CN102987166B - Wheat type concentrated feed for layers during egg production peak hours and preparation method thereof - Google Patents
Wheat type concentrated feed for layers during egg production peak hours and preparation method thereof Download PDFInfo
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- CN102987166B CN102987166B CN201210577677.2A CN201210577677A CN102987166B CN 102987166 B CN102987166 B CN 102987166B CN 201210577677 A CN201210577677 A CN 201210577677A CN 102987166 B CN102987166 B CN 102987166B
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Landscapes
- Fodder In General (AREA)
Abstract
The invention belongs to the technical field of feeds, and particularly relates to a wheat type concentrated feed for layers during egg production peak hours and a preparation method thereof. The concentrated feed consists of the following components: bean pulp, cottonseed meal, grease, corn protein powder, corn steep liquor protein, pulp spraying bran, 12-mesh rock meal, 18-mesh rock meal, calcium hydrogen phosphate, lysine, methionine and a premix compound. The wheat type concentrated feed for the layers during the egg production peak hours is high in quality and reasonable in proportioning and has a simple preparation method. The wheat type concentrated feed solves the probable problems of a wheat type daily ration, so that the quality of the feed is improved, the health condition of the layers is improved, the quality of eggs is improved, the formula cost is reduced, the feed income is improved, and the aim of real cost reduction and efficiency improvement is fulfilled.
Description
Technical field
The invention belongs to field of feed, particularly a kind of wheat type laying hen in egg laying peak period concentrated feed and preparation method thereof.
Background technology
Corn-soybean meal type daily ration is the traditional poultry Fed A Practical Diet of China always, and wheat is China people's staple food always, and seldom as feed use, in fact wheat is comparatively desirable energy feed raw material.Along with the fast development of China's aviculture and other aquaculture, the demand of corn is increasing, make many areas particularly the wheat such as Shandong, Henan main producing region corn price greatly higher than Wheat price.China joins WTO smoothly, and Wheat price will further decline, thereby the exploitation of quickening Wheat-Based Diets are to reduce feeding cost, increase the economic benefit of aviculture, the practical value that improves wheat, makes it to rise in value in aviculture again, the effective way of increasing farmers' income.In aviculture, enter this low margin age, this be also aviculture continue, develop in a healthy way in the urgent need to.North America and Europe are used wheat existing historical for many years as poultry feed, and corn price is higher than Wheat price at present, peasant suffers from the situation that wheat is not sold, and the Wheat Instead of Corn wise selection of can yet be regarded as is used in feed research.
Price difference at current corn and wheat constantly widens, and in the situation of dregs of beans price Continued, uses wheat as laying hen energy feed, has following advantage:
1, can save in a large number feed cost.Current high-grade maize price per ton is generally more than 2300 yuan, and good quality wheat price is 2100 yuan of left and right, per ton differing more than 200 yuan.If use wheat to substitute 50% corn, perfect compound feed per ton can be saved more than 60 yuan.And with wheat as 50% energy feed, the dregs of beans in perfect compound feed can be reduced to 4-5% simultaneously, if dregs of beans price is 3600 yuan/ton, complete diet pellet per ton is cost-saved more than 60 yuan.Therefore, use Wheat-Based Diets, in the situation that formula level slightly promotes, perfect compound feed per ton can reduce costs more than 120 yuan.The chicken house of livestock on hand 10000 plumage laying hens, monthly can save 4300 yuan of left and right of feed cost.
2, wheat is more easily bought than corn, and between different batches, nutrient component difference is less.Especially use the chicken house of local corn, every summer, buy corn and all become a difficult problem, a lot of chicken houses have to offer high prices for low-quality corn, between different batches, the nutritive index such as moisture, energy, crude protein differs greatly, formula is difficult to grasp, and often makes chicken group in long-term nutrition stress situation, and directly impact is laid eggs.And the range of choice of wheat is relatively large, between each batch, nutritive index difference is little, and formula is more easily grasped, and the trophic level of every batch of daily ration is more unified.
3, reduce the opportunities for contamination of mycotoxin.Mycotoxin among feed is the perpetrator of numerous disease, and the mycotoxin of low dosage can cause immunosupress, and body reduces the resistance of disease, and the mycotoxin of high dose can directly cause chronic wasting disease.Corn, due to reasons such as collecting season are rainy, moisture is high, is the severely afflicated area that mycotoxins in feed pollutes.And wheat water content content is low, while gathering rainfall less, the chance of mycotoxin contamination is less comparatively speaking.
In addition, wheat, as energy feed, is compared with corn, also has following advantage aspect nutritive peculiarity:
1, crude protein content is high, and in albumen composition, stodgy alcohol soluble protein proportion is far below corn, and protein digestibility is high.2, amino acid content is high, and main amino acid whose digestive utilization ratio is also high.In 12 kinds of essential amino acids, except leucine, other amino acid contents are all that wheat is higher than corn.Wherein lysine is equivalent to 130% of corn, and methionine is equivalent to 167% of corn, and threonine is equivalent to 114% of corn, and tryptophan is equivalent to 250% of corn.The digestive utilization ratio of lysine, threonine and tryptophan is also that wheat is higher than corn.3, calcium, phosphorus content are high, and utilization rate is good.Wheat calcium content is equivalent to 8.5 times of corn, and phosphorus content is equivalent to 150% of corn.And in wheat, containing natural phytase (1193 U/Kg), the utilization rate of phosphorus is high.4, various important content of mineral substances are all higher than corn, particularly iron, manganese and copper.Wheat manganese content is equivalent to 752% of corn, and iron content is equivalent to 238% of corn, and copper content is equivalent to 239% of corn, and zinc content is equivalent to 155% of corn.5, B family vitamin content is all higher than corn, particularly nicotinic acid.Wheat Nicotinic Acid Content, at 51mg/kg, is equivalent to 250% of corn.Wheat content of choline is also higher, is equivalent to 168% of corn.
In summary, in layer diets, use wheat to replace corn to have very unique advantage.
Summary of the invention
The object of the present invention is to provide a kind of wheat type laying hen in egg laying peak period concentrated feed and preparation method thereof, with optimizing product formulation composition, cost efficiency.
The technical solution used in the present invention is as follows:
A wheat type laying hen in egg laying peak period concentrated feed, described concentrated feed is comprised of following parts by weight of component: dregs of beans 35-40 part, cotton dregs 8-9.5 part, grease 2.3-2.6 part, corn protein powder 4-6 part, corn steep liquor albumen 9-10 part, whitewashing wheat bran 9-10.5 part, 12 order stone flour 18.5-21 parts, 18 order stone flour 2-4.5 parts, calcium monohydrogen phosphate 1.5-1.7 part, lysine 0.23-0.27 part, methionine 0.13-0.17 part, premix 2.3-2.5 part.
Described premix is preferably composed as follows: 0.00125 part of biotin, 0.11 part of compound vitamin, 0.35 part of composite trace element, 0.15 part of probiotics, 0.09 part of phytase, 0.0385 part of zytase, 0.00125 part of Carophyll red, add yellow 0.0037 part of beautiful element, 0.8 part of salt, 0.0233 part of antioxidant, 0.382 part, sodium bicarbonate, 0.38 part of glauber salt, 0.07 part of betaine.
Preferably, described ingredients weight parts is composed as follows: 38 parts of dregs of beans, 8 parts of cotton dregs, 2.5 parts of greases, 5 parts of corn protein powders, 9.5 parts, corn steep liquor albumen, 9.7 parts, whitewashing wheat bran, 12 19.8 parts of order stone flours, 18 3.1 parts of order stone flours, 1.6 parts of calcium monohydrogen phosphates, 0.25 part of lysine, 0.15 part of methionine, 0.00125 part of biotin, 0.11 part of compound vitamin, 0.35 part of composite trace element, 0.15 part of probiotics, 0.09 part of phytase, 0.0385 part of zytase, 0.00125 part of Carophyll red, add yellow 0.0037 part of beautiful element, 0.8 part of salt, 0.0233 part of antioxidant, 0.382 part, sodium bicarbonate, 0.38 part of glauber salt, 0.07 part of betaine.
Crude protein content >=43% of described dregs of beans, crude protein content >=42% of described cotton dregs, crude protein content >=60% of described corn protein powder, crude protein content >=18% of described corn steep liquor albumen, crude protein content >=28% of described whitewashing wheat bran, described 12 order stone flours, 18 order stone flour calcium content >=34.5%, the purity of methionine is 99%, described glauber salt sodium sulphate content >=99%, described phytase is solid-state phytase, phytase content is 5000U/g.
Biotin of the present invention, specifically can select Chifeng Pharmacy stock Co., Ltd product, and trade name is 2%d-biotin, and main component comprises biotin and dextrin, biotin content >=2%; Described compound vitamin, the vitamin premixed feed that can select Beijing Fuwish Biotechnology Co., Ltd to produce, trade name is FV729, and it is as follows that main component is analyzed guarantee value (every kilogram of content): vitamin A 5,000 ten thousand IU, neo dohyfral D3 1,500 ten thousand IU, vitamin E 110,000 IU, prokayvit 25g, vitamin B1 10 g, vitamin B2 30 g, pyridoxamine 15 g, cobalamin 100mg, niacinamide 100 g, D-VB5 50 g, folic acid 4 g, Bio 500 mg; Described composite trace element, adding of can selecting to be produced by Changsha Xingjia Biotechnology Co., Ltd. is micro-200, and main component guarantee value (every kilograms of product content) is as follows: iron 100000mg, copper 6500 mg, zinc 55000 mg, manganese 100000 mg, iodine 750 mg, selenium 300mg, cobalt 400 mg.Described probiotics, selects Zhengzhou lilium auratum lindle bioengineering Co., Ltd product, commodity lily by name No., and active ingredient is clostridium butyricum, biologic live bacteria is greater than 50,000,000,000 CFU/g; Described phytase, preferably by Weifang KDN Biotechnology Co., Ltd.'s product; Described zytase, preferably by DSM (China) Co., Ltd product, trade name is happy how celestial WX, main component comprises sodium sulphate, kaolin, hydrogenated vegetable oil, calcium carbonate, cellulose, dextrin and interior-1,4-beta-xylanase, interior-Isosorbide-5-Nitrae-beta-xylanase content >=1000FXU/g; Described Carophyll red, preferred DSM vitamin trade (Shanghai) Co., Ltd. product, main component comprises lignosulfonates, cornstarch, canthaxanthin, yellow starch gum, ethoxyquin, canthaxanthin content >=10%; The described Li Suhuang that adds, preferred DSM vitamin trade (Shanghai) Co., Ltd. product, main component comprises lignosulfonates, cornstarch, A Piao carrotene acetoacetic ester, ethoxyquin (≤2%), β-A Piao-8 '-carrotene acetoacetic ester content >=10%.
Above raw material all can be bought acquisition on market.
Although wheat is applied to layer diets, with respect to corn, have unique advantage, due to the nutritional characteristic of wheat itself, also not simple directly application just can obtain reasonable mixture ratio, concentrated feed that quality is high, and it still has some problems to need solution:
1. in wheat, contain the SNSP of 6% left and right of having an appointment, this SNSP be take araboxylan as main, has very strong viscosity, can not be digested and assimilated by chicken, can affect the digestibility of other nutritional labeling in feed simultaneously, and causes ight soil to have viscosity.Therefore the present invention adds zytase and the phytase (also can add dextranase, mannonase cellulase) of proportioning by a certain percentage in feed, well to solve the problem of digesting and assimilating of SNSP, can also improve the digestive utilization ratio of the materials such as cellulose in other feedstuff simultaneously, the ight soil of chicken with use corn bean pulp type daily ration no significant difference.
2. being worth lower than corn of wheat, may cause dietary digestibility of energy on the low side.According to the standard of NRC, the wheat fowl metabolizable energy of 12% part of moisture is 3040 kilocalories/kg, and the high-grade maize fowl metabolizable energy value of 14% part of moisture is 3240 kilocalories/kg, than wheat, exceeds 200 kilocalories.But great many of experiments shows, after adding enough enzymes, can improve the fowl metabolizable energy value 140-230 kilocalorie/kg of wheat, substantially suitable with high-grade maize.
3. amino acid balance problem: the crude protein content of high-grade maize is 8.7%, and the crude protein content of wheat is up to 13.9%, comes out at the top in cereals feed.When therefore the present invention uses Wheat Instead of Corn, reduced a part of dregs of beans consumption.Concerning laying hen, the amino acid ratio of wheat is unreasonable in addition, is mainly that lysine level is on the low side.Therefore, the present invention additionally adds a certain amount of lysine, the crude protein level in daily ration is improved slightly simultaneously, with quantity, changes balance.
4. linoleic acid problem: in corn, fat content, higher than wheat, is used Wheat-Based Diets, may occur the phenomenon of linoleic acid deficiency.The present invention solves by adding grease, certainly, also can solve by adding the methods such as dish cake.
5. vitamin content problem: contain abundant VE in corn, and B family vitamin content is lower; In wheat, contain abundant B family vitamin, and VE content is on the low side.The present invention solves by improving the addition of VE in daily ration.
6. the impact on egg quality: because pigment content in wheat is less, can remote-effects arrive yolk color, make yolk color slightly shallow, but the local flavor of egg is had no adverse effects.So for the general goods laying hen that does not require emphatically yolk color, can not consider this impact, and some kind chicken can be solved by adding food coloring.Owing to containing abundant B family vitamin in wheat, be conducive to maintain mucous membrane complete in addition, improve egg white viscosity, and make eggshell present tempting gloss.
Below the effect of part material in feed of the present invention is analyzed:
Corn protein powder is that corn is through taking off plumule, pulverizing, remove slag, extract the yellow seriflux after starch, again through the concentrated and dry proteinaceous product of richness obtaining, also claim " corn gluten meal ", high energy value, high protein feed raw material as laying hen, corn protein powder fiber content is very low, digestibility is higher, in yellow maize albumen powder, contain a large amount of pigments in addition, the yolk of chicken and the colour of skin are all had to good pigmentation.Whitewashing wheat bran is by the product that wheat soak is sprayed onto on wheat bran and drying obtains, wheat bran energy after whitewashing, protein content are high, amino acid can absorptivity 92%, in wheat bran, also contain B family vitamin and abundant dietary fiber, be the essential nutrients of livestock and poultry, in body, bringing into play many functions.Biotin (Biotin) is as a kind of coenzyme, participate in the multiple metabolic activity of body, have important physiological function, research shows, biotin can significantly improve laying hen laying rate, egg production, reduction broken rate of eggshell, improve feed efficiency, Chicken Albumin height significantly raises.Probiotics can significantly improve colony balance, improves laying hen survival rate, strengthens immunity of organisms and resistance, reduces chicken death rate, improves egg quality, reduces the breakage rate of egg, improves weightening finish, feed conversion rate and laying rate.Phytic acid in phytase energy enzymolysis of plants forage, discharges available phosphorus wherein, can remove the chelation of phytic acid, improves the absorptivity of protein in plant feed, starch and trace element.Zytase adds zytase and can reduce alimentary canal chymeviscosity in wheat type basal diet, improves plant recovery of nutrient, shows as performance in layers and improves.Carophyll red, yellow the painted of laying hen yolk that be used for.
The preparation method of wheat type laying hen in egg laying peak period concentrated feed of the present invention can be as follows but is not limited to carry out as follows: get in proportion each component, then pulverize, the various components after pulverizing are mixed to rear packing after crossing successively 8 orders, 10 mesh sieves.
Sieve also can adopt and pulverize the rear double deck screen of crossing, upper aperture is 8 orders, and lower aperture is 10 orders.
Preferably, during pulverizing, wheat flour is broken into 4 lobes, should not be too thin.
Specifically, when adding mixer to mix, can first the many raw materials of amount that account in forming be added to a part, the fewer raw material of addition, after mixing, again the many raw materials of remaining amount are added again and mixed, can obtain good mixed effect like this, incorporation time is not less than 60s completely.
In using the process of Wheat-Based Diets of the present invention, should note following problem:
1, the highest addition of wheat does not surpass 60% of energy feed, with 50% left and right, is advisable, and corn and wheat respectively add half; 2, should increase gradually the consumption of Dietary Small wheat, be advisable transit time with 10 days, minimumly can not, lower than 7 days, allow chicken adapt to gradually Wheat-Based Diets.
Beneficial effect of the present invention is:
1) formula Design substitutes half corn with wheat, by scientific and reasonable collocation, raw material preferred compositions, met the nutritional need of laying hen in egg laying peak period, this Wheat-Based Diets is reached than the better product effect of corn-soybean meal diet, and saved feed cost, improved the economic benefit of breeding layer chicken.
2) by adding grease, solve the problem of linoleic acid deficiency in Wheat-Based Diets, added biotin, solved the problem of egg-white injury in Wheat Based Diet.
3) by the appropriate lysine of extra interpolation, and the crude protein level of daily ration is improved slightly, solved amino acid imbalance problem in Wheat Based Diet, add zytase and phytase, solved well the problem of digesting and assimilating of SNSP in wheat, improve the digestive utilization ratio of feed, also played the effect that improves Wheat Based Diet fowl metabolizable energy simultaneously.
4) in formula, use corn protein powder, both improved the crude protein level of daily ration, made up again the deficiency of Wheat Based Diet Lutein, add in addition Carophyll red, Huang, the painted remarkable effect that also played to yolk.
5) in formula, also added micro-ecological nutritive additive that waits, strengthened immunity and the resistance of laying hen, reduced death rate, also played stable egg size simultaneously, improved the effect of eggshell hardness and color.
To sum up, the invention provides a kind of wheat type laying hen peak period concentrated feed of high-quality, reasonable mixture ratio, preparation method is simple.This feed has overcome the problem that Wheat-Based Diets may exist, improved feed quality, improved the health status of laying hen, also improved egg quality, eggshell hardness, color and luster and yolk color etc. have been improved, also reduce formulation cost, improved feed income, reached real cost efficiency object.
The specific embodiment
With specific embodiment, technical scheme of the present invention is described below, but protection scope of the present invention is not limited to this:
In following examples, part material meets: crude protein content >=43% of described dregs of beans, crude protein content >=42% of described cotton dregs, crude protein content >=60% of described corn protein powder, crude protein content >=18% of described corn steep liquor albumen, crude protein content >=28% of described whitewashing wheat bran, described 12 order stone flours, 18 order stone flour calcium content >=34.5%, the purity of methionine is 99%, described glauber salt sodium sulphate content >=99%, described phytase is solid-state phytase, phytase content is 5000U/g.Described biotin, Chifeng Pharmacy stock Co., Ltd product, trade name is 2%d-biotin; Described compound vitamin, the vitamin premixed feed that Beijing Fuwish Biotechnology Co., Ltd produces, trade name is FV729; Described composite trace element, what selection was produced by Changsha Xingjia Biotechnology Co., Ltd. adds micro-200; Described probiotics, selects Zhengzhou lilium auratum lindle bioengineering Co., Ltd product, commodity lily by name No.; Described phytase, Weifang KDN Biotechnology Co., Ltd.'s product; Described zytase, DSM (China) Co., Ltd product, trade name is happy how celestial WX; Described Carophyll red, DSM vitamin trade (Shanghai) Co., Ltd. product; The described Li Suhuang that adds, DSM vitamin trade (Shanghai) Co., Ltd. product.
Embodiment 1
Wheat type laying hen in egg laying peak period concentrated feed, parts by weight of raw materials is composed as follows:
38 parts of dregs of beans, 8 parts of cotton dregs, 2.5 parts of greases, 5 parts of corn protein powders, 9.5 parts, corn steep liquor albumen, 9.7 parts, whitewashing wheat bran, 12 19.8 parts of order stone flours, 18 3.1 parts of order stone flours, 1.6 parts of calcium monohydrogen phosphates, 0.25 part of lysine, 0.15 part of methionine, 0.00125 part of biotin, 0.11 part of compound vitamin, 0.35 part of composite trace element, micro-ecological 0.15 part, 0.09 part of phytase, 0.0385 part of zytase, 0.00125 part of Carophyll red, add yellow 0.0037 part of beautiful element, 0.8 part of salt, 0.0233 part of antioxidant, 0.382 part, sodium bicarbonate, 0.38 part of glauber salt, 0.07 part of betaine.
Preparation method is: get in proportion each raw material, then raw material was pulverized to double deck screen, upper aperture is 8 orders, and lower aperture is 10 orders, the more various raw materials after pulverizing are mixed to rear packing.
Usage: above-mentioned concentrated feed and corn, wheat are fitted in to complete feed in the ratio of 4:3:3 and feed, and when suggestion is used, the addition of wheat progressively increases, has changed material with the time of 7-10 days, so that chicken adapts to Wheat-Based Diets gradually.
Embodiment 2
Wheat type laying hen in egg laying peak period concentrated feed, raw material weight percentage is composed as follows:
35 parts of dregs of beans, 9.5 parts of cotton dregs, 2.3 parts of greases, 6 parts of corn protein powders, 9.8 parts, corn steep liquor albumen, 10.2 parts, whitewashing wheat bran, 12 20.9 parts of order stone flours, 18 2 parts of order stone flours, 1.5 parts of calcium monohydrogen phosphates, 0.27 part of lysine, 0.13 part of methionine, 0.00125 part of biotin, 0.11 part of compound vitamin, 0.35 part of composite trace element, micro-ecological 0.15 part, 0.09 part of phytase, 0.0385 part of zytase, 0.00125 part of Carophyll red, add yellow 0.0037 part of beautiful element, 0.8 part of salt, 0.0233 part of antioxidant, 0.382 part, sodium bicarbonate, 0.38 part of glauber salt, 0.07 part of betaine.
Preparation method, usage are with embodiment 1.
Embodiment 3
Wheat type laying hen in egg laying peak period concentrated feed, raw material weight percentage is composed as follows:
40 parts of dregs of beans, 8.1 parts of cotton dregs, 2.6 parts of greases, 4 parts of corn protein powders, 9 parts, corn steep liquor albumen, 9 parts, whitewashing wheat bran, 12 18.7 parts of order stone flours, 18 4.1 parts of order stone flours, 1.7 parts of calcium monohydrogen phosphates, 0.23 part of lysine, 0.17 part of methionine, 0.00125 part of biotin, 0.11 part of compound vitamin, 0.35 part of composite trace element, micro-ecological 0.15 part, 0.09 part of phytase, 0.0385 part of zytase, 0.00125 part of Carophyll red, add yellow 0.0037 part of beautiful element, 0.8 part of salt, 0.0233 part of antioxidant, 0.382 part, sodium bicarbonate, 0.38 part of glauber salt, 0.07 part of betaine.
Preparation method, usage are with embodiment 1.
Effect example
In order to verify the feeding effect of wheat type concentrated feed of the present invention to laying hen, in raiser laying hen field, carry out the feeding experiment of 80 days by a definite date, and contrast with corn type concentrated feed.
Single factor contrast test design is taked in test, choose a healthy laying hen hen house in 2400 42 week ages, be divided at random test group and control group, test group daily ration is the wheat type complete diet pellet being mixed with according to embodiment 1, each composition proportion is: embodiment 1 product 40: corn 30: wheat 30, control group daily ration is the complete diet pellet being mixed with by commercially available common laying hen corn type concentrated feed, and each composition proportion is: concentrated feed 40: corn 60.Two groups of production performances of chicken group of cause own are not in full accord, there is some difference for possibility, accuracy for guarantee test result, this is tested and early stage, has first carried out the basic data record of 10 days by a definite date, transition 10 days again afterwards, the data of take after transition are the formal data of test, and finally the difference by test data and basic data contrasts two groups.Duration of test, test chicken adopts three layers of staged to raise in cages, gravity-flow ventilation, free choice feeding and drinking-water, feed every day 3 times, illumination 16 hours, testing crew is added up two groups of chicken groups' daily ingestion amount, total egg number, total egg size and contained broken soft egg number every day, and observes the searching for food of chicken group, eggshell color, ight soil and other abnormal conditions.
Result of the test
1) two types of feeds impact on performance in layers
By table 1 result, can be found out, compare with the basic data before test, aspect death rate, two groups all increase to some extent, but the amplification of test group is lower by 0.08% than control group; Aspect egg size, the amplification of test group is higher by 0.15% than control group; Aspect rate of broken eggs, the range of decrease of test group is higher by 1.35% than control group; Aspect feedstuff-egg ratio, the range of decrease of test group is higher by 0.15% than control group.
The impact analysis of two kinds of feeds of table 1 to performance in layers
2) two types of feeds impact on breeding layer chicken economic benefit
By table 2 result, can be found out, with respect to basic data period, the income increase of control group 216 yuan/months, the income of test group has increased by 648 yuan/months, is obviously better than control group.It should be noted is that: in Ben Biaoge, feeds utilized price refers to the complete diet pellet price that the concentrated feed of two types is mixed with as requested, for showing the fairness of difference, in this table, data calculating is the benefit difference obtaining under the identical prerequisite of two groups of feeds utilized prices of hypothesis, and in fact because Wheat price is lower than corn price, the Wheat-Based Diets price of test group is also by the corn type diet price lower than control group.Hence one can see that, and the increment of benefit of test group will be better than control group more.
The impact analysis of two kinds of feeds of table 2 to breeding layer chicken economic benefit
Above-described embodiment is the preferred embodiment of the present invention, but embodiments of the present invention are not restricted to the described embodiments, and the change that other any the present invention of not deviating from does all should be equivalent substitute mode, within being included in protection scope of the present invention.
Claims (5)
1. a wheat type laying hen in egg laying peak period concentrated feed, is characterized in that, described concentrated feed is comprised of following parts by weight of component: dregs of beans 35-40 part, cotton dregs 8-9.5 part, grease 2.3-2.6 part, corn protein powder 4-6 part, corn steep liquor albumen 9-10 part, whitewashing wheat bran 9-10.5 part, 12 order stone flour 18.5-21 parts, 18 order stone flour 2-4.5 parts, calcium monohydrogen phosphate 1.5-1.7 part, lysine 0.23-0.27 part, methionine 0.13-0.17 part, premix 2.3-2.5 part.
2. wheat type laying hen in egg laying peak period concentrated feed as claimed in claim 1, is characterized in that, described premix is composed as follows:
0.00125 part of biotin, 0.11 part of compound vitamin, 0.35 part of composite trace element, 0.15 part of probiotics, 0.09 part of phytase, 0.0385 part of zytase, 0.00125 part of Carophyll red, add yellow 0.0037 part of beautiful element, 0.8 part of salt, 0.0233 part of antioxidant, 0.382 part, sodium bicarbonate, 0.38 part of glauber salt, 0.07 part of betaine.
3. wheat type laying hen in egg laying peak period concentrated feed as claimed in claim 2, it is characterized in that, described ingredients weight parts is composed as follows: 38 parts of dregs of beans, 8 parts of cotton dregs, 2.5 parts of greases, 5 parts of corn protein powders, 9.5 parts, corn steep liquor albumen, 9.7 parts, whitewashing wheat bran, 12 19.8 parts of order stone flours, 18 3.1 parts of order stone flours, 1.6 parts of calcium monohydrogen phosphates, 0.25 part of lysine, 0.15 part of methionine, 0.00125 part of biotin, 0.11 part of compound vitamin, 0.35 part of composite trace element, micro-ecological 0.15 part, 0.09 part of phytase, 0.0385 part of zytase, 0.00125 part of Carophyll red, add yellow 0.0037 part of beautiful element, 0.8 part of salt, 0.0233 part of antioxidant, 0.382 part, sodium bicarbonate, 0.38 part of glauber salt, 0.07 part of betaine.
4. the wheat type laying hen in egg laying peak period concentrated feed as described in as arbitrary in claim 1-3, it is characterized in that, crude protein content >=43% of described dregs of beans, crude protein content >=42% of described cotton dregs, crude protein content >=60% of described corn protein powder, crude protein content >=18% of described corn steep liquor albumen, crude protein content >=28% of described whitewashing wheat bran, described 12 order stone flours, 18 order stone flour calcium content >=34.5%, the purity of methionine is 99%, described glauber salt sodium sulphate content >=99%, described phytase is solid-state phytase, phytase content is 5000U/g.
5. the preparation method of the arbitrary wheat type laying hen in egg laying peak period of claim 1-3 concentrated feed, is characterized in that, gets in proportion each component, then pulverizes, and excessively after 8 orders, 10 mesh sieves, the various components after pulverizing is mixed to rear packing successively.
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| CN103380857A (en) * | 2013-06-27 | 2013-11-06 | 陕西石羊集团饲料发展有限公司 | Whole-grain wheat type compound feed for layer chickens and preparation method thereof |
| CN103549177A (en) * | 2013-10-30 | 2014-02-05 | 伊宁向新禽业有限责任公司 | Compound feed used in egg-laying peak season of laying hens and preparation method of compound feed |
| CN108354063A (en) * | 2018-02-08 | 2018-08-03 | 四川圣迪乐村生态食品股份有限公司 | A kind of egg-laying peak chicken concentrated feed and its preparation method and application of 40% proportioning |
| CN109566902A (en) * | 2018-12-27 | 2019-04-05 | 温氏食品集团股份有限公司 | A kind of the breeder egg-laying peak feed and its preparation method of no dregs of beans |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101485397A (en) * | 2009-02-16 | 2009-07-22 | 山东众成饲料科技有限公司 | Premix feed with probiotics for laying hen |
| RU2370099C1 (en) * | 2008-05-04 | 2009-10-20 | Государственное образовательное учреждение высшего профессионального образования "Оренбургский государственный университет" | Method of egg production increase of laying hens |
| CN102429128A (en) * | 2011-12-02 | 2012-05-02 | 翼城县大众饲料有限公司 | Pollution-free laying hen feed |
| CN102626187A (en) * | 2012-04-09 | 2012-08-08 | 上海农好饲料有限公司 | Compound feed for egg-laying duck and preparation method thereof |
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| KR20070060527A (en) * | 2005-12-08 | 2007-06-13 | 씨제이 주식회사 | Feed composition for laying hens and eggs with enhanced oleic acid content and antioxidant capacity |
| KR20080034654A (en) * | 2006-10-17 | 2008-04-22 | 경상북도 예천군 | Feeding Method of Laying Hen Feed with Flax Seed |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| RU2370099C1 (en) * | 2008-05-04 | 2009-10-20 | Государственное образовательное учреждение высшего профессионального образования "Оренбургский государственный университет" | Method of egg production increase of laying hens |
| CN101485397A (en) * | 2009-02-16 | 2009-07-22 | 山东众成饲料科技有限公司 | Premix feed with probiotics for laying hen |
| CN102429128A (en) * | 2011-12-02 | 2012-05-02 | 翼城县大众饲料有限公司 | Pollution-free laying hen feed |
| CN102626187A (en) * | 2012-04-09 | 2012-08-08 | 上海农好饲料有限公司 | Compound feed for egg-laying duck and preparation method thereof |
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