CN101653209A - Feeding method of health-care eggs - Google Patents
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- CN101653209A CN101653209A CN200910163540A CN200910163540A CN101653209A CN 101653209 A CN101653209 A CN 101653209A CN 200910163540 A CN200910163540 A CN 200910163540A CN 200910163540 A CN200910163540 A CN 200910163540A CN 101653209 A CN101653209 A CN 101653209A
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Abstract
The invention discloses a feeding method of health-care eggs, which comprises the following steps: mixing a mineral substance premix and a vitamin premix in a material to be fermented which is 10% ofthe daily ration of compound feed; under the condition of the existence of a nitrogen source and a carbon source, fermenting in a solid state at normal temperature by effective micropopulation; converting more than 920g of contained high level calcium carbonate, 21.2-45.8g of contained monohydrate ferrous sulfate, 17.8-31.8g of contained monohydrate zinc sulfate, 0.047-0.07g of contained sodium selenite and 10.6g of contained monohydrate manganese sulfate into corresponding amino acid chelate compounds; mixing 1 portion of the amino acid chelate compounds with 9 portions of compound feed to produce 100kg of fermented compound feed to feed poultry; and by the secondary biological transformation, producing the health-case eggs containing the elements as follows: more than 6700mg/g of Ca, 120-250 mg/g of Fe, 120-210mg/g of Zn, 0.42-0.63 mg/g of Se, 66.7 mg/g of Mn, 3.83-7.5 mg/g of VA, 0.1 mg/g of VD3, 230-250 mg/g of VE, 1000-2000 mg/g of VC, 20 mg/g of VB1, 20 mg/g of VB2, 20 mg/g of VB6, 2.0-4.17 mg/g of folic acid and 2.0-3.83 mg/g of beta-carotene.
Description
Technical field
The present invention relates to a kind of safe rearing method that contains a large amount multivitamin and mineral matter health care fowls egg.
Background technology
Birds, beasts and eggs are main sources that the mankind obtain the high-quality animal protein, and it is not only nutritious, and raise simply, with low cost, are that nature is vouchsafed human a Special Present, and are very popular.
Since the sixties in last century, as carrier, the research that utilizes it to carry various nutrients constantly has new discovery with birds, beasts and eggs
[1], its rearing method is varied, as the laying hen of feeding in the daily ration that is added into laying hen with yeast selenium, Thallus Laminariae (Thallus Eckloniae) extract, has obtained high selenium egg and high-iodine eggs respectively." CN1092251A " and " CN1518886A " discloses " a kind of breeding method of fortification egg " and " functional Chinese medicine nutritional egg " respectively.The former is that the inorganic salts pre-mixing agent with trace element directly adds in the daily ration of laying hen or quail and feeds.The latter is the mixture with the various trace elements inorganic salts, joins in a kind of traditional Chinese herbal decoction, is made into nutrient solution, and for laying hen drinking-water, its supply level has reached feeding standard
[2]Limit the quantity of 2～16.7 times, attempt to break through in this way the regulation of the national professional standard of layer breeding, improve the supply level of trace element, in the hope of reaching the purpose of all high health-care eggs of a kind of multielement content of output comprehensively.This might obtain the short-term success concerning single-element, because poultry can tolerate the supply of overdose trace element inorganic salts in short-term.As frog constantly eaten contain the insect of highly toxic pesticide after, can in vivo its savings be enriched to dozens to one hundred times, self can not die like a rat.And multielement inorganic salts while out of range value is added the exploratory experiment of feeding egg fowl, then can not obtain the result of anticipation.This be because, the basis of these tests, the inorganic or simple organic compound that still rests on these elements is mixed with premix, directly adds to advance in the feed and feeds, the same when formulating its feeding standard value with country's (comprising developed countries such as America and Japan), do not take a step forward.The inorganic salts out of range value of mineral element is supplied with, and is (the specific physiological requirements except, as calcium etc.) that are harmful to laying poultry, and its biological value is low, be the result of biochemical reaction, not equal to be a kind of protective reaction of its body.Practice in the past confirmed already that poultry, domestic animal did not tolerate it as the mankind yet, and not only biological value is low, also can produce savings in the body, existed very big risk.Its reason is, under the prior art condition, enter the alimentary canal of egg fowl when feed, be in a dominant oxydative spoilage environment of putrefactive microorganisms, through complex reactions such as physics and biochemistry, the inorganic compound of its mineral is dissociated into ion rapidly in highly acid gastric juice, can produce stomach stimulates, when chyme is being pushed by muscular stomach in the process of duodenum and jejunum, gastric juice is neutralized gradually by pancreatic juice, pH value increases, and some can be adsorbed by cellulose and drain these element ions (element of many oxidation numbers is oxidized to be high valence state and the toxicity enhancing) in chyme; Some can be drained with the compound of generation indissolubles such as hydroxyl, phytic acid root, carbonate.Not only absorptivity is low, and the waste resource also pollutes environment.
New prospect has been opened up in applying to animal husbandry of microbiological feed, and various countries have carried out many-sided research and explored to this.Aspect the research of microelement feed addictive, be earlier with the united states, japan and other countries, one after another research emphasis is turned to chemical industry method exploitation microelement chelate preparation
[3]But at present, also do not find the mineral matter inorganic salts of high-load in the feed addictive are converted into amino-acid chelate and the laying poultry of feeding with microbial technique, thereby realization surmounts the report of mineral element value in the feeding standard comprehensively.
The amino-acid chelate of trace element is as the nourishing additive agent type of a new generation, very outstanding advantage is arranged, not hydrolysis in the highly acid gastric juice of egg fowl, jejunum can go directly, directly absorbed at weakly alkaline environment, the biological value height, but at present because the valency height, and quality is still unstable, and extensive use is still waiting time.
" CN 1879506A " discloses " a kind of nutrition egg and production method thereof ", proposes to use microbial technique, produces the nutrition egg that is rich in multivitamin and mineral element.The load technological means is ambiguous, does not also disclose critical technical parameter.
The objective of the invention is to overcome the deficiencies in the prior art and technology prejudice, with birds, beasts and eggs as a kind of " bio-carrier ", a kind of safe and easy rearing method is provided, raises out the health care egg that a kind of safe tax has multiple high-load vitamin and biological attitude type mineral element, low cholesterol and the living factor of multiple benefit.To satisfy all kinds of crowds' health care demand.
Summary of the invention the present invention is according to little ecological theory, with the former dew of CEM-EM (EffectiveMicroorganisms), has set up and has studied and propose after laying poultry micro ecology of gastrointestinal tract model and the biochemical reaction mechanism thereof.Belong to more than 80 kind of efficacious microbial colony (EM) by five sections ten earlier and make the-level bio-transformation device, foundation-individual benefit is given birth to system
[4], the oxidation resistant microecosystem of a reduced form in this system, is all protected by the vitamin of the mineral element ion that dissociated and coexistence and not oxidized, is difficult for producing antagonism each other.Experiment confirm, under the condition of protein (nitrogenous source) and carbon source existence, this system can dissociate the element in the mineral matter inorganic salts of high-load, and transforms the stable amino-acid chelate of generation.Design of the present invention is: it is in the main fermentation material of forming that various mineral matter inorganic salts and multivitamin are compounded into the mixed feed, wherein carrier calcium carbonate, 50% bean cake powder and 50% expanded meat meal tankage, again as calcium source, nitrogenous source and carbon source, make protein and carbon source that capacity is wherein arranged, guarantee in fermentation, to produce chelatropic reaction.In the aerobic fermentation of fermentation leading portion, photosynthetic bacteria group, yeast flora and Gram-positive flora fast breeding, difficult decomposed substances such as degraded chitin, cellulose, produce various enzymes, amino acid, carbohydrate, antibiotics and vitamin etc. simultaneously, not only improved the nutrition balance of feed, also the matrix that provides fast breeding for the lactobacillus and the thread flora of symbiosis.When the interior temperature of fermentation material reaches 40 ℃, enter the anaerobic fermentation stage, at this moment, lactobacillus and thread flora fast breeding, produce a large amount of lactic acid, acidity increases in the fermentation material, various mineral matter inorganic salts is dissociated, when reaching oxygen free condition in the fermentation system, the pressure self-dissolving of microorganisms, make quilt such as intracellular intracellular protein enzyme secrete out, the enzymolysis that participates in protein send out should, each seed amino acid that is generated promptly with fermentation system in the mineral element ion that dissociated generate chelate.This has found economic easy method for mineral nutrient in the application of feed additive field, has opened up wide prospect; For break through the value restriction of mineral element in the relevant egg poultry raising standard comprehensively, raise out the third generation health food that contains multiple a large amount mineral element and vitamin---the health care egg provides the theory and practice foundation.
The formed fermentation system of CEM (EM) has very strong oxidation resistance, has added Mn, V again in the present invention's prescription
EAnd V
C, formed a system of keeping Radical Metabolism balance in the body, help egg fowl and health.
Second step of the present invention is various nutriments, prebiotic substance and the formed whole oxidation resistant microecosystem with microbial conversion device institute carrier band, intactly be transferred to the alimentary canal of egg fowl, the corrupt microecosystem of its original oxidized form is transformed into the living system of benefit of reduced form, under the anti-oxidant condition of brute force of the present invention, the mineral element amino-acid chelate of multiple high-load and vitamin are safe to laying poultry, can be transferred in the egg product safely by metabolism and genetic mechanism after it enters in the laying poultry body with fermented feed together.
The present invention is with reference to " DRIs " and document
[5], [6], in conjunction with some element-specific that causes because of environmental factor (as Mn
2+) intake is not enough and design.Revise this prescription, applicable to all groups.Premix formulation design of the present invention is as follows:
One, mineral substance premix A
1-3(unit: gram/kilogram), press 1% of daily ration and add.
1, the elderly's prescription (A
1):
1., ferrous sulfate monohydrate (FeSO
4H
2O): ... 21.2
2., monohydrate zinc sulphate (ZnSO
4H
2O): ... 17.8
3., sodium selenite (Na
2SeO
3): ... 0.059
4., manganese sulfate monohydrate (MnSO
4H
2O): ... 10.6
5., calcium carbonate (CaCO
3): do carrier, diluent and calcium source, add to full dose 1000 grams.
2, adult female's prescription (A
2):
1., ferrous sulfate monohydrate (FeSO
4H
2O): ... 45.8
2., monohydrate zinc sulphate (ZnSO
4H
2O): ... 19.0
3., sodium selenite (Na
2SeO
3): ... 0.07
4., manganese sulfate monohydrate (MnSO
4H
2O): ... 10.6
5., calcium carbonate (CaCO
3): do carrier, diluent and calcium source, add to full dose 1000 grams.
3, children, the teenager (A that fills a prescription
3):
1., ferrous sulfate monohydrate (FeSO
4H
2O): ... 30.5
2., monohydrate zinc sulphate (ZnSO
4H
2O): ... 31.9
3., sodium selenite (Na
2SeO
3): ... 0.05
4., calcium carbonate (CaCO
3): do carrier, diluent and calcium source, add to full dose 1000 grams.
Two, vitamin premix B
1-3: (unit: gram/kilogram), press 1% of daily ration and add.
1, the elderly's prescription (B
1):
1., vitamin A acetate fat: ... 0.19
2., vitamin D
3: ... 0.005
3., 50% vitamin E acetate fat: ... 25.0
4., L-ascorbic acid: ... 100.0
5., Cobastab
1: ... 1.0
6., Cobastab
2: ... 1.0
7., Cobastab
6: ... 1.0
8., folic acid: ... 0.15
9., beta carotene: ... 0.19
10., 50% bean cake powder and 50% expanded meat meal tankage: do carrier, diluent, protein sources and calcium source, add to full dose 1000 grams.
2, adult female's prescription (B
2):
1., vitamin A acetate fat: ... 0.29
2., 50% vitamin E acetate fat: ... 23.0
3., L-ascorbic acid: ... 50.0
4., Cobastab
1: ... 1.0
5., Cobastab
2: ... 1.0
6., Cobastab
6: ... 1.0
7., folic acid: ... 0.20
8., beta carotene: ... 0.10
9., 50% bean cake powder and 50% expanded meat meal tankage: do carrier, diluent, protein sources and calcium source, add to full dose 1000 grams.
3, children, the teenager (B that fills a prescription
3):
1., vitamin A acetate fat: ... 0.37
2., vitamin D
30.005
3., L-ascorbic acid: ... 50.0
4., Cobastab
1: ... 1.0
5., Cobastab
2: ... 1.0
6., Cobastab
6: ... 1.0
7., folic acid: ... 0.10
8., 50% bean cake powder and 50% expanded meat meal tankage: do carrier, diluent, protein sources and calcium source, add to full dose 1000 grams.
Purpose of the present invention will realize by following concrete scheme: the commercially available mixed feed of daily ration use of laying poultry (also can be by the standard autogamy, wherein relevant minerals and vitamins nutrient part, can with joint account of the present invention, and participate in fermentation, but crude protein decrement 10～20%).Be used to make the also use mixed feed of fermentation material, account for 8% of daily ration, premix A
1-3With premix B
1-3Respectively account for 1% of daily ration, fermentative microorganism is selected the former dew of EM (production of Jiangxi providence company) for use.
Step: take by weighing mixed feed by 8% of daily ration earlier, again with aforementioned premix A
1-3With premix B
1-3Respectively pressing 1% of daily ration adds, abundant mixing, then the former dew of EM is made brown sugar (consumption is with the former dew of the EM) aqueous solution by 0.1% of daily ration, be added to and above-mentionedly treat that (water content is controlled at 33～35% in the fermentation material, pinch agglomerating with hand, loosing one's grip promptly looses is degree) fully mix, it is changed in fermentation vat or the double-deck black thick polyethylene polybag compress, sealing is (when winter, temperature was low, can first blow-by carry out aerobic fermentation, seal again when waiting to expect temperature rise to 40 ℃, carry out anaerobic fermentation), place dark place fermentation 5～7 days.After giving out distiller's yeast acid fragrance flavor in the fermentation material, promptly ferment successfully.Before feeding, this 1 part in fermentation material and 9 parts of mixed feeds are fully mixed, the preparation fermentation compound feed, gradation is fed.
The present invention compared with prior art, following advantage and good effect are arranged: owing to be carrier with the mixed feed, the those high in calcium that to carry respectively by calcium carbonate and 50% bean cake powder and 50% meat meal tankage, iron, zinc, mineral matter such as selenium and manganese inorganic salts and multivitamin premix are mixed wherein, carry out first order bio-transformation with the former dew of EM, obtain the fermentation material, wherein contained mineral element has transformed and has generated various amino-acid chelates (as amino acid calcium, amino-acid zinc etc.), again this fermentation material is compounded in the mixed feed daily ration of egg fowl in proportion, make the fermentation compound feed egg fowl of feeding, the whole microecosystem that the first order microbial fermentation that then this feed carried forms intactly is transferred to the alimentary canal of laying poultry, carry out second level bio-transformation, raise out and contain biological attitude type calcium, iron, zinc, selenium, element and multivitamin health care eggs such as manganese, wherein mineral element is to compose in conjunction with albumen with lower valency to be stored in the egg product (mainly at yolk).Its function factor and chemical constitution are clear and definite, and content is controlled, no hormone and residues of pesticides
[7]Compare with existing known technology, the present invention has broken through the prior art indication
[2]Restriction proposes and the using microbe technical method first, successfully the mineral matter inorganic salts of high-load is converted into amino-acid chelate at normal temperatures, makes it obtain to become possibility without the method for chemical industry, for new prospect has been opened up in its application; Compare with existing minerals and vitamins premix technology, the present invention has added carbon source and nitrogenous source, and the protein sources of capacity is particularly arranged, and provides requirement (other produces when fermenting voluntarily as enzyme system, acidity etc.) for produce chelatropic reaction in fermentation; Compare with common egg product, mineral element content of the present invention is higher 6 to 15 times than it respectively, and vitamin content will exceed 6.5 to 30 times, and cholesterol descends 80%, no hormone and residues of pesticides
[7]Contain inorganic and simple organic mineral matter multiannensional-sine health food with existing
[5]Compare, the invention belongs to third generation health food, absorption rate height not only, and stimulating gastrointestinal not, edible safety; Compare with the function egg product of single element, the egg product that the present invention obtains, round Realization the upgrading of multidimensional mineral element health products, can satisfy needs different crowd every day to several kinds of mineral elements, vitamin and protein.
Specific implementation method: following raising with laying hen is an example, and the invention will be further described:
Embodiment one:
1, daily ration is formed: press daily ration total amount double centner and calculate, wherein the mixed feed daily ration is 90 kilograms, as 8 kilograms of the mixed feeds of fermentation (part is fermented), 1 kilogram of premix A
1With 1 kilogram of premix B
1, 0.1 kilogram of former dew of EM (100ml), 0.1 kilogram in brown sugar, 3.3～3.5 kilograms of clean warm water (＜40 ℃).
2, the fermentation material is made (making in preceding 7～10 days of feeding):
1., take by weighing 8 kilograms of mixed feeds, place in the mixer or thick Polypropylence Sheet on, to wherein adding premix A
1With premix B
1Each 1 kilogram, stir evenly standby (waiting to ferment);
2., zymotic fluid (disregard heavily) preparation: in EM: brown sugar: daily ration: water=1: 1: 1000: 33～35 ratio, take by weighing 0.1 kilogram of brown sugar, be dissolved in a small amount of clean warm water (＜40 ℃), measure 100 milliliters of former dew of EM, be added in the brown sugar water, stir evenly, be poured in about 3 kilograms of clean warm water, stir evenly stand-by;
3., fermentation: above-mentioned zymotic fluid is slowly sprayed (falling) go into aforementioned standby treating in the fermentation material, the spray while stirring is until even (control water content 33～35%, pinch agglomerating with hand, loosing one's grip promptly looses is degree), in its pack into fermentation vat or double-deck black thick polyethylene polybag, the compacting sealing, move to the dark place and ferment 5～7 days (when winter temperature hangs down, elder generation's blow-by fermentation, anaerobic fermentation was carried out in compacting sealing again when temperature rose to 40 ℃ in waiting to expect), when treating that it gives out distiller's yeast acid fragrance flavor, i.e. fermentation is finished.
3, preparation fermentation compound feed (belonging to the part fermentation): 1 part in above-mentioned fermentation material is added in 9 parts of (90 kilograms) mixed feeds, stir the back fermentation compound feed, be applicable to the egg fowl in the postpartum of feeding out, beginning makes it tide over the laundering period (about 10 days) by lacking at the most.Should clean out crib every day, and residual feed is collected the back sealing and preserved, and can use in second day again.
4, nutrient content in the egg (in egg size 60 grams/piece): contain low cholesterol protein in every piece of egg
[7]More than 12 grams, biological attitude type mineral element and vitamin (unit in the bracket: microgram/gram egg): Ca (more than 6700), Fe (120), Zn (120), Se (0.5), Mn (66.7), V
A(3.83), V
D3(0.1), V
E(250), V
C(2000), V
B1(20), V
B2(20), V
B6(20), folic acid (3.0), beta carotene (3.83).
Embodiment two:
1, daily ration is formed: press daily ration total amount double centner and calculate, wherein the mixed feed daily ration is 90 kilograms, as 8 kilograms of the mixed feeds of fermentation (part is fermented), premix A
2With premix B
2Each 1 kilogram, 0.1 kilogram of former dew of EM (100ml), 0.1 kilogram in brown sugar, 3.3～3.5 kilograms of clean warm water (＜40 ℃).
2, the fermentation material is made:
1., take by weighing 8 kilograms of mixed feeds place in the mixer or thick Polypropylence Sheet on, to wherein adding premix A
2With premix B
2Each 1 kilogram, stir evenly standby (waiting to ferment);
2., zymotic fluid (disregard heavily) preparation: in EM: brown sugar: daily ration: water=1: 1: 1000: 33～35 ratio, take by weighing 0.1 kilogram in brown sugar, be dissolved in a small amount of clean warm water (＜40 ℃), measure 100 milliliters of former dew of EM, be added in the brown sugar water, stir evenly, be added in about 3 kilograms of clean warm water (＜40 ℃), stir evenly stand-by;
3., fermentation: above-mentioned zymotic fluid is slowly sprayed into aforementioned standby treating in the fermentation material, the spray while stirring, until evenly (controlling water content 33～35%), in its pack into fermentation vat or double-deck black polyethylene polybag, press slightly, seal, placed dark place fermentation 5～7 days, when treating that it gives out distiller's yeast acid fragrance flavor.
3, preparation fermentation compound feed (belonging to the part fermentation): with embodiment one.
4, nutrient content in the egg (in egg size 60 grams/piece): contain more than low cholesterol protein 12 grams biological attitude type mineral element and vitamin (unit in the bracket: microgram/gram egg): Ca (more than 6700), Fe (250), Zn (125), Se (0.63), Mn (66.7), V in every piece of egg
A(5.83), V
E(230), V
C(1000), V
B1(20), V
B2(20), V
B6(20), folic acid (4.17), beta carotene (2.0).
Embodiment three:
1, daily ration is formed: press daily ration total amount double centner and calculate, wherein the mixed feed daily ration is 90 kilograms, as 8 kilograms of the mixed feeds of fermentation (part is fermented), premix A
3With premix B
3Each 1 kilogram, 0.1 kilogram of former dew of EM (100ml), 0.1 kilogram in brown sugar, 3.3～3.5 kilograms of clean warm water (＜40 ℃).
2, the fermentation material is made:
1., take by weighing 8 kilograms of mixed feeds place in the mixer or thick Polypropylence Sheet on, to wherein adding premix A
3With premix B
3Each 1 kilogram, stir evenly standby (waiting to ferment);
2., zymotic fluid (disregard heavily) preparation: in EM: brown sugar: daily ration: water=1: 1: 1000: 33～35 ratio, take by weighing 0.1 kilogram in brown sugar, be dissolved in a small amount of clean warm water (＜40 ℃), measure 100 milliliters of former dew of EM, be added in the brown sugar water, stir evenly, be added in about 3 kilograms of clean warm water (＜40 ℃), stir evenly stand-by;
3., fermentation: with embodiment one.
3, preparation fermentation compound feed (belonging to the part fermentation): with embodiment one.
4, nutrient content in the egg (in egg size 60 grams/piece): contain more than low cholesterol protein 12 grams biological attitude type mineral element and vitamin (unit in the bracket: microgram/gram egg): Ca (more than 6700), Fe (170), Zn (210), Se (0.42), V in every piece of egg
A(7.5), V
D3(0.1), V
C(1000), V
B1(20), V
B2(20), V
B6(20), folic acid (2.0).
Above-mentioned mineral matter element all is with lower valency and combined with protein, composes to be stored in the egg product, belongs to the high third generation health food of biological value, even excess intake also is easy to drain, can not produce savings, edible safety.
Claims (9)
1, a kind of rearing method of health care fowls egg, it is characterized in that the high-load mineral substance premix realizes chelatropic reaction in containing the microbial fermentation system of capacity protein sources and carbon source, it be included in account for mixed feed daily ration 10% treat that its content that is mixed has surpassed the multiple high-load mineral matter inorganic salts premix A of feeding standard value comprehensively in the fermentation material
1-3With multiple high-load vitamin premix B
1-3, after being mixed,, wherein mineral element is converted into amino-acid chelate with CEM (the former dew of EM) normal temperature solid state fermentation, be mixed into fermentation compound feed with 9 portions of daily rations for 1 part with this material that ferments again and raise egg fowl, the output health care fowls egg.
2, according to the process of claim 1 wherein described account for mixed feed daily ration 10% treat that the mixed feed daily ration accounts for 8%, mineral substance premix A in the fermentation material
1-3With vitamin premix B
1-3Respectively account for 1% of mixed feed daily ration.
3, according to the process of claim 1 wherein described premix A
1-3In the mineral matter inorganic salts mainly form by ferrous sulfate monohydrate, monohydrate zinc sulphate, sodium selenite, manganese sulfate monohydrate and calcium carbonate; Described premix B
1-3In vitamin mainly by vitamin A acetate fat (V
A), vitamin
, 50% vitamin E acetate fat (50%V
E), L-ascorbic acid (V
C), vitamin
, vitamin
, vitamin
, folic acid and solatene form.
4, according to the method for claim 3, wherein said premix A
1In ferrous sulfate monohydrate be that 21.2 gram/kilograms, monohydrate zinc sulphate are that 17.8 gram/kilograms, sodium selenite are that 0.059 gram/kilogram, manganese sulfate monohydrate are that 10.6 gram/kilograms and calcium carbonate are more than the 950 gram/kilograms; Wherein said premix B
1In V
ABe 0.19 gram/kilogram,
Be 0.005 gram/kilogram, 50%V
EBe 25 gram/kilograms, V
CBe 100 gram/kilograms,
Be 1 gram/kilogram,
Be 1 gram/kilogram,
Be that 1 gram/kilogram, folic acid are that 0.15 gram/kilogram, beta carotene are 0.19 gram/kilogram.
5, according to the method for claim 3, wherein said premix A
2In ferrous sulfate monohydrate be that 45.8 gram/kilograms, monohydrate zinc sulphate are that 19 gram/kilograms, sodium selenite are that 0.07 gram/kilogram, manganese sulfate monohydrate are that 10.6 gram/kilograms and calcium carbonate are more than the 925 gram/kilograms; Wherein said premix B
2In V
ABe 0.29 gram/kilogram, 50%V
EBe 23 gram/kilograms, V
CBe 50 gram/kilograms,
Be 1 gram/kilogram,
Be 1 gram/kilogram,
Be that 1 gram/kilogram, folic acid are that 0.2 gram/kilogram, beta carotene are 0.1 gram/kilogram.
6, according to the method for claim 3, wherein said premix A
3In ferrous sulfate monohydrate be that 30.4 gram/kilograms, monohydrate zinc sulphate are that 31.8 gram/kilograms, sodium selenite are that 0.047 gram/kilogram, calcium carbonate are more than the 938 gram/kilograms; Wherein said premix B
3In V
ABe 0.37 gram/kilogram,
Be 0.005 gram/kilogram, V
CBe 50 gram/kilograms,
Be 1 gram/kilogram,
Be 1 gram/kilogram,
Be that 1 gram/kilogram, folic acid are 0.1 gram/kilogram.
7, according to the process of claim 1 wherein described mineral matter inorganic salts premix A
1-3Carrier, diluent be calcium carbonate, also as the calcium source; Wherein said vitamin premix B
1-3Carrier, diluent form by 50% bean cake powder and 50% expanded meat meal tankage, also as protein sources, carbon source and calcium source.
8, described under the condition of protein sources that capacity is arranged and carbon source according to the process of claim 1 wherein, with EM former dew normal temperature solid state fermentation, wherein mineral element is changed into comprising of amino-acid chelate; The Ca of lower valency
2+, Fe
2+, Zn
2+, Se
4+, Mn
2+Chelate.
9, compose the lower valency mineral element deposited in the described health care fowls egg and the content of vitamin is according to the process of claim 1 wherein: Ca 6700ug/g is above, Fe 120～250ug/g, Zn 120～210ug/g, Se0.42～0.63ug/g, Mn 66.7ug/g; V
A3.83～7.5ug/g,
0.1ug/g, V
E230～250ug/g, V
C1000～2000ug/g,
20ug/g,
20ug/g,
20ug/g, folic acid 2.0～4.17ug/g, beta carotene 2.0～3.83ug/g.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102669053A (en) * | 2012-06-25 | 2012-09-19 | 李加义 | Method for raising traditional Chinese medicine chicken |
| CN108522414A (en) * | 2018-02-08 | 2018-09-14 | 马焰琳 | A kind of production method of high yield Se-enriched egg |
-
2009
- 2009-08-21 CN CN200910163540A patent/CN101653209A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102669053A (en) * | 2012-06-25 | 2012-09-19 | 李加义 | Method for raising traditional Chinese medicine chicken |
| CN102669053B (en) * | 2012-06-25 | 2013-07-03 | 李加义 | Method for raising traditional Chinese medicine chicken |
| CN108522414A (en) * | 2018-02-08 | 2018-09-14 | 马焰琳 | A kind of production method of high yield Se-enriched egg |
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Application publication date: 20100224 |