CN101579062B - Milking sow concentrated feed - Google Patents
Milking sow concentrated feed Download PDFInfo
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Abstract
The invention relates to a milking sow concentrated feed, mainly comprising the main components such as fat powder, fish meal, puffed corn powder, natural plant extract, lysine, phytase, electrolytic mixture, choline, composite vitamin supplement, salt, rock powder, calcium hydrogen phosphate, mineral elements such as iron, zinc, copper, manganese, iodine, cobalt, selenium, chromium and the like, and accessories such as antioxidant, mildewproof agent, feed carrier and the like. The feed has multiple nutritional components, which can improve synergistically the lactation ability and proliferation ability of milking sows. Meanwhile, the content of the concentrated feed provided by the invention in daily ration is 10 % (according to weight percentage), the concentrated feed is easy to mix evenly and conducive to solve the problems that the methods for preparing feeds and controlling quality are not enough.
Description
Technical field
The invention belongs to field of fodder, be specifically related to a kind of milking sow concentrated feed.
Background technology
Sow is the pivotal player that guarantees the pig farm economic benefit as the producer on the chain of raising pigs.Especially milking sow is more being born the important task of the nurture next generation and lasting reproduction.Breast milk is the piglet main source of nutrition in back 20 days of being born, and the milking capacity of sow is determining the incubation rate and the speed of growth of piglet, and therefore, the basic task of milking sow feeding and management is to guarantee that sow can secrete sufficient milk.But the frequent nursery phase sow that stress cause continues to be in the situation of inferior health: feed intake is affected by environment fluctuated, and is bad during the milk performance fashion, short when weaning to the inter oestrual period duration, and the puzzlement of diseases such as leg disease, hoof disease.These all can directly cause sow production performance to descend.This shows that another challenge of milking sow feeding and management is exactly to make sow keep suitable body condition, guarantee that sow can normally oestrus and ovulation, gets into the next breeding cycle as early as possible after the piglet ablactation.
Except that the inferior health problem that stress cause, milking sow often is in low-yield and other nutriments are taken in not enough condition.Energy, protein and other nutriment insufficiency of intakes then such consequence can occur: the sows in lactation back fat loss that milk performance is good is serious more, because of losing fast of back fat finally causes outstanding sow short more service life!
At present, most of feed lot autogamy feed still exists numerous obstacles: energy feedstuff, protein raw materials buying difficulty, and to the effective quality control method of lack of material; The equipment mixed effect is undesirable, and the mixed feed mixture homogeneity detects difficult realization, and quality control is undesirable when causing adopting the small scale premixed feed to be reprocessed.
Summary of the invention
The object of the invention aims to provide a kind of nutritious milking sow concentrated feed, and the addition of this feed in the milking sow daily ration makes things convenient for the feed lot mixing about 10%; Be used to the milking sow of feeding, can make it educate young performance and reproductive performance raising.
For realizing this purpose; The technical scheme that the present invention adopts is: a kind of milking sow concentrated feed; Fatty powder 197-203g, fish meal 217-225g, expanded corn powder 49-51g, natural plant extracts 7.8-8.2g, lysine 7.693-8.007g, phytase 2700-3300U, electrolyte mixture 29-31g, choline 4.9-5.1g, B B-complex replenishers 3.9-4.1g, salt 49-51g, stone flour 156-163g, calcium monohydrogen phosphate 98-102g, ferro element 1.665-1.755g, zinc element 1.829-1.931g, copper 0.245-0.275g, manganese element 1.24-1.304g, I 0.0055-0.0065g, cobalt element 0.0055-0.0065g, selenium element 0.00275-0.00325g, chromium element 0.00145-0.00155g in the said feed of every 1000g, all the other are auxiliary material.The preferred CAS HD03 of described B B-complex replenishers, natural plant extracts is preferably suckled how good (TF400), and the electrolyte mixture preferably must be beautiful.Elements such as iron, zinc, copper, manganese, iodine, cobalt, selenium, chromium add wherein with acceptable form on the feed, and content is in its simple substance.
Described ferro element derives from that anhydrous slufuric acid is ferrous, ferrous sulfate monohydrate, ferrous sulfate heptahydrate, yeast iron, two water lactic acids are ferrous, six water citric acids are ferrous, a kind of or combination in the ferrous fumarate, DL-ferrotrenine, methionine iron, ferrous glycine; The zinc element derives from a kind of or combination in white vitriol, monohydrate zinc sulphate, anhydrous zinc sulfate, zinc oxide, zinc methionine, the zinc fumarate; Copper derives from a kind of or combination in copper sulfate monohydrate, cupric sulfate pentahydrate, copper methionine, the yeast copper; Manganese element derives from a kind of or combination in manganese sulfate monohydrate, manganese chloride, the yeast manganese; I derives from a kind of or combination in KI, Potassiumiodate, the calcium iodate; Cobalt element derives from CoCL2 or/and a water cobalt chloride; The selenium element derives from sodium selenite or/and yeast selenium, and the chromium element derives from a kind of or combination in chromium picolinate, nicotinic acid chromium, yeast chromium, chromium methionine, the chromium propionate.
Described ferro element comes from ferrous sulfate monohydrate and ferrous fumarate; The zinc element derives from monohydrate zinc sulphate and zinc fumarate, and copper derives from cupric sulfate pentahydrate, and manganese element derives from manganese sulfate monohydrate; I derives from KI; Cobalt element derives from CoCL2, and the selenium element derives from sodium selenite, and the chromium element derives from chromium picolinate.
Described choline derives from 50% Choline Chloride, can be plant vector type or silica carrier type.
Contain virginiamycin 0.225-0.255g in the said auxiliary material.
Contain anti-oxidant 0.98-1.02g, mould inhibitor 0.98-1.02g in the said auxiliary material.
All the other compositions of said auxiliary material are feed vector.
Said feed vector is zeolite powder and/or chaff shell.
Described anti-oxidant is an ethoxyquinoline; Described mould inhibitor is the composite mildew inhibitor that fumaric acid, calcium propionate or sodium Diacetate and fumaric acid are formed.
The shared percetage by weight of albumen is greater than 60% in the said fish meal, and the percetage by weight of crude fat is less than 6%, and VBN is less than 120mg/100g.
Raw materials such as fatty powder, fish meal, expanded corn powder, natural plant extracts, lysine can be strengthened additional required energy source and the amino acid source of milking sow among the present invention; The natural plant extracts physiological regulating control agent also can improve the sow feed intake, improve the lactation function simultaneously; Several kinds of raw materials cooperatively interact and can improve sow day lactation amount and butterfat percnetage; And then weaned piglet litter weight and survival rate are improved, it is weightless to reduce sows in lactation.In addition, most of plants do not have enough control abilities to the buying approach and the quality of raw materials such as fat, fish meal.Therefore, in concentrated feed, directly supply with this type of necessary nutriment, directly reduced the buying burden and the procurement risk of plant.
Be rich in multivitamins such as VA, VE, folic acid in the B B-complex replenishers, help the fast quick-recovery of sow reproductive system.Simultaneously, sow colostrum also can increase with the vitamin content in normal Ruzhong thereupon, thereby benefits piglet, and its survival rate and weight of weaning litter are improved.
Except vitamin, amino acid, milking sow also has special demand to mineral matter.Rational proportion has inorganic and the humatite element in the concentrated feed of the present invention, can sufficient constant mineral and trace quantity mineral substance element be provided for sow, optimizes the sow reproductive system.For example, sow between lactation period ferro element lose especially seriously, only depend on the inorganic iron in the conventional daily ration can not satisfy its needs.The organic iron of extra interpolation among the present invention can effectively be alleviated high yield sow iron deficiency state, improves the oxygen carrying capacity of hemoglobin, thereby improves the metabolic speed of sow body, improves efficiency of feed utilization.In addition, high concentration of iron also produces desirable influence to the reproductive performance of next tire in the blood.The natural sulphur hydrochlorate that contains potassium, magnesium elements in the electrolyte mixture is very easily absorbed by animal, helps to keep milking sow intestines and stomach health and homeostasis, promotes digesting and assimilating of nutriment.
Except the milking capacity and fertility that can improve milking sow, milking sow concentrated feed of the present invention also has the advantage that makes things convenient for mixing.At present, the most concentrating degree of the pig feed on the market is higher, and its adding proportion is little during the preparation daily ration, needs higher mixing, detection means can reach desirable quality.When utilizing this concentrated feed preparation daily ration, its addition is about 10% of daily ration gross weight, is easy to mixing, helps plant to overcome the not enough problem of quality control means.
The specific embodiment
Below in conjunction with embodiment technical scheme of the present invention and beneficial effect thereof are done further explanation.Embodiment plays the explanation illustration, protection domain of the present invention is not constituted to limit, and is any based on the variation under the general plotting of the present invention with revise and should belong within protection scope of the present invention.
Embodiment 1
Containing of every 1000g milking sow concentrated feed:
| Raw material | Content (g) | Raw material | Content (g) |
| Fatty powder | 197 | 30%-ferrous fumarate (ferro element) | 1.45 (0.435) |
| Fish meal | 217 | 32%-zinc fumarate (zinc element) | 1.45 (0.464) |
| Expanded corn powder | 49 | 35%-monohydrate zinc sulphate (zinc element) | 3.9 (1.365) |
| Natural plant extracts | 7.8 | 25%-cupric sulfate pentahydrate (copper) | 0.98 (0.245) |
| 98.5% lysine (lysine) | 9.8 (7.693) | 31.8%-manganese sulfate monohydrate (manganese element) | 3.9 (1.24) |
| Phytase (5000U/g) (active unit) | 0.54 (2700U) | 1%-KI (I) | 0.55 (0.0055) |
| The electrolyte mixture | 29 | 1%-one water cobalt chloride (cobalt element) | 0.55 (0.0055) |
| 50% Choline Chloride (choline) | 9.8 (4.9) | 0.5%-sodium selenite (selenium element) | 0.55 (0.00275) |
| The B B-complex replenishers | 3.9 | 1%-yeast chromium (chromium element) | 0.145 (0.00145) |
| Salt | 49 | 50% virginiamycin pre-mixing agent (virginiamycin) | 0.45 (0.225) |
| Stone flour | 156 | Ethoxyquinoline | 0.98 |
| Calcium monohydrogen phosphate | 98 | Fumaric acid | 0.98 |
| 30%-ferrous sulfate monohydrate (ferro element) | 4.1 (1.23) |
Add zeolite powder after all raw materials mix in the table and supply 1000g, fully behind the mixing milking sow concentrated feed.Wherein:
98.5% lysine is meant that the weight percentage of lysine salt in this raw material is 98.5%, and the content of amounting to effective lysine is 78.5%; What the percentage before 50% Choline Chloride, the 50% virginiamycin pre-mixing agent was corresponding respectively is the effective content of choline and virginiamycin; Providing the percentage of being preced with before the raw material of elements such as iron, zinc, copper, manganese, iodine, cobalt, selenium, chromium to be meant the weight percentage of this element (in its simple substance) in corresponding raw material, is that ferro element is 30% with its simple substance content in this raw material like " 30% ferrous sulfate monohydrate ".Down together.
In addition, the shared percetage by weight of albumen is greater than 60% in the fish meal in the table, and the percetage by weight of crude fat is less than 6%, and VBN is less than 120mg/100g; Natural plant extracts is produced for milk how good (TF400), sky, Beijing good fortune Lay bio tech ltd, and preparatory word (2005) 35509 is raised in the authentication code capital; The electrolyte mixture be beautiful, USA I C feedstuff company produces; The B B-complex replenishers are CAS HD03, authentication code: preparatory word (2006) 703530 is raised in Shanghai.
Embodiment 2
Consisting of of every 1000g milking sow concentrated feed:
| Raw material | Content (g) | Raw material | Content (g) |
| Fatty powder | 203 | 30%-ferrous fumarate (ferro element) | 1.55 (0.465) |
| Fish meal | 225 | 32%-zinc fumarate (zinc element) | 1.55 (0.496) |
| Expanded corn powder | 51 | 35%-monohydrate zinc sulphate (zinc element) | 4.1 (1.435) |
| Natural plant extracts | 8.2 | 25%-cupric sulfate pentahydrate (copper) | 1.1 (0.275) |
| 98.5% lysine (lysine) | 10.2 (8.007) | 31.8%-manganese sulfate monohydrate (manganese element) | 4.1 (1.304) |
| Phytase (6000U/g) (active unit) | 0.55 (3300U) | 1%-KI (I) | 0.65 (0.0065) |
| The electrolyte mixture | 31 | 1%-CoCL2 (cobalt element) | 0.65 (0.0065) |
| 50% Choline Chloride (choline) | 10.2 (5.1) | 0.5%-sodium selenite (selenium element) | 0.65 (0.00325) |
| The B B-complex replenishers | 4.1 | 1%-chromium methionine (chromium element) | 0.155 (0.00155) |
| Salt | 51 | 50% virginiamycin pre-mixing agent (virginiamycin) | 0.51 (0.255) |
| Stone flour | 163 | Ethoxyquinoline | 1.02 |
| Calcium monohydrogen phosphate | 102 | Calcium propionate | 1.02 |
| 30%-ferrous sulfate monohydrate (ferro element) | 4.3 (1.29) |
All raw materials mix back bran adding shell powder and supply 1000g in the table, fully behind the mixing milking sow concentrated feed.Wherein: the shared percetage by weight of albumen is greater than 60% in the fish meal, and the percetage by weight of crude fat is less than 6%, and VBN is less than 120mg/100g; Natural plant extracts is produced for milk how good (TF400), sky, Beijing good fortune Lay bio tech ltd, and preparatory word (2005) 35509 is raised in the authentication code capital; The electrolyte mixture be beautiful, USA I C feedstuff company produces; The B B-complex replenishers are CAS HD03, authentication code: preparatory word (2006) 703530 is raised in Shanghai.
Embodiment 3
Consisting of of every 1000g milking sow concentrated feed:
| Raw material | Content (g) | Raw material | Content (g) |
| Fatty powder | 200 | 30%-ferrous fumarate (ferro element) | 1.5 (0.45) |
| Fish meal | 220 | 32%-zinc fumarate (zinc element) | 1.5 (0.48) |
| Expanded corn powder | 50 | 35%-monohydrate zinc sulphate (zinc element) | 4 (1.4) |
| Natural plant extracts | 8 | 25%-cupric sulfate pentahydrate (copper) | 1 (0.25) |
| 98.5% lysine (lysine) | 10 (7.85) | 31.8%-manganese sulfate monohydrate (manganese element) | 4 (1.272) |
| Phytase (6000U/g) (active unit) | 0.5 (3000U) | 1%-KI (I) | 0.6 (0.006) |
| The electrolyte mixture | 30 | 1%-CoCL2 (cobalt element) | 0.6 (0.006) |
| 50% Choline Chloride (choline) | 10 (5) | 0.5%-sodium selenite (selenium element) | 0.6 (0.003) |
| The B B-complex replenishers | 4 | 1%-chromium picolinate (chromium element) | 0.15 (0.0015) |
| Salt | 50 | 50% virginiamycin pre-mixing agent (virginiamycin) | 0.5 (0.25) |
| Stone flour | 160 | Ethoxyquinoline | 1 |
| Calcium monohydrogen phosphate | 100 | Sodium Diacetate, fumaric acid composite mildew inhibitor | 1 |
| 30%-ferrous sulfate monohydrate (ferro element) | 4.2 (1.26) |
Add zeolite powder after all raw materials mix in the table and supply 1000g with the complex carrier that litter shell powder is formed, behind the abundant mixing milking sow concentrated feed.Wherein: the shared percetage by weight of albumen is greater than 60% in the fish meal, and the percetage by weight of crude fat is less than 6%, and VBN is less than 120mg/100g; Natural plant extracts is produced for milk how good (TF400), sky, Beijing good fortune Lay bio tech ltd, and preparatory word (2005) 35509 is raised in the authentication code capital; The electrolyte mixture be beautiful, USA I C feedstuff company produces; The B B-complex replenishers are CAS HD03, authentication code: preparatory word (2006) 703530 is raised in Shanghai.
Embodiment 4
Consisting of of every 1000g milking sow concentrated feed:
| Raw material | Content (g) | Raw material | Content (g) |
| Fatty powder | 202 | 13.5%-methionine iron (ferro element) | 4 (0.54) |
| Fish meal | 218 | 35%-monohydrate zinc sulphate (zinc element) | 5.4 (1.89) |
| Expanded corn powder | 50 | 25%-cupric sulfate pentahydrate (copper) | 1 (0.25) |
| Natural plant extracts | 7.9 | 31.8%-manganese sulfate monohydrate (manganese element) | 2.5 (0.795) |
| 98.5% lysine (lysine) | 10 (7.85) | 4%-yeast manganese (manganese element) | 12 (0.48) |
| Phytase (1000U/g) (active unit) | 3 (3000U) | 1%-KI (I) | 0.58 (0.0058) |
| The electrolyte mixture | 30 | 1%-CoCL2 (cobalt element) | 0.65 (0.0065) |
| 50% Choline Chloride (choline) | 10 (5) | 1%-sodium selenite (selenium element) | 0.28 (0.0028) |
| The B B-complex replenishers | 4 | 2%-nicotinic acid chromium (chromium element) | 0.075 (0.0015) |
| Salt | 51 | 50% virginiamycin pre-mixing agent (virginiamycin) | 0.5 (0.25) |
| Stone flour | 158 | Ethoxyquinoline | 0.99 |
| Calcium monohydrogen phosphate | 100 | Calcium propionate | 1.02 |
| 20%-ferrous sulfate heptahydrate (ferro element) | 6 (1.2) |
Add the carrier zeolite powder after all raw materials mix in the table and supply 1000g, fully behind the mixing milking sow concentrated feed.Wherein: the shared percetage by weight of albumen is greater than 60% in the fish meal, and the percetage by weight of crude fat is less than 6%, and VBN is less than 120mg/100g; Natural plant extracts is produced for milk how good (TF400), sky, Beijing good fortune Lay bio tech ltd, and preparatory word (2005) 35509 is raised in the authentication code capital; The electrolyte mixture be beautiful, USA I C feedstuff company produces; The B B-complex replenishers are CAS HD03, authentication code: preparatory word (2006) 703530 is raised in Shanghai.
Embodiment 5
Consisting of of every 1000g milking sow concentrated feed:
| Raw material | Content (g) | Raw material | Content (g) |
| Fatty powder | ?199 | 35%-monohydrate zinc sulphate (zinc element) | 3.14 (1.099) |
| Fish meal | ?223 | 10%-zinc methionine (zinc element) | 8 (0.8) |
| Expanded corn powder | ?51 | 25%-cupric sulfate pentahydrate (copper) | 0.4 (0.1) |
| Natural plant extracts | ?8.1 | 10%-copper methionine (copper) | 1.6 (0.16) |
| 98.5% lysine (lysine) | ?10?(7.85) | 31.8%-manganese sulfate monohydrate (manganese element) | 4.1 (1.3) |
| Phytase (2000U/g) (active unit) | ?1.5?(3000U) | 1%-KI (I) | 0.62 (0.0062) |
| The electrolyte mixture | ?31 | 1%-one water cobalt chloride (cobalt element) | 0.55 (0.0055) |
| 50% Choline Chloride (choline) | ?10?(5) | 1%-sodium selenite (selenium element) | 0.31 (0.0031) |
| The B B-complex replenishers | ?3.9 | 1%-chromium picolinate (chromium element) | 0.15 (0.0015) |
| Salt | ?51 | 50% virginiamycin pre-mixing agent (virginiamycin) | 0.5 (0.25) |
| Stone flour | ?161 | Ethoxyquinoline | 1.01 |
| Calcium monohydrogen phosphate | ?98 | Fumaric acid | 0.99 |
| 30%-ferrous sulfate monohydrate (ferro element) | ?5.6?(1.68) |
Add the carrier litter shell powder after all raw materials mix in the table and supply 1000g, fully behind the mixing milking sow concentrated feed.Wherein: the shared percetage by weight of albumen is greater than 60% in the fish meal, and the percetage by weight of crude fat is less than 6%, and VBN is less than 120mg/100g; Natural plant extracts is produced for milk how good (TF400), sky, Beijing good fortune Lay bio tech ltd, and preparatory word (2005) 35509 is raised in the authentication code capital; The electrolyte mixture be beautiful, USA I C feedstuff company produces; The B B-complex replenishers are CAS HD03, authentication code: preparatory word (2006) 703530 is raised in Shanghai.
The effect example:
1 test basic document
1.1 test place
Henan Xiong Feng Si lattice boar Co., Ltd
1.2 testing program
Subjects is 32 these lattice sows, and the back of weighing in the expected date of childbirth in preceding 1 week is divided into 4 groups by body weight: control group, test group 1, test group 2 and test group 3.It under the guidance of NRC (1998) and Chinese Pigs trophic level (2004) each test group sow preparation daily ration; The raw material composition and the proportioning of control group daily ration are as shown in table 1; The daily ration that test group 1, test group 2 and test group 3 are fed respectively and utilized embodiment 1,2,3 to be made into, the proportioning of each component is as shown in table 2 in the daily ration.
The proportioning raw materials of table 1 control group daily ration
| Raw material | Corn | Dregs of beans | Wheat bran | Fish meal | SB64 (milking sow compound premixed feed) * |
| Weight ratio | 630 | 200 | 110 | 20 | ?40 |
*Henan Superfriend Science & Technology Co., Ltd. produces, and authentication code: preparatory word (2005) 026005 is raised in Henan.
The daily ration proportioning of table 2 test group 1-3
| Raw material | Corn | Dregs of beans | Wheat bran | The milking sow concentrated feed of embodiment 1-3 |
| Weight ratio | 620 | 220 | 60 | 100 |
1.3 feeding and management
Every single spacing raising in hurdle of sow, day feeds three times, freely drinks water; Daily ration day, scale of feeding confirmed by following formula: 2kg+0.4kg * band piglet number.
1.4 detection index
Record piglet nascent litter weight, 20 age in days litter weights and 28 age in days weanings weight of litter, and record during on-test when sow initial weight (expected date of childbirth in preceding 1 week weighs), off-test the heavy and wean in (during the wean of 28 ages in days) sow end to oestrusing interval fate (d).
2 result of the tests
The production performance of milking sow can be estimated to the inter oestrual period fate with weaning through the sow lactation is weightless, and sow lactation weight loss is last weigh poor, as shown in table 3 of sow initial weight and sow.
Table 3 is respectively organized the production performance contrast of sow
| Group | Sow initial weight (kg) | Sow end heavy (kg) | Sow weightless (kg) | Wean to inter oestrual period (d) |
| Control group | 143.01±17.99 | 110.97±17.55 | 32.04±2.10 b | 8.46±2.46 b |
| Test group 1 | 144.02±14.91 | 111.61±15.23 | 32.41±12.35 b | 7.76±2.65 ab |
| Test group 2 | 137.98±16.45 | 106.33±12.16 | 30.65±16.62 ab | 8.16±2.74 ab |
| Test group 3 | 137.18±6.35 | 115.32±11.55 | 21.86±6.38 a | 6.77±1.72 a |
Annotate: same column is takeed on mark capitalization different table differential heteropole remarkable (P＜0.01), same column shoulder mark lowercase different table differential different remarkable (P＜0.05), and the same column shoulder is marked identical or is not had shoulder mark standard difference not remarkable (P＞0.05), down together.
Can find out that from table 3 test group 1 that is to say that its lactation weight loss of sow of embodiment 1 concentrated feed of feeding is suitable with control group, obviously reduce but wean to inter oestrual period.Compare with control group, the sow weight loss in the test group 2,3 is all lower, and inter oestrual period also obviously shortens.This be indicated as milking sow feed concentrated feed of the present invention can improve sow productivity can, and best with embodiment 3 (test group 3) effect.
The educating young performance and can estimate of sow through the result of the test in the table 4.From table, can find out that the sow 20 age in days lactation amounts in the test group 1,2 and 3 are far above control group, 20 ages in days, 28 age in days piglet litter weights also all are significantly increased.
Table 4 is respectively organized the young performance comparison of educating of sow
| Group | Nascent litter weight (kg) | 20 age in days litter weights (kg) | 28 age in days litter weights (kg) | 20 age in days lactation amounts (kg) |
| Control group | 10.62±2.70 | 34.07±7.22 Bb | 43.30±5.41 Bb | 93.79±12.68 Bb |
| Test group 1 | 11.11±1.05 | 41.25±4.62 a | 56.16±4.72 a | 121.40±17.49 a |
| Test group 2 | 11.76±1.64 | 44.33±5.07 a | 53.63±5.73 a | 131.18±20.28 a |
| Test group 3 | 10.48±1.77 | 48.14±1.56 A | 59.73±1.21 A | 140.26±6.20 A |
Above-mentioned result of the test shows that milking sow concentrate feed of the present invention possesses the function that improves sow production fertility and educate young performance.
In fact; Embodiment 3 is schemes of relatively optimizing, and the daily ration proportioning of recommending according to table 2 is a milking sow preparation daily ration (nutritive index is seen table 5), is fully according to very digesting the proper proportion that amino acid pattern is realized lysine and energy; Strengthening organic trace element and extraordinary vitamin simultaneously adds; Ensure sow reproductive system fast quick-recovery in postpartum, shorten inter oestrual period, the final result of use of ultimate guarantee plant.
The nutritive index of the adequate diet that table 5 is mixed with the concentrated feed of embodiment 3
| Index | Content | Index | Content |
| Pig digestible energy Mcal/kg | 3.20 | Very can digest methionine % | 0.26 |
| Thick protein % | 16.64 | Very can digest sulfur-containing amino acid % | 0.49 |
| Calcium % | 0.94 | Very can digest threonine % | 0.58 |
| Total phosphorus % | 0.59 | Very can digest tryptophan % | 0.19 |
| Available phosphorus % | 0.35 | Very can digest valine % | 0.58 |
| But true digestible lysine % | 0.80 | Very can digest isoleucine % | 0.56 |
Claims (10)
1. milking sow concentrated feed; It is characterized in that; Fatty powder 197-203g, fish meal 217-225g, expanded corn powder 49-51g, natural plant extracts 7.8-8.2g, lysine 7.693-8.007g, phytase 2700-3300U, electrolyte mixture 29-31g, choline 4.9-5.1g, B B-complex replenishers 3.9-4.1g, salt 49-51g, stone flour 156-163g, calcium monohydrogen phosphate 98-102g, ferro element 1.665-1.755g, zinc element 1.829-1.931g, copper 0.245-0.275g, manganese element 1.24-1.304g, I 0.0055-0.0065g, cobalt element 0.0055-0.0065g, selenium element 0.00275-0.00325g, chromium element 0.00145-0.00155g in the said feed of every 1000g, all the other are auxiliary material; Described natural plant extracts for milk how good TF400, described electrolyte mixture be U.S.A.
2. milking sow concentrated feed as claimed in claim 1; It is characterized in that; Described ferro element derives from that anhydrous slufuric acid is ferrous, ferrous sulfate monohydrate, ferrous sulfate heptahydrate, yeast iron, two water lactic acids are ferrous, six water citric acids are ferrous, a kind of or combination in the ferrous fumarate, DL-ferrotrenine, methionine iron, ferrous glycine; The zinc element derives from a kind of or combination in white vitriol, monohydrate zinc sulphate, anhydrous zinc sulfate, zinc oxide, zinc methionine, the zinc fumarate; Copper derives from a kind of or combination in copper sulfate monohydrate, cupric sulfate pentahydrate, copper methionine, the yeast copper; Manganese element derives from a kind of or combination in manganese sulfate monohydrate, manganese chloride, the yeast manganese; I derives from a kind of or combination in KI, Potassiumiodate, the calcium iodate; Cobalt element derives from CoCL2 or/and a water cobalt chloride, and the selenium element derives from sodium selenite or/and yeast selenium, and the chromium element derives from a kind of or combination in chromium picolinate, nicotinic acid chromium, yeast chromium, chromium methionine, the chromium propionate.
3. milking sow concentrated feed as claimed in claim 2 is characterized in that described ferro element comes from ferrous sulfate monohydrate and ferrous fumarate; The zinc element derives from monohydrate zinc sulphate and zinc fumarate, and copper derives from cupric sulfate pentahydrate, and manganese element derives from manganese sulfate monohydrate; I derives from KI; Cobalt element derives from CoCL2, and the selenium element derives from sodium selenite, and the chromium element derives from chromium picolinate.
4. like the arbitrary described milking sow concentrated feed of claim 1-3, it is characterized in that described choline derives from 50% Choline Chloride.
5. milking sow concentrated feed as claimed in claim 4 is characterized in that, contains virginiamycin 0.225-0.255g in the said auxiliary material.
6. like claim 1 or 2 or 3 or 5 described milking sow concentrated feeds, it is characterized in that, contain anti-oxidant 0.98-1.02g, mould inhibitor 0.98-1.02g in the said auxiliary material.
7. milking sow concentrated feed as claimed in claim 6 is characterized in that, all the other compositions of said auxiliary material are feed vector.
8. milking sow concentrated feed as claimed in claim 7 is characterized in that, said feed vector is zeolite powder and/or chaff shell.
9. milking sow concentrated feed as claimed in claim 8 is characterized in that, described anti-oxidant is an ethoxyquinoline; Described mould inhibitor is the composite mildew inhibitor that fumaric acid, calcium propionate or sodium Diacetate and fumaric acid are formed.
10. milking sow concentrated feed as claimed in claim 9 is characterized in that, the shared percetage by weight of albumen is greater than 60% in the said fish meal, and the percetage by weight of crude fat is less than 6%, and VBN is less than 120mg/100g.
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| CN2009100652574A CN101579062B (en) | 2009-06-24 | 2009-06-24 | Milking sow concentrated feed |
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