: Beijing Salt Company
Milk essence: magnificent spices Co., Ltd is contained in Hangzhou
Cud promoter sees Table 10:
Table 10
Material name | Producer |
Citric acid (98%) | Tianjin ascension technical development company |
Fumaric acid (98%) | Tianjin ascension technical development company |
Sodium butyrate (98%) | Xiamen new Australia agriculture and animal husbandry Development Co., Ltd |
Sodium Diacetate (98%) | Tianjin ascension technical development company |
Magnesia (98%) | Tianjin ascension technical development company |
Dusty yeast | Tianjin ascension technical development company |
Intestinal protection: the precious lactoferrin powder of New Zealand's breast money
Neomycinsulphate: Leshan Long March pharmaceutcal corporation, Ltd
Terramycin: Shijiazhuang China daybreak pharmaceutical factory of magnificent daybreak pharmacy group.
Antioxidant (Shen dimension bright 20%): three-dimensional group.
Emulsifying agent: the Ai Weikang that Dutch Niu Weide company produces;
Lysine: great achievement group.
Methionine: Sumitomo Chemical Co.
Tryptophan: aginomoto (strain) Animal nutrition group.
Threonine: Xi Jie group.
Enzyme preparation: Xia Sheng Industry Group Co.,Ltd
Stone flour: the north, Weichang county zeolite powder manufacturer circle feed factory
Fat: soybean oil (food grade) palm oil (food grade), lard (food grade)
Each raw material of microelement pre-mix material, vitamin premix, cud promoter mixes the helical-ribbon type cone-type mixer (model SCH) that all adopts 25kg; Rotating speed is controlled at about 40r/min during mixing, mixes general use 5~10min.
It is the efficient mixer of 500kg twin shaft paddle formula (model SLHSJ1) that each raw material of powered milk substitute mixes the employing mixer.
Use soy bean powder to be full-fat extruded soybean in this specific embodiment, pulverize the back and cross 40 orders and 100 mesh sieves, wherein the soy meal of 100 order fineness accounts for about 80% of total soy bean powder.
Each component use amount of the microelement pre-mix material that uses in this specific embodiment sees Table 11:
Table 11
Material name | Prescription (%) |
MnSO 1.H 2O | 9.4 |
ZnSO 1.H 2O | 8.6 |
CuSO1 .5H 2O | 3.0 |
FeSO 1.H 2O | 25.0 |
Na 2SeO 3 | 2.3 |
KI | 3.8 |
MgSO 4.7H 2O | 0.5 |
CoCl 2 | 0.8 |
Zeolite powder | Surplus |
Each amounts of components of vitamin premix sees Table 12:
Table 12
Material name | Proportioning (%) |
The commodity vitamin A | 2.00 |
The commodity vitamin D | 0.80 |
The commodity vitamin E | 20.00 |
B1 (thiamine) | 1.00 |
VB2 (riboflavin) | 1.21 |
B6 (pyridoxol) | 1.00 |
Pantothenic acid | 1.99 |
Nicotinic acid (niacin) | 2.02 |
Biotin | 0.75 |
Folic acid | 7.50 |
VK3 | 0.15 |
VB12 (cobalamins) | 1.05 |
Inferior powder (carrier) | Surplus |
Embodiment 1
The powered milk substitute prescription sees Table 13:
Table 13
The component title | Consumption (%) |
Whey powder | 19 |
Whole milk powder | 15.5 |
Expanded soybean | 56 |
FSPC | 1.8 |
Microelement pre-mix material | 0.2 |
Vitamin premix | 0.1 |
Calcium monohydrogen phosphate | 1 |
Salt | 0.03 |
Cud promoter | 0.1 |
Intestinal protection | 0.1 |
Neomycin | 0.07 |
Terramycin | 0.02 |
Antioxidant | 0.02 |
Lysine | 0.5 |
Methionine | 1 |
Tryptophan | 0.5 |
Threonine | 0.26 |
Stone flour | 0.8 |
Fat | 3 |
Amount to | 100 |
Each component prescription of cud promoter sees Table 14:
Table 14
Material name | Consumption % |
Citric acid | 12 |
Fumaric acid | 18 |
Sodium butyrate | 20 |
Sodium Diacetate | 25 |
Magnesia | 7 |
Dusty yeast | 18 |
Amount to | 100 |
Embodiment: 40 of the calves of 7d carry out verification experimental verification with being born afterwards to reach the agricultural industrial ﹠ commercial corporation pasture in Beijing's deep blue, be divided into two groups at random, the test group calf is on average supplied with powered milk substitute 620 grams every day in experimental period, divides and feeds for three times, and dilution ratio is every kg water dilution 160g powered milk substitute.The control group calf duration of test milk 5kg that feeds average every day.
The result shows that the daily gain of the powered milk substitute calf of feeding is between 530~730g, and average daily gain is 620g/d.The average daily gain of control group fed milk calf is between 450~600, and average daily gain is 520g/d.The test group calf incidence of disease and diarrhea rate are respectively 2.7% and 1.8%, all are lower than the incidence of disease 3.1% and the diarrhea rate 2.2% of control group.
Embodiment 2
The powered milk substitute prescription sees Table 15:
Table 15
The component title | Consumption (%) |
Whey powder | 14.28 |
Whole milk powder | 23.12 |
Expanded soybean | 49.67 |
FSPC | 3 |
Microelement pre-mix material | 0.45 |
Vitamin premix | 0.4 |
Calcium monohydrogen phosphate | 0.12 |
Salt | 0.06 |
Cud promoter | 0.25 |
Intestinal protection | 0.07 |
Neomycin | 0.02 |
Terramycin | 0.08 |
Antioxidant | 0.04 |
Lysine | 3 |
Methionine | 1.5 |
Tryptophan | 0.6 |
Threonine | 0.6 |
Stone flour | 1 |
Fat | 1.5 |
Flavouring agent | 0.1 |
Emulsifying agent | 0.08 |
Enzyme preparation | 0.06 |
Amount to | 100 |
Each amounts of components of cud promoter sees Table 16:
Table 16
Material name | Consumption % |
Citric acid | 28 |
Fumaric acid | 13 |
Sodium butyrate | 24 |
Sodium Diacetate | 15 |
Magnesia | 10 |
Dusty yeast | 10 |
Amount to | 100 |
Embodiment: 40 of calves in stock breeding center, milk cow center, Beijing with birth back 7d carry out verification experimental verification, are divided into two groups at random.The test group calf is on average supplied with powered milk substitute 600 grams every day in experimental period, divides and feeds for three times, 1: 7 (powered milk substitute: water) of dilution ratio.The control group calf duration of test milk 5kg that feeds average every day.
The result shows, test group is fed the daily gain of powered milk substitute calf between 520~630g, and average daily gain is 545g/d.The average daily gain of control group fed milk calf is between 450~600, and average daily gain is 510g/d.The test group calf incidence of disease and diarrhea rate are respectively 2.6% and 2.0%, all are lower than the incidence of disease 3.0% and the diarrhea rate 2.4% of control group.
Embodiment 3
The powered milk substitute prescription sees Table 17:
Table 17
The component title | Consumption (%) |
Whey powder | 20.87 |
Whole milk powder | 4.36 |
Expanded soybean | 64 |
FSPC | 1 |
Microelement pre-mix material | 0.4 |
Vitamin premix | 0.1 |
Calcium monohydrogen phosphate | 1.12 |
Salt | 0.04 |
Cud promoter | 0.3 |
Intestinal protection | 0.2 |
Neomycin | 0.04 |
Terramycin | 0.04 |
Antioxidant | 0.4 |
Lysine | 1.98 |
Methionine | 1.68 |
Tryptophan | 0.74 |
Threonine | 0.43 |
Stone flour | 1.24 |
Fat | 0.9 |
Flavouring agent | 0.04 |
Emulsifying agent | 0.02 |
Enzyme preparation | 0.1 |
Amount to | 100 |
Each amounts of components of cud promoter sees Table 18:
18
Material name | Consumption % |
Citric acid | 21 |
Fumaric acid | 18 |
Sodium butyrate | 13 |
Sodium Diacetate | 25 |
Magnesia | 5 |
Dusty yeast | 18 |
Amount to | 100 |
Embodiment: 40 of calves in stock breeding center, milk cow center, Beijing with birth back 7d carry out verification experimental verification, are divided into two groups at random.The test group calf milk 2kg that on average feeds every day in experimental period on average supplies with powered milk substitute 400 grams every day, divides and feeds for three times, 1: 7 (powered milk substitute: water) of dilution ratio.The control group calf duration of test milk 5kg that feeds average every day.
The result shows, test group is fed the daily gain of powered milk substitute calf between 550~730g, and average daily gain is 625g/d.The average daily gain of control group fed milk calf is between 450~600, and average daily gain is 510g/d.The test group calf incidence of disease and diarrhea rate are respectively 2.5% and 1.8%, all are lower than the incidence of disease 3.0% and the diarrhea rate 2.4% of control group.
Claims (5)
1, a kind of calf meal is characterized in that, it comprises following component by weight percentage:
Component title consumption %
Whey powder 14~21
Whole milk powder 4~23.12
Expanded soybean 49~64
FSPC 1~3
Microelement pre-mix material 0.2~0.45
Vitamin premix 0.1~0.4
Calcium monohydrogen phosphate 0.12~1.12
Salt 0.03~0.06
Cud promoter 0.1~0.3
Intestinal protection 0.07~0.2
Neomycin 0.02~0.07
Terramycin 0.02~0.08
Antioxidant 0.02~0.4
Lysine 0.5~3
Methionine 1~1.7
Tryptophan 0.5~0.75
Threonine 0.2~0.6
Stone flour 0.8~2
Fat 0.9~3
2, a kind of calf meal according to claim 1 is characterized in that, it also comprises following component by weight percentage:
Component title consumption %
Flavouring agent 0.04~0.1
Emulsifying agent 0.02~0.08
Enzyme preparation 0.06~0.1
3, a kind of calf meal according to claim 1 and 2 is characterized in that, it comprises following component to described cud promoter by weight percentage:
Component title consumption %
Citric acid 12~20
Fumaric acid 10~18
Sodium butyrate 13~20
Sodium Diacetate 15~25
Magnesia 3~10
Dusty yeast 8~18
4, a kind of calf meal according to claim 1 and 2 is characterized in that, described mixing-in fat is to be mixed by edible soybean oil, palm oil and lard, and the addition of soybean oil in this mixing-in fat is no more than 75%.
5, a kind of calf meal according to claim 4 is characterized in that, described mixing-in fat is to be mixed by edible soybean oil, palm oil and lard, and its weight proportion is 3: 3: 4.
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