Summary of the invention
The purpose of this invention is to provide a kind of novel safe biologic feed.
Another object of the present invention provides a kind of application of novel safe biologic feed.
In order to realize purpose of the present invention, a kind of novel safe biologic feed of the present invention, it comprises following component: basal diet, sodium humate, montmorillonite and Synbiotics;
The concrete component that comprises following percentage:
Basal diet 97%-98%;
Sodium humate 0.5~1%;
Illiteracy takes off 0.5~1%;
Synbiotics 0.5~2%;
Preferably, the component that comprises following percentage:
Basal diet 97%~98%;
Sodium humate 0.5~1%;
Montmorillonite 0.5~1%;
Synbiotics 0.5~1.5%;
More preferably, the component that comprises following weight portion:
Basal diet 97%;
Sodium humate 1%;
Montmorillonite 1%;
Synbiotics 1%.
Basal diet of the present invention is meant materials such as keeping the required carbohydrate of animal growth, protein, fat.Described basal diet is selected from one or more in corn, inferior powder, wheat bran, dregs of beans, the expanded soybean.
Basal diet also comprises fatty powder, contain vitamin and trace element and account for premix and/or the white granulated sugar of basal diet 4%-10%, can also comprise stone flour.
Above-mentioned each component of basal diet can be mixed by arbitrary proportion.
Described Synbiotics is commercial obtaining, and mainly is made up of saccharomycete, lactic acid bacteria, bacillus and soluble polysaccharide or astragalus polyose.
Premix of the present invention comprises following component, sees Table 1.Raw material in the table 1 through evenly mixing, is become premix.Each raw material of preparation premix all can commercially availablely obtain.
The component of table 1 premix
Material name |
Raw material specification |
Add weight portion |
The fragrant 108C of Jiamei |
98% |
5 |
Ethoxyquinoline |
30% |
1 |
50% Choline Chloride |
50% |
20 |
Ferrous sulfate monohydrate |
30% |
10 |
Monohydrate zinc sulphate |
35% |
12 |
Manganese sulfate monohydrate |
32% |
2 |
Cupric sulfate pentahydrate |
25% |
13 |
Lysine |
65% |
100 |
Methionine |
84% |
20 |
30 order powdered rice hulls |
98% |
200 |
Calcium monohydrogen phosphate |
98% |
200 |
Stone flour |
98% |
250 |
Salt |
98% |
75 |
Zeolite powder |
99% |
81 |
Phytase |
5000iu/g |
3 |
Methylpyridine chromium |
1.00% |
1 |
Vitamin A |
500,000 iu/g |
0.50 |
Cholecalciferol |
500,000 iu/g |
0.05 |
Vitamin E |
50% |
1.00 |
Prokeyvit |
96% |
0.05 |
Vitamin B1 |
98% |
0.05 |
Vitamin B2 |
80% |
0.10 |
Vitamin B6 |
98% |
0.10 |
Cobalamin |
1% |
0.05 |
Nicotinic acid |
99% |
0.80 |
Pantothenic acid |
98% |
0.40 |
Folic acid |
99% |
0.02 |
Biotin |
2% |
0.10 |
Add up to |
|
996.22 |
Novel safe biologic feed of the present invention is as the application in the animal and fowl fodder.
Described animal and fowl fodder can be used as child care pig feed, growing and fattening pig feed, laying period feedstuff for laying hens, fryer feed.
A kind of new bio safe feed provided by the invention, by adding the toxin that sodium humate, montmorillonite and Synbiotics can adsorb animal and bird intestines effectively, alleviate the detoxifcation burden of livestock and poultry liver, have the effect of liver protecting, reduce the stress of animal body; Can adsorb simultaneously ammonia and other pernicious gas in animal and bird intestines and the animal house; Can the alternative medicine additive, safeguard the balance of microbial population of animal intestinal tract, effectively prevent diarrhoea, the diarrhea of livestock and poultry; Mycotoxin in the feed also there is suction-operated, can avoids mycotoxin that animal body is caused immunosuppressive action.
Synbiotics in the biological feedstuff of the present invention promotes growth of animal and the effect that improves immunity of livestock in addition by the coupling of probio and polysaccharide Chinese medical extract, plays effect pollution-free, healthy, green cultivation.
The specific embodiment
Following examples are used to illustrate the present invention, but are not used for limiting the scope of the invention.
Embodiment 1 child care pig feed
The child care pig feed comprises the component of following weight:
48kg powder 15kg of corn
Wheat bran 3kg dregs of beans 20kg
White granulated sugar 1kg fatty powder 1.5kg
Premix 9kg sodium humate 1kg
Montmorillonite 1kg Synbiotics 0.5kg
Component with above weight mixes, and puts into packing, and sealing is preserved and got final product.
Embodiment 2 growing and fattening pig feeds
The growing and fattening pig feed comprises the component of following weight:
61kg powder 5kg of corn
Wheat bran 5kg dregs of beans 20kg
White granulated sugar 2kg fatty powder 1kg
Premix 4kg sodium humate 0.5kg
Montmorillonite 1kg Synbiotics 0.5kg
Component with above weight mixes, and puts into packing, and sealing is preserved and got final product.
Embodiment 3 laying period egg feedstuff
Laying period,, egg feedstuff comprised the component of following weight:
Corn 55.5kg wheat bran 4kg
Dregs of beans 24kg fatty powder 1kg
Stone flour 8kg premix 5kg
Sodium humate 0.5kg montmorillonite 1kg
Synbiotics 1kg
Component with above weight mixes, and puts into packing, and sealing is preserved and got final product.
Embodiment 4 broiler fodders
Broiler fodder comprises the component of following weight:
Corn 59kg expanded soybean 5kg
Dregs of beans 26kg fatty powder 2kg
Premix 5kg sodium humate 1kg
Montmorillonite 1kg Synbiotics 1kg
Component with above weight mixes, and puts into packing, and sealing is preserved and got final product.
Embodiment 5
The biological feedstuff of present embodiment comprises the component of following weight:
Corn 97kg sodium humate 1kg
Montmorillonite 0.5kg Synbiotics 1.5kg
Component with above weight mixes, and puts into packing, and sealing is preserved and got final product.
Embodiment 6
The biological feedstuff of present embodiment comprises the component of following weight:
Corn 56kg expanded soybean 24kg
Dregs of beans 17kg sodium humate 0.5kg
Montmorillonite 0.5kg Synbiotics 2kg
Component with above weight mixes, and puts into packing, and sealing is preserved and got final product.
The used premix of embodiment 1-4 is that each component of following table is mixed, and is prepared from, and described component is:
Material name |
Raw material specification |
Add weight (kg) |
The fragrant 108C of Jiamei |
98% |
5 |
Ethoxyquinoline |
30% |
1 |
50% Choline Chloride |
50% |
20 |
Ferrous sulfate monohydrate |
30% |
10 |
Monohydrate zinc sulphate |
35% |
12 |
Manganese sulfate monohydrate |
32% |
2 |
Cupric sulfate pentahydrate |
25% |
13 |
Lysine |
65% |
100 |
Methionine |
84% |
20 |
30 order powdered rice hulls |
98% |
200 |
Calcium monohydrogen phosphate |
98% |
200 |
Stone flour |
98% |
250 |
Salt |
98% |
75 |
Zeolite powder |
99% |
81 |
Phytase |
5000iu/g |
3 |
Methylpyridine chromium |
1.00% |
1 |
Vitamin A |
500,000 iu/g |
0.50 |
Cholecalciferol |
500,000 iu/g |
0.05 |
Vitamin E |
50% |
1.00 |
Prokeyvit |
96% |
0.05 |
Vitamin B1 |
98% |
0.05 |
Vitamin B2 |
80% |
0.10 |
Vitamin B6 |
98% |
0.10 |
Cobalamin |
1% |
0.05 |
Nicotinic acid |
99% |
0.80 |
Pantothenic acid |
98% |
0.40 |
Folic acid |
99% |
0.02 |
Biotin |
2% |
0.10 |
Add up to |
|
996.22 |
Experimental example 1
Weight gain of piglets and alternative antibiotic anti diar rhea test:
Choose 120 of " Du * length * big " the three way cross piglets of weaning about 25 ages in days, be divided into 3 processing at random by body weight, sex, the similar principle of hereditary basis, each handles 5 hurdles, 8 on every hurdle, male and female half and half.3 processing are respectively control group (normal diet), add antibiotic is the group of colistine sulfate, the biological feedstuff group that embodiment 1 prepares.
The biological feedstuff that normal diet, the feed that adds colistine sulfate and embodiment are obtained is fed the pig of three above-mentioned processing, every day every pig free choice feeding, experimental period is 28d.Observe the pig weight and the anti diar rhea situation of three processing then, the results are shown in Table 2.
The pig weight of three processing of table 2 and anti diar rhea result
|
The basal diet control group |
The antibiotic group |
The biological feedstuff group |
Starting weight (kg) |
5.95±0.56 |
5.96±0.58 |
5.94±0.85 |
End heavy (kg) |
15.72±2.14 |
16.74±2.07 |
16.77±1.71 |
A diarrhoea number |
14 |
7 |
2 |
As can be seen from Table 3, the biological feedstuff of the present invention of feeding, the growth of pig is than very fast, and the diarrhoea degree significantly descends.
Experimental example 2
It is 100 of the healthy growing and fattening pigs of 34 ± 0.78kg that 60 ages in days, average weight are selected in test for use.Divide 2 tests to handle at random by body weight phase approximately principle, each handles 5 repetitions, and each repeats 10 pigs.
Handling 1 is control group, and the interpolation antibiotic basal diet antibiotic wherein of feeding is an aureomycin, and adding proportion is to add 10mg aureomycin in every kilogram of basal diet.Handle 2 and be the test group biological feedstuff that embodiment 3 obtains of feeding.
Experimental period is 72 days, and the situation to the pig of control group and biological feedstuff group compares then, and the calculating of each numerical value is to get its mean value, the results are shown in Table 3.
The result that feeds of the pig of table 3 control group and biological feedstuff group
|
Control group (interpolation antibiotic) |
The biological feedstuff group |
Starting weight (kg) |
34.21±0.56 |
33.96±0.73 |
End heavy (kg) |
86.16±2.87 |
87.21±3.15 |
Average daily gain (g) |
728.47±67 |
739.58±63 |
Daily ingestion amount (g) |
2249.5±143 |
2226.2±110 |
Feedstuff-meat ratio |
3.09±0.18 |
3.01±0.13 |
A diarrhoea number |
3 |
1 |
As can be seen from Table 2, feed biological feedstuff of the present invention and the antibiotic basal diet of interpolation are compared, and the average daily gain of the pig of the biological feedstuff of the present invention of feeding is fast, and the diarrhoea situation obviously reduces.
Experimental example 3
Select 1276 of the blue brown laying hens in 49 seas in ages in week, be divided into 2 groups immediately, control group is only fed and is not contained the basal feed of montmorillonite, sodium humate and Synbiotics, the feed bio-safety feed of embodiment 3 preparations of test group.
The used forage volume of test group and control group is identical, the situation of laying eggs of observing chicken, and each data is got its mean value, the results are shown in Table 4.
The situation of laying eggs of the chicken of table 4 test group and control group
|
The basal diet control group |
The biological feedstuff group |
Average laying rate, % |
79.18 |
83.01 |
Average egg quality, g |
67.57 |
69.46 |
Feedstuff-egg ratio |
2.471 |
2.331 |
As can be seen from Table 3, the biological feedstuff of the present invention of feeding is compared with basal diet, and laying rate has improved, and the quality of average egg has also increased.
Experimental example 4
Young 240 plumages of the healthy white plumage fryer of 1 age in days are selected in test for use, and male and female half and half is divided into 3 processing at random by body weight.Handling A is positive control group (adding 10mg aureomycin in every kilogram of basal diet); Treatments B is negative contrast (not using antibiotic); Handle the biological feedstuff group of C embodiment 4 preparations.Feed to 49 ages in days, observe the growing state of each chicken, each data is got its mean value, the results are shown in Table 5.
The growing state of the chicken of 3 processing of table 5
|
The basal diet control group |
The antibiotic group |
The biological feedstuff group |
Average daily gain (g) |
52.82±0.34 |
53.95±0.58 |
56.28±0.48 |
Average daily ingestion amount (g) |
104.81±0.30 |
104.58±0.67 |
104.76±0.27 |
Feedstuff-meat ratio |
1.985±0.045 |
1.944±0.068 |
1.889±0.019 |
Survival rate (%) |
95±2.13 |
95±1.43 |
95±1.54 |
As can be seen from Table 4, the biological feedstuff of the present invention of feeding, the average daily gain of chicken significantly increases, and feedstuff-meat ratio reduced, and is 1.889 ± 0.019, and can reduces the death rate of chicken.