CN103636997B - Feed for producing eggs suitable for being eaten by pregnant women and infants and preparation method of feed - Google Patents
Feed for producing eggs suitable for being eaten by pregnant women and infants and preparation method of feed Download PDFInfo
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Abstract
The invention belongs to the field of chicken feeds and particularly relates to a feed for producing eggs suitable for being eaten by pregnant women and infants and a preparation method of the feed. After laying hens with the ages of 150-240 days are fed by a full price feeds for 2 weeks, eggs which are enriched with four nutrients including folic acid, DHA (Docosahexenoic Acid), vitamin E and vitamin D are obtained, wherein the contents of the four nutrients in each 100g of the eggs respectively reach 110 micrograms, 250mg, 15mg and 18 micrograms and are more than 3 times, 4 times, 6 times and 9 times as much as those of common eggs; meanwhile, the content of omega-3 polyunsaturated fatty acid is greatly increased when being compared with that of the common eggs and the DHA is effectively protected.
Description
Technical field
The invention belongs to chicken field of fodder, particularly relate to a kind of for the production of suitable pregnant women and babies mixed feed eating egg and preparation method thereof.
Background technology
For pregnant woman and baby, folic acid, DHA, vitamin E, vitamin D are very important nutrients.Supplement this several nutrient by egg and there is obvious advantage, folic acid, DHA, vitamin E, vitamin D transform through laying hen biology, more easily digested, and safer, therefore the very suitable pregnant woman of the egg of this several nutritious matter of Sync enrichment, immunoenzyme technics eat.
Egg nutrient substance digestion absorptivity is high, is the desirable food of pregnant women and babies; Pregnant woman and baby are large to natural digestible folic acid, DHA, vitamin E, vitamin D demand, provide pregnant woman and the necessary natural folic acid of baby, DHA, vitamin E, vitamin D very valuable so do carrier with egg.
AHA, the World Health Organization, Chinese Soclety of Nutrition's suggestion normal adult human eat at most 1 egg every day, therefore enrichment folic acid, DHA, vitamin E, vitamin D in single piece of egg, meets pregnant woman simultaneously and the demand of baby to above four kinds of nutrients is particularly important.
Rarely seen egg by feed or the single enrichment vitamin E of additive, vitamin A or Sync enrichment DHA and vitamin E at present, have no the egg of enrichment folic acid and vitamin D, with the functional health egg of fashion less than the Sync enrichment folic acid developed for pregnant women and babies, DHA, vitamin E, vitamin D four kinds of important nutrient.
Summary of the invention
In order to solve above technical problem; the invention provides a kind of for the production of suitable pregnant women and babies feed eating egg and preparation method thereof; the egg of Sync enrichment folic acid, DHA, vitamin E, vitamin D four kinds of nutrients can be produced after healthy laying hen searches for food; and the substance such as DHA, vitamin E in this egg is effectively protected, and makes human body fully absorb.
Solve a kind of feed eating egg for the production of suitable pregnant women and babies of above technical problem, it is characterized in that: described feed each component and component weight portion are: corn 500 ~ 560 parts, dregs of beans 170 ~ 220 parts, expanded linseed 60 ~ 120 parts, microalgae powder 8 ~ 12 parts, walnut cakes 40 ~ 80 parts, wild pepper seed 10 ~ 20 parts, chili meal 5 ~ 15 parts, sesame seed meal 10 ~ 20 parts, the wheat embryo dregs of rice 5 ~ 15 parts, 9 ~ 20 parts, green tea powder, 10 ~ 20 parts, soybean lecithin powder, purple perilla seed 10 ~ 20 parts, 2 ~ 4 parts, fish oil, stone flour 60 ~ 80 parts, pre-mixing agent 20 ~ 30 parts.
Optimization of C/C composites may further be: corn 500 parts, dregs of beans 170 parts, expanded linseed 80 parts, microalgae powder 12 parts, walnut cakes 40 parts, wild pepper seed 10 parts, chili meal 15 parts, sesame seed meal 15 parts, the wheat embryo dregs of rice 7 parts, 9 parts, green tea powder, 10 parts, soybean lecithin powder, purple perilla seed 20 parts, 2 parts, fish oil, stone flour 80 parts, pre-mixing agent 30 parts.
In the present invention with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 6 ~ 7 parts, salt 2.5 ~ 3.5 parts, methionine 0.6 ~ 1 part, lysine 0.5 ~ 1.2 part, purity be 60% Choline Chloride 0.5 ~ 0.8 part, 0.6 ~ 1 part, sodium bicarbonate, phytase 0.07 ~ 0.1 part, vitamin E 0.1 ~ 0.5 part, vitamin D 0.005 ~ 0.02 part, 0.025 ~ 0.1 part, folic acid, B B-complex 0.1 ~ 0.28 part, mineral trace element premix 4 ~ 4.5 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
A kind of preparation method eating the feed of egg for the production of suitable pregnant women and babies in the present invention, comprises the following steps:
(1) preparation of premix: first by pre-mixing agent according to formula rate weigh, mix stand-by;
(2) preparation of linseed: adopt dry-way extrusion method to carry out expanded to linseed, the time of raw material in bulking machine machine thorax is no more than 25 seconds, temperature 120 ~ 140 DEG C; Temperature allows the fast ripe intensification of linseed and slaking, and the time mainly ensures that linseed does not want overcure, reduces protein denaturation, the loss of vitamin at a certain temperature.
(3) corn 8.0mm sieve carries out pulverizing, dregs of beans, walnut cakes, wild pepper seed, chili meal, purple perilla seed 4.0mm sieve pulverize; The requirement of grinding particle size be in order to realize laying hen on feed have peak use rate, best production performance and do not affect laying hen health, more to one's profit economically)
(4) by corn, dregs of beans, walnut cakes, wild pepper seed, the chili meal after pulverizing, linseed after expanded, powder raw material green tea powder, soybean lecithin powder, microalgae powder, sesame seed meal, the wheat embryo dregs of rice, stone flour and pre-mixing agent proportioning mix 1 ~ 2 minute in proportion, adds equipment with the grease in mixer and evenly sprays into 2-4 part fish oil and make uniform powdery laying-hen compound feed in mixed process.
Wherein, maximum temperature 140 DEG C time expanded, the time is for being no more than 25 seconds.By bulking process, the digestive utilization ratio of laying hen linseed nutritional labeling can be improved.
Described feed is applicable to 150 ~ 240 days healthy laying hens.
Be rich in ω 1 and ω 1 unrighted acid in linseed, in its aliphatic acid, linolenic content is up to 49%, linoleic acid content 14%, and oleic acid content is 22%, and unsaturated fatty acid content reaches 86%.Alpha-linolenic acid can be converted into DHA, DPA, EPA etc. in vivo.Alpha-linolenic acid is the parent of DHA.6% expanded linseed group alpha-linolenic acid content comparatively control group 12% linseed directly pulverize feed group raising 37%, 6% expanded linseed group DHA content comparatively control group 12% linseed directly pulverize group raising 23% of feeding.Feed cost is also reduced while using expanded linseed to be conducive to leukotrienes and the deposition of DHA in egg.
Microalgae powder is with natural seaweed---splitting kettle algae is algae kind, and form by modern biotechnology is refining, being rich in DHA, protein, nucleotides, polysaccharide, vitamin and other bioactivator, is the vegetalitas DHA nutrition fortifier of high-quality.Microalgae powder DHA content is more than 18%.
Purple perilla seed is the seed of purple perilla, and in purple perilla, alpha-linolenic acid is the highest in all plants.
Walnut cakes is the accessory substance after walnut oil expression, and protein content about 35%, is rich in vitamin A. D. E, and amino acid content is abundant and balanced.Crude fat content 14% in walnut cakes.
Fish oil is the general designation of the whole oily substances in fish body, and it comprises body oil, liver oil and cerebrol.Fish oil is the byproduct of fish meal processing, is that fish and discarded object thereof are through steaming, squeezing and be isolated.The Main Ingredients and Appearance of fish oil is: triglyceride, phosphorus glycerin ether, lipoid, liposoluble vitamin, and protein degradation thing etc.
It is the feed formula producing Sync enrichment folic acid, DHA, vitamin E, vitamin D four kinds of nutrient eggs in the present invention.Fed this complete feed after 2 weeks to the laying hen of 150 ~ 240 ages in days; the egg of Sync enrichment folic acid, DHA, vitamin E, vitamin D four kinds of nutrients can be obtained; wherein the content of every 100 grams of eggs four kinds of nutrients can reach 110 μ g, 250mg, 15mg, 18 μ g respectively; 3 of common egg, 4,6, more than 9 times respectively; ω-3 polyunsaturated fatty acid also significantly improves than common egg simultaneously, and DHA is effectively protected.Pregnant women and babies edible this functional Egg every day, can demand to above four kinds of nutrients be met, and take in natural transform through biological folic acid, DHA, vitamin E, vitamin D relative to Prof. Du Yucang be more conducive to pregnant woman and babies is healthy.
Detailed description of the invention
In the present invention, preparation method is as follows:
(1) preparation of premix: first by pre-mixing agent according to formula rate weigh, mix stand-by;
(2) preparation of linseed: adopt dry-way extrusion method to carry out expanded to linseed, the time of raw material in bulking machine machine thorax is no more than 25 seconds, temperature 120 ~ 140 DEG C; Temperature allows the fast ripe intensification of linseed and slaking, and the time mainly ensures that linseed does not want overcure, reduces protein denaturation, the loss of vitamin at a certain temperature.
(3) corn 8.0mm sieve carries out pulverizing, dregs of beans, walnut cakes, wild pepper seed, chili meal, purple perilla seed 4.0mm sieve pulverize; The requirement of grinding particle size be in order to realize laying hen on feed have peak use rate, best production performance and do not affect laying hen health, more to one's profit economically)
(2) by corn, dregs of beans, walnut cakes, wild pepper seed, the chili meal after pulverizing, linseed after expanded, powder raw material green tea powder, soybean lecithin powder, microalgae powder, sesame seed meal, the wheat embryo dregs of rice, stone flour and pre-mixing agent proportioning mix 1 ~ 2 minute in proportion, adds equipment with the grease in mixer and evenly sprays into 2-4 part fish oil and make uniform powdery laying-hen compound feed in mixed process.
Wherein, maximum temperature 140 DEG C time expanded, the time is for being no more than 25 seconds.
Embodiment 1
Prepare feed according to above preparation method, concrete formula is as follows:
Corn 550 parts, dregs of beans 200 parts, expanded linseed 100 parts, microalgae powder 9 parts, walnut cakes 50 parts, wild pepper seed 15 parts, chili meal 8 parts, sesame seed meal 15 parts, the wheat embryo dregs of rice 10 parts, 15 parts, green tea powder, 15 parts, soybean lecithin powder, purple perilla seed 15 parts, 3 parts, fish oil, stone flour 70 parts, pre-mixing agent 15 parts.
Wherein, with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 6.5 parts, salt 3 parts, methionine 0.7 part, lysine 0.9 part, purity be 60% Choline Chloride 0.6 part, 0.8 part, sodium bicarbonate, phytase 0.09 part, vitamin E 0.3 part, vitamin D 0.015 part, 0.05 part, folic acid, B B-complex 0.15 part, mineral trace element premix 4.4 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
Embodiment 2
Prepare feed according to above preparation method, concrete formula is as follows:
Corn 500 parts, dregs of beans 170 parts, expanded linseed 60 parts, microalgae powder 8 parts, walnut cakes 40 parts, wild pepper seed 10 parts, chili meal 5 parts, sesame seed meal 10 parts, the wheat embryo dregs of rice 5 parts, 9 parts, green tea powder, 10 parts, soybean lecithin powder, purple perilla seed 10 parts, 2 parts, fish oil, stone flour 60 parts, pre-mixing agent 20 parts.
Wherein, with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 6 parts, salt 2.5 parts, methionine 0.6 part, lysine 1.2 parts, purity be 60% Choline Chloride 0.5 part, 0.6 part, sodium bicarbonate, phytase 0.1 part, vitamin E 0.5 part, vitamin D 0.005 part, 0.1 part, folic acid, B B-complex 0.1 part, mineral trace element premix 4 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
Embodiment 3
Prepare feed according to above preparation method, concrete formula is as follows:
Corn 560 parts, dregs of beans 220 parts, expanded linseed 120 parts, microalgae powder 12 parts, walnut cakes 80 parts, wild pepper seed 20 parts, chili meal 15 parts, sesame seed meal 20 parts, the wheat embryo dregs of rice 15 parts, 20 parts, green tea powder, 20 parts, soybean lecithin powder, purple perilla seed 20 parts, 4 parts, fish oil, stone flour 80 parts, pre-mixing agent 30 parts.
Wherein, with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 7 parts, salt 3.5 parts, methionine 1 part, lysine 0.5 part, purity be 60% Choline Chloride 0.8 part, 1 part, sodium bicarbonate, phytase 0.07 part, vitamin E 0.1 part, vitamin D 0.02 part, 0.025 part, folic acid, B B-complex 0.28 part, mineral trace element premix 4.5 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
Embodiment 4
Prepare feed according to above preparation method, concrete formula is as follows:
Corn 500 parts, dregs of beans 170 parts, expanded linseed 80 parts, microalgae powder 12 parts, walnut cakes 40 parts, wild pepper seed 10 parts, chili meal 15 parts, sesame seed meal 15 parts, the wheat embryo dregs of rice 7 parts, 9 parts, green tea powder, 10 parts, soybean lecithin powder, purple perilla seed 20 parts, 2 parts, fish oil, stone flour 80 parts, pre-mixing agent 30 parts.
Wherein, with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 7 parts, salt 3 parts, methionine 0.8 part, lysine 1 part, purity be 60% Choline Chloride 0.7 part, 0.8 part, sodium bicarbonate, phytase 0.09 part, vitamin E 0.3 part, vitamin D 0.01 part, 0.08 part, folic acid, B B-complex 0.2 part, mineral trace element premix 4.3 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
Embodiment 5
Prepare feed according to above preparation method, concrete formula is as follows:
Corn 543 parts, dregs of beans 165 parts, expanded linseed 120 parts, microalgae powder 8 parts, walnut cakes 55 parts, wild pepper seed 10 parts, chili meal 12 parts, sesame seed meal 20 parts, the wheat embryo dregs of rice 15 parts, 20 parts, green tea powder, 10 parts, soybean lecithin powder, purple perilla seed 10 parts, 2 parts, fish oil, stone flour 80 parts, pre-mixing agent 30 parts.
Wherein, with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 7 parts, salt 3 parts, methionine 0.8 part, lysine 1 part, purity be 60% Choline Chloride 0.7 part, 0.8 part, sodium bicarbonate, phytase 0.09 part, vitamin E 0.3 part, vitamin D 0.01 part, 0.08 part, folic acid, B B-complex 0.2 part, mineral trace element premix 4.3 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
Embodiment 6
Prepare feed according to above preparation method, concrete formula is as follows:
Corn 525 parts, dregs of beans 155 parts, expanded linseed 63 parts, microalgae powder 12 parts, walnut cakes 50 parts, wild pepper seed 20 parts, chili meal 7 parts, sesame seed meal 10 parts, the wheat embryo dregs of rice 5 parts, 10 parts, green tea powder, 10 parts, soybean lecithin powder, purple perilla seed 20 parts, 3 parts, fish oil, stone flour 80 parts, pre-mixing agent 30 parts.
Wherein, with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 7 parts, salt 3 parts, methionine 0.8 part, lysine 1 part, purity be 60% Choline Chloride 0.7 part, 0.8 part, sodium bicarbonate, phytase 0.09 part, vitamin E 0.3 part, vitamin D 0.01 part, 0.08 part, folic acid, B B-complex 0.2 part, mineral trace element premix 4.3 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
Embodiment 7
Control group is filled a prescription
Corn 630 parts, dregs of beans 230 parts, 5 parts, wheat bran, pre-mixing agent 50 parts
Wherein, with feed total weight parts calculate, in described pre-mixing agent each component and component weight portion be calcium monohydrogen phosphate 7 parts, salt 3 parts, methionine 0.8 part, lysine 1 part, purity be 60% Choline Chloride 0.7 part, 0.8 part, sodium bicarbonate, phytase 0.09 part, vitamin E 0.3 part, vitamin D 0.01 part, 0.08 part, folic acid, B B-complex 0.2 part, mineral trace element premix 4.3 parts.
Calculate with feed total weight parts, described mineral trace element premix is copper 0.0007 ~ 0.00088 part, iron 0.0005 ~ 0.00078 part, 0.0007 ~ 0.0011 part, manganese, 0.0006 ~ 0.00098 part, zinc, cobalt 0.00075 ~ 0.0009 part, all the other are carrier, and carrier can be rice bran.
Contrast experiment
Namely four process are randomly drawed out with the formula in embodiment 4-6 and setting control group, each process 500 laying hens, wherein test group three process feed in three kinds of embodiment 4-6 formula forage, the feed of control group formulated in control group fed embodiment 7,35 days experimental periods, egg sample is gathered, censorship folic acid, DHA, VD, VE in the 15th, 25,35.
The experimental data obtaining being correlated with is as following table:
Can draw from above table, the formula in the present invention is obviously better than control group.
Formula in the present invention and preparation method make egg Sync enrichment folic acid, DHA, vitamin E, vitamin D four kinds of nutrients, pregnant women and babies is taken in natural in the biological four kinds of nutriments transformed by one piece of egg, relative to Prof. Du Yucang be more conducive to pregnant woman and babies is healthy.
Claims (3)
1. eat a feed for egg for the production of suitable pregnant women and babies, it is characterized in that: described feed each component and component weight portion are: corn 500 ~ 560 parts, dregs of beans 170 ~ 220 parts, expanded linseed 60 ~ 120 parts, microalgae powder 8 ~ 12 parts, walnut cakes 40 ~ 80 parts, wild pepper seed 10 ~ 20 parts, chili meal 5 ~ 15 parts, sesame seed meal 10 ~ 20 parts, the wheat embryo dregs of rice 5 ~ 15 parts, 9 ~ 20 parts, green tea powder, 10 ~ 20 parts, soybean lecithin powder, purple perilla seed 10 ~ 20 parts, 2 ~ 4 parts, fish oil, stone flour 60 ~ 80 parts, pre-mixing agent 20 ~ 30 parts.
2. according to a kind of feed eating egg for the production of suitable pregnant women and babies described in claim 1, it is characterized in that: corn 500 parts, dregs of beans 170 parts, expanded linseed 80 parts, microalgae powder 12 parts, walnut cakes 40 parts, wild pepper seed 10 parts, chili meal 15 parts, sesame seed meal 15 parts, the wheat embryo dregs of rice 7 parts, 9 parts, green tea powder, 10 parts, soybean lecithin powder, purple perilla seed 20 parts, 2 parts, fish oil, stone flour 80 parts, pre-mixing agent 30 parts.
3. according to a kind of feed eating egg for the production of suitable pregnant women and babies described in claim 1, it is characterized in that: described feed is applicable to 150 ~ 240 days healthy laying hens.
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Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101444256A (en) * | 2007-11-26 | 2009-06-03 | 张儒德 | Chicken feed additive for increasing the DHA content of eggs |
| CN101268808B (en) * | 2008-05-21 | 2011-09-28 | 吴家泉 | Egg feedstuff rich in omega-3 fatty acid and preparation method thereof |
| CN101433267B (en) * | 2008-12-10 | 2011-11-16 | 马玉修 | Additive agent for chicken feed |
| CN102783587A (en) * | 2012-09-03 | 2012-11-21 | 刘锋 | Chicken feed additive capable of reducing cholesterol and increasing lecithin of eggs |
-
2013
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107455604A (en) * | 2017-09-18 | 2017-12-12 | 永州市掌望生态农业有限公司 | It is a kind of to be used to produce the feed addictive rich in omega-3 fatty acid egg |
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