CN103053852B - Six percent-premix for lactating sows and wheat-type daily ration prepared from six percent-premix - Google Patents

Six percent-premix for lactating sows and wheat-type daily ration prepared from six percent-premix Download PDF

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CN103053852B
CN103053852B CN201310024881.6A CN201310024881A CN103053852B CN 103053852 B CN103053852 B CN 103053852B CN 201310024881 A CN201310024881 A CN 201310024881A CN 103053852 B CN103053852 B CN 103053852B
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wheat
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梅红
霍文颖
范佳英
刘路路
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Henan horngjaan Biotechnology Co. Ltd.
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ZHENGZHOU HONGZHAN FEED ADDITIVE CO Ltd
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Abstract

The invention belongs to the field of feeds, and particularly relates to a six percent-premix for lactating sows and a wheat-type daily ration prepared from the six percent-premix. The premix comprises multivitamins, composite trace elements, DL-methionine, lysine, threonine, L-arginine, valine, composite electrolyte, compound enzyme, 5000 IU of phytase, functional additives, feed attractants, calcium hydrogen phosphate, stone powder, salt, choline, antioxidants and defatted rice bran. On the whole, the daily ration for the lactating sows is capable of protecting the development of mammary glands of the sows, ensuring plentiful milk with high quality in the lactation period of the sows and increasing the survival rate of suckling piglets, and enables the piglets to have higher weaning weight.

Description

A kind of milking sow 6% premix and the Wheat-Based Diets that uses this premix to be mixed with
Technical field
The invention belongs to field of fodder, particularly a kind of milking sow 6% premix and the Wheat-Based Diets that uses this premix to be mixed with.
Background technology
In recent years, because Chinese aquaculture situation and non-feed rise steadily the price of corn with the development of corn producing industry and the impact of international corn production and marketing situation, northeast high-grade maize from 2000 rise to 2012 2.6 yuan/kilogram less than 1 yuan/kilogram, some time period even reaches 2.8 yuan/kilogram.Simultaneously the quality of domestic corn very major part exist the problem of mycotoxin contamination; The toxin of high dose can have a strong impact on sow Reproduction performance and piglet survival ratio, and the toxin of low dosage can cause immunosupress and then indirectly cause Other diseases.According to estimates, China only pig industry because being subject to mycotoxin to affect annual loss more than 5,000,000,000 yuan.So the price of corn and quality have become the bottleneck of puzzlement pig industry development.Current, there is the ANFs such as SNSP due to wheat and be difficult to effectively be solved because of problems such as the palatability that causes of processing is poor, enterogastric diseases; Meanwhile, because of the physiological requirements of milking sow, wheat is difficult to a large amount of uses in lactating swine diets always.
Summary of the invention
The Wheat-Based Diets that the object of the present invention is to provide a kind of milking sow 6% premix and use this premix to be mixed with.
The technical solution used in the present invention is as follows:
A kind of milking sow 6% premix, the weight portion of described premix raw material is composed as follows: B B-complex 8-12 part, composite trace element 25-35 part, DL-METHIONINE 28-35 part, lysine 75-90 part, threonine 20-30 part, L-arginine 8-12 part, valine 13-18 part, composite electrolyte 75-90 part, complex enzyme 6-10 part, 5000IU phytase 1-3 part, functional additive 90-110 part, phagostimulant 10-20 part, calcium monohydrogen phosphate 180-230 part, stone flour 140-180 part, salt 55-75 part, purity is choline 15-20 part of 50%, antioxidant 0.5-2 part, defatted rice bran 120-150 part.
Preferably, described composite trace element is composed as follows by the raw material of following weight portion:
Ferrous sulfate monohydrate 155-165 part, basic copper chloride 8-10 part, monohydrate zinc sulphate 135-145 part, manganese sulfate monohydrate 70-90 part, ferrous glycine 140-160 part, glycine zine 110-130 part, yeast selenium 30-50 part, chromium picolinate 30-50 part, a water sodium selenite 6-10 part, calcium iodate 4-8 part, CoCL2 6H2O 25-35 part, medical stone powder 215-220 part.
Described B B-complex is made up of the raw material of following weight portion: retinyl acetate 15-20 part, neo dohyfral D3 10-14 part, 25-hydroxyvitamin D3 6-10 part, vitamin E 395-405 part, sodium hydrogensulfite niacinamide menadione 14-16 part, Thiamin mononitrate 5-6 part, vitamin B2 11-13 part, puridoxine hydrochloride 6-7 part, cobalamin 4-6 part, Bio 118-122 part, D-VB5 calcium 75-85 part, niacinamide 73-77 part, folic acid 12-12.5 part, beta carotene 8-12 part, ethoxyquinoline 1.5-2.5 part, defatted rice bran powder 216-217 part.
Described composite electrolyte is made up of the raw material of following weight portion: potassium chloride 0.5-1.5 part, magnesium sulfate 2-4 part, sodium acid carbonate 0.5-1.5 part.
Described complex enzyme is made up of the raw material of following weight portion: 10000IU/g bacterial xylanase 8-10 part, 3000IU/g 1,4 beta-glucanase 1.6-1.7 part, 5000IU/g 'beta '-mannase 11-13 part, 5000IU/g cellulase 13-14 part, 4000IU/g alpha-galactosidase 2-3 part, 1000IU/g pentosanase pectase 2-4 part, cornstarch 955-960 part.
Described functional additive is made up of the raw material of following weight portion: purity is that 50%L-carnitine 0.1-0.3 part, purity are that 20% isoflavones 0.1-0.3 part, purity are 50% astragalus polyose 0.1-0.3 part, brown sugar 4-6 part.
Phagostimulant is made up of the raw material of following weight portion: sweetener 0.1-0.3 part, GABA 0.1-0.3 part, truffle fungus extract 0.3-1.0 part.
Preferably, the weight portion of described premix raw material is composed as follows: choline 17, antioxidant 1 and defatted rice bran 131.22 that 10 parts of B B-complexes, 33.34 parts of composite trace elements, DL-METHIONINE 33.34, lysine 86.68, threonine 25.01, L-arginine 10, valine 16.7,83.35 parts of composite electrolytes, wheat complex enzyme 8.34,5000IU phytase 1.67, functional additive 93.35, phagostimulant 15, calcium monohydrogen phosphate 200, stone flour 167, salt 67, purity are 50%.
The present invention also provides a kind of Wheat-Based Diets that uses above-mentioned premix to be mixed with, and its weight portion is composed as follows: 60 parts of wheat 600-700 parts, dregs of beans 60-90 part, wheat bran 60-100 part, fish meal 10-30 part, expanded soybean 80-120 part, milking sow 6% premix.
Preferably, its weight portion is composed as follows: 660 parts of wheats, 80 parts of dregs of beans, 80 parts, wheat bran, 20 parts of fish meal, 100 parts of expanded soybeans, 60 parts of milking sow 6% premixes.
The present invention reasonably adds composite trace element, B B-complex, DL-METHIONINE, lysine, threonine, L-arginine, valine, composite electrolyte, wheat complex enzyme, phytase, functional additive, composite feeding promoting agent, calcium monohydrogen phosphate, stone flour, salt, choline, antioxidant, defatted rice bran in premix; And use this premix and wheat, dregs of beans, wheat bran, fish meal and five kinds of raw materials of expanded soybean to be mixed with lactating swine diets.
Sow feed of the present invention is the formula according to the physiology of sow and the design of the nutritional need of production, meets the nutritional need of sow gestation later stage, postpartum breastfeeding and postweaning estrus breeding completely.
In lactating swine diets, all use Wheat Instead of Corn, reduce the harmfulness of mycotoxin in sow diets, provide a kind of compound zymogram of the ANFs of can effectively degrading and enzyme to live according to the ANFs analysis in wheat simultaneously, improve the utilization rate of wheat in sow diets, reduced feed cost.In this daily ration, the amount ratio regular convention formula of dregs of beans significantly reduces, and has effectively alleviated the problem in short supply of protein raw material dregs of beans, has reduced the cost of raising pigs, and produces significant economic benefit and social benefit.Organic Selenium, Organic Chromium and organoferric use can effectively meet micro-needs, and the Ideal Amino Acid Pattern of employing effectively raises reproductive performance, feed intake, number pigs weaned, weanling weight and the inter oestrual period number of days of milking sow.The reasonable use of a certain proportion of vitamin(e) supplement, trace mineral supplement, amino acid and some functional additives etc., not only can use in the lactation of sow full Wheat Based Diet, more effectively evade the harm that corn mycotoxin brings to pig industry, the application of simultaneously full Wheat Based Diet has further reduced feed cost, has improved the whole economic efficiency of the industry of raising pigs.
Generally, the lactating swine diets in the present invention can be good at protecting sow mammogenesis, ensures milk of fine quality between sows in lactation and that amount is many, improves the survival rate of suckling pig, makes piglet can have good weaning weight.Can also effectively protect the health of sow to preserve from, resist and pre-bacteriological protection and viral invasion and attack, strengthen the physique of sow, reduce the generation of sow postpartum disease.Can effectively improve the fertility reproductive capability of sow, shorten sow and wean to the spacing of oestrusing, improve breeding and the conception rate of sow, reduce the non-breeding number of days of sow, improve the utilization ratio of boar and utilize the time limit.
Detailed description of the invention
With specific embodiment, technical scheme of the present invention is described below, but protection scope of the present invention is not limited to this:
Embodiment 1
A kind of milking sow premix, is made up of the raw material of following weight portion:
Choline 17, antioxidant 1 and defatted rice bran 131.22 that 10 parts of B B-complexes, 33.34 parts of composite trace elements, DL-METHIONINE 33.34, lysine 86.68, threonine 25.01, L-arginine 10, valine 16.7,83.35 parts of composite electrolytes, wheat complex enzyme 8.34,5000IU phytase 1.67, functional additive 93.35, phagostimulant 15, calcium monohydrogen phosphate 200, stone flour 167, salt 67, purity are 50%.
Wherein:
(1) described composite trace element is made up of the raw material of following weight portion:
Ferrous sulfate monohydrate, 30% 160 parts of iron, basic copper chloride, 58% 9 parts of bronze medals,
Monohydrate zinc sulphate, 35% 140 parts, zinc, manganese sulfate monohydrate, 32% 80 parts, manganese,
Ferrous glycine, 17% 150 parts of iron, glycine zine, 12% 120 parts, zinc,
Yeast selenium, 0.1% 40 parts, selenium, chromium picolinate, 0.1% 40 parts of chromium,
One water sodium selenite, 1% 8 parts, selenium, calcium iodate, 1% 6 parts of iodine,
CoCL2 6H2O, 1% 30 parts of cobalts, 217 parts of medical stone powders.
(2) wherein, B B-complex is made up of the raw material of following weight portion:
Retinyl acetate, 1,000,000 20 parts of IU/g,
Neo dohyfral D3,500,000 12 parts of IU/g,
25-hydroxyvitamin D3,1.25% 8 parts,
Vitamin E, 50%, 400 parts,
Sodium hydrogensulfite niacinamide menadione MNB, 43% 15 parts,
Thiamin mononitrate, 92% 5.5 parts,
Vitamin B2,80% 12.5 part,
Puridoxine hydrochloride, 82% 6.4 parts,
Cobalamin, 1% 5.0 parts,
Bio, 92% 120 parts,
D-VB5 calcium, 92% 80 parts,
Niacinamide, 99% 75 parts,
Folic acid, 98% 12.3 part,
10 parts of beta carotenes,
Ethoxyquinoline, 60% 2.0 parts,
216.3 parts, defatted rice bran powder.(above percentage composition is all purity)
(3) wherein, composite electrolyte is made up of the raw material of following weight portion: 1 part, potassium chloride, 3 parts, magnesium sulfate, 1 part of sodium acid carbonate;
(4) wherein, wheat complex enzyme is made up of the raw material of following weight portion: 9 parts of 10000IU/g bacterial xylanases, 1.67 parts of 3000IU/g 1,4 beta-glucanases, 12 parts of 5000IU/g 'beta '-mannases, 13.5 parts of 5000IU/g cellulases, 2.5 parts of 4000IU/g alpha-galactosidases, 3 parts of 1000IU/g pentosanase pectases, 958.33 parts of cornstarch.
(5) wherein, functional additive is made up of the raw material of following weight portion: 0.2 part of 50%L-carnitine, 0.2 part of 20% isoflavones, 0.2 part of 50% astragalus polyose, 5 parts, brown sugar.
(6) wherein, phagostimulant is made up of the raw material of following weight portion: 0.2 part of sweetener, 0.2 part of GABA, 0.5 part of truffle fungus extract.
Described lysine, methionine, threonine, arginine, valine are artificial synthesizing amino acid.Lysine product is FE-5, and purity is 98%, and lysine effective content is 78%, and the effective content of L-arginine is 90%, and other amino acid content is 98%.
Above-mentioned raw materials, according to the feeding sequence of " first gently rear heavy, first rear a small amount of in a large number ", after mixing, is obtained to milking sow 6% premix by stainless steel single shaft paddle mixer.Wherein, trace element, vitamin are wanted premixed.
Above-mentioned 6% milking sow premix is mixed with wheat, dregs of beans, wheat bran, expanded soybean, the large raw material of fish meal according to following weight portion proportioning, is mixed with daily ration:
Figure BDA00002765384500051
Wherein: wheat, gross protein value >=13.5%, moisture≤14%, unit weight >=780g/L, impurity≤1%, sprouted kernel rate≤2% without fermenting, go mouldy, caking and peculiar smell is different smells; Dregs of beans, gross protein value >=43%, moisture≤13%, protein solubility (PS): 70%≤PS≤85%; Fish meal, gross protein value >=62%, moisture≤10%, lysine >=4.8%, VBN (VBN)≤90mg/100g; Wheat bran, moisture≤13%, crude protein >=15.0%, fresh, without fermentation, peculiar smell and foreign odor.The grinding particle size of wheat is 3.0mm, and the grinding particle size of dregs of beans, wheat bran is 2.5mm, time summer≤3 day of depositing after pulverizing, winter≤7 day.
By above-mentioned daily ration directly with powder or particulate material (granulation) milking sow of feeding.
Feeding experiment:
1, test daily ration
1) select a, two kinds of milking sow premixes of b, wherein a is milking sow 6% premix that embodiment 1 forms; B is that (its weight portion consists of: 6 parts of B B-complexes, 20 parts of composite trace elements, DL-METHIONINE 25, lysine 65,5000IU phytase 1.0, calcium monohydrogen phosphate 160, stone flour 180, salt 60,50% choline 15, antioxidant 1, rice husk meal 200 and bean cake powder 267 for pig in commercially available common milking sow 6% premix; The difference of b and a material is the difference of vitamin, trace element, amino acid etc.
2) above-mentioned two kinds of milking sow premixes are mixed with to A, two kinds of daily rations of B with the raw material such as the wheat of different proportion, corn, dregs of beans respectively, wherein A is the daily ration that uses premix preparation of the present invention.The weight portion of each raw material and the Major Nutrient index that is mixed with daily ration are as following table:
Table 1 experimental basis diet recipe and trophic level
Figure BDA00002765384500062
Figure BDA00002765384500071
2, the grouping of pig and management
60 of the two-way cross sows of growing up of the 2-6 tire that selection is in a good state of health, Breeding date is approaching, are divided into 2 groups, 30 every group at random.Each group is undertaken by the normal production operation code in pig farm, records sow feed intake every day, and start to throw something and feed by free choice feeding 4-5 days postpartum.Every sow suckling pig number is not less than 8, lower than 8 supply.
3, data record
Record every sow daily ingestion amount, piglet date of birth, birth piglet number, nascent litter weight and every piglet birth weight, number pigs weaned, weight of weaning litter and every weaned piglet weight, calculate piglet survival ratio.The wean of the average 21-23 age in days of piglet, if there is piglet death midway to record date of death, a number, weight and the cause of death.
Divide the 1st day puerperium and the 21st day (the wean same day), the back-fat thickness of ordering with ultrasonic wave back fat instrument measurement sow P2; Record sow wean rear to the interval time of oestrusing again; Point the 3rd day puerperium, the 10th day and the 20th day every pig gather newborn sample and adopt automatic amino acid analyzer to measure milk amino acid concentration.
4, statistical analysis
Test data is carried out variance analysis with DPS software, adopts Duncan method multiple ratio and significance analysis.Significance is P<0.05, and the utmost point level of signifiance is P<0.01.
5, test results and analysis
1) impact of different diet recipes on sow feed intake and the thickness of backfat, refers to table 2.
Table 2
Figure BDA00002765384500081
As shown in Table 2, the equal daily ingestion amount of sow head, test group increases 0.38kg than contrast groups, improves 8.43%, and difference is extremely remarkable.When test group starts and finishes, back-fat thickness is all greater than control group, but back fat reduction reduces 1.16mm than contrast groups, reduces by 55.8%, significant difference.
2) impact of different diet recipes on sow production performance, refers to table 3.
Table 3
Figure BDA00002765384500091
As shown in Table 3, many 2.0 than control group of the number pigs weaneds that average every the sow of duration of test test group provides, number of weaned improves 1.04% than control group, significant difference; Between lactation, average every weanling pig weightening finish of test group increases 0.3kg than control group, improves 6.9%, significant difference.
3) impact of different diet recipes on sow milk, in table 4.
Table 4
Figure BDA00002765384500101
Note: different represent significantly (P<0.05) of colleague's shoulder mark lowercase
As shown in Table 4: the two kinds of different daily rations of feeding can affect the milk quality of sow, lysine in the sow milk of A daily ration, methionine, valine, isoleucine, leucine, phenylalanine (P<0.01) are all higher than B group, significant difference.
4) impact of different diet recipes on the disease-resistant production performance of sow, in table 5.
Table 5
Figure BDA00002765384500102
As shown in Table 5: the two kinds of different daily rations of feeding can affect the resistance against diseases of sow, do not eat and the rate of oestrusing in latter 7 days that weans all has obvious difference in Gilt Uterus infection, mammitis, postpartum.
Embodiment 2
A kind of milking sow premix, is made up of the raw material of following weight portion:
9.5 parts of B B-complexes, 32 parts of composite trace elements, DL-METHIONINE 32.5, lysine 85.6, threonine 26.2, L-arginine 9.5, valine 15.4,78.8 parts of composite electrolytes, wheat complex enzyme 8.5,5000IU phytase 1.2., functional additive 102.3, phagostimulant 16.5, calcium monohydrogen phosphate 215, stone flour 172, salt 64,50% choline 16, antioxidant 1 and defatted rice bran 114.0.
Wherein, the composition of described composite trace element, B B-complex, composite electrolyte, wheat complex enzyme, functional additive, phagostimulant is all with embodiment 1.
Preparation method is also with embodiment 1.
Above-mentioned 6% milking sow premix is mixed with wheat, dregs of beans, wheat bran, expanded soybean, the large raw material of fish meal according to following weight portion proportioning, is mixed with daily ration:
Table 6
Figure BDA00002765384500111
Wherein: wheat, gross protein value >=13.5%, moisture≤14%, unit weight >=780g/L, impurity≤1%, sprouted kernel rate≤2% without fermenting, go mouldy, caking and peculiar smell is different smells; Dregs of beans, gross protein value >=43%, moisture≤13%, protein solubility (PS): 70%≤PS≤85%; Fish meal, gross protein value >=62%, moisture≤10%, lysine >=4.8%, VBN (VBN)≤90mg/100g; Wheat bran moisture≤13%, crude protein >=15.0%, fresh, without fermentation, peculiar smell and foreign odor.The grinding particle size of wheat is 3.0mm, and the grinding particle size of dregs of beans, wheat bran is 2.5mm, time summer≤3 day of depositing after pulverizing, winter≤7 day.
By above-mentioned daily ration directly with powder or particulate material (granulation) milking sow of feeding.
Feeding experiment:
1. test daily ration
1) select a, two kinds of milking sow premixes of b, wherein a is milking sow 6% premix of the present invention; B is commercially available common milking sow 6% premix (composition: 223.5 parts of 6.5 parts of B B-complexes for pig, 22 parts of composite trace elements, 26 parts of DL-METHIONINEs, 60 parts of lysines, 1.0 parts of 5000IU phytases, 175 parts of calcium monohydrogen phosphates, 185 parts of stone flours, 65 parts of salt, 15 parts, 50% choline, 1 part of antioxidant, 220 parts of rice husk meals and bean cake powders);
2) above-mentioned two kinds of milking sow premixes are mixed with to A, two kinds of daily rations of B with the raw material such as the wheat of different proportion, corn, dregs of beans respectively, wherein A is the daily ration that uses premix preparation of the present invention.The Major Nutrient index that the weight portion percentage of each raw material is when mixed with daily ration is as following table:
Table 7
Figure BDA00002765384500121
2, the grouping of pig and management
90 of the DLY ternary hybrid sows of the 2-6 tire that selection is in a good state of health, Breeding date is approaching, are divided into 2 groups at random, 45 every group.Each group is undertaken by the normal production operation code in pig farm, records sow feed intake every day, and start to throw something and feed by free choice feeding 4-5 days postpartum.
3, data record
Record every sow daily ingestion amount, piglet date of birth, birth piglet number, nascent litter weight and every piglet birth weight, number pigs weaned, weight of weaning litter and every weaned piglet weight, calculate piglet survival ratio.Average 26-28 ages in days wean of piglet, if there is piglet death midway to record date of death, a number, weight and the cause of death.
4, statistical analysis
Test data is carried out variance analysis with DPS software, adopts Duncan method multiple ratio and significance analysis.Significance is P<0.05, and the utmost point level of signifiance is P<0.01.
5, test results and analysis
1) on sow feed intake, impact refers to table 8 to different diet recipes.
Table 8
As shown in Table 2, the equal daily ingestion amount of sow head, test group increases 0.63kg than contrast groups, improves 12.2%, and difference is extremely remarkable.
2) impact of different diet recipes on sow production performance, refers to table 9.
Table 9
Figure BDA00002765384500141
As shown in Table 3, many 1.76 than control group of the number pigs weaneds that average every the sow of duration of test test group provides, number of weaned improves 1.95% than control group, significant difference; Between lactation, average every weanling pig weightening finish of test group increases 0.33kg than control group, improves 7.5%, significant difference.
Visible, milking sow 6% premix of the present invention and use the daily ration that this premix is mixed with can reach following effect of feeding:
(1) compared with the daily ration being mixed with corn, dregs of beans, wheat bran, the wheat using in the present invention can effectively be removed the harm of mycotoxin to sow, has ensured the normal reproductive performance of sow;
(2) birth weight of the daily ration piglet in the present invention has improved 5-10%; Survival rate has improved 1.04%;
(3) daily ration in the present invention is in the situation that all using wheat, and production performance is obviously better than conventional sow.
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 (9)

1. milking sow 6% premix, it is characterized in that, the weight portion of described premix raw material is composed as follows: B B-complex 8-12 part, composite trace element 25-35 part, DL-METHIONINE 28-35 part, lysine 75-90 part, threonine 20-30 part, L-arginine 8-12 part, valine 13-18 part, composite electrolyte 75-90 part, complex enzyme 6-10 part, 5000IU phytase 1-3 part, functional additive 90-110 part, phagostimulant 10-20 part, calcium monohydrogen phosphate 180-230 part, stone flour 140-180 part, salt 55-75 part, purity is choline 15-20 part of 50%, antioxidant 0.5-2 part, defatted rice bran 120-150 part,
Described complex enzyme is made up of the raw material of following weight portion: 10000 IU/g bacterial xylanase 8-10 parts, 3000 IU/g 1,4 beta-glucanase 1.6-1.7 parts, 5000IU/g 'beta '-mannase 11-13 part, 5000IU/g cellulase 13-14 part, 4000IU/g alpha-galactosidase 2-3 part, 1000IU/g pentosanase pectase 2-4 part, cornstarch 955-960 part.
2. milking sow 6% premix as claimed in claim 1, is characterized in that, described composite trace element is composed as follows by the raw material of following weight portion:
Ferrous sulfate monohydrate 155-165 part, basic copper chloride 8-10 part, monohydrate zinc sulphate 135-145 part, manganese sulfate monohydrate 70-90 part, ferrous glycine 140-160 part, glycine zine 110-130 part, yeast selenium 30-50 part, chromium picolinate 30-50 part, a water sodium selenite 6-10 part, calcium iodate 4-8 part, CoCL2 6H2O 25-35 part, medical stone powder 215-220 part.
3. milking sow 6% premix as claimed in claim 1, it is characterized in that, described B B-complex is made up of the raw material of following weight portion: vitamin A acetic acid esters 15-20 part, neo dohyfral D3 10-14 part, 25-hydroxyvitamin D3 6-10 part, vitamin E 395-405 part, sodium hydrogensulfite niacinamide menadione 14-16 part, Thiamin mononitrate 5-6 part, vitamin B2 11-13 part, puridoxine hydrochloride 6-7 part, cobalamin 4-6 part, Bio 118-122 part, D-VB5 calcium 75-85 part, niacinamide 73-77 part, folic acid 12-12.5 part, beta carotene 8-12 part, ethoxyquinoline 1.5-2.5 part, defatted rice bran powder 216-217 part.
4. milking sow 6% premix as claimed in claim 1, is characterized in that, described composite electrolyte is made up of the raw material of following weight portion: potassium chloride 0.5-1.5 part, magnesium sulfate 2-4 part, sodium acid carbonate 0.5-1.5 part.
5. milking sow 6% premix as claimed in claim 1, it is characterized in that, described functional additive is made up of the raw material of following weight portion: purity is that 50%L-carnitine 0.1-0.3 part, purity are that 20% isoflavones 0.1-0.3 part, purity are 50% astragalus polyose 0.1-0.3 part, brown sugar 4-6 part.
6. milking sow 6% premix as claimed in claim 1, is characterized in that, phagostimulant is made up of the raw material of following weight portion: sweetener 0.1-0.3 part, GABA 0.1-0.3 part, truffle fungus extract 0.3-1.0 part.
7. milking sow 6% premix as described in as arbitrary in claim 1-6, it is characterized in that, the weight portion of described premix raw material is composed as follows: choline 17, antioxidant 1 and defatted rice bran 131.22 that 10 parts of B B-complexes, 33.34 parts of composite trace elements, DL-METHIONINE 33.34, lysine 86.68, threonine 25.01, L-arginine 10, valine 16.7,83.35 parts of composite electrolytes, wheat complex enzyme 8.34,5000IU phytase 1.67, functional additive 93.35, phagostimulant 15, calcium monohydrogen phosphate 200, stone flour 167, salt 67, purity are 50%.
8. right to use requires the Wheat-Based Diets that 1-6 premix is mixed with, it is characterized in that, its weight portion is composed as follows: 60 parts of wheat 600-700 parts, dregs of beans 60-90 part, wheat bran 60-100 part, fish meal 10-30 part, expanded soybean 80-120 part, milking sow 6% premix.
9. the Wheat-Based Diets that use premix as claimed in claim 8 is mixed with, is characterized in that, its weight portion is composed as follows: 660 parts of wheats, 80 parts of dregs of beans, 80 parts, wheat bran, 20 parts of fish meal, 100 parts of expanded soybeans, 60 parts of milking sow 6% premixes.
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