Method of producing active peptide powder for aquatic products, livestock and poultry through fermentation of chrysanthemum meal
A technology for chrysanthemum meal and aquatic products, which is applied in the field of chrysanthemum meal fermentation to produce active peptide powder for aquatic products, livestock and poultry, which can solve the problems of excessive use of antibiotics and low protein utilization, and achieve the effects of improved growth performance, low price and convenient application
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Embodiment 1
[0079] Preparation of arginine concentrated bacterial liquid dry powder:
[0080] Arginine bacteria producing strains are inoculated into medium containing glucose, peptone, ammonium sulfate and sodium glutamate and fermented for 64 hours to obtain arginine fermentation liquid. Put 16 tons of arginine fermentation broth into a 20-ton container and let it stand. Add sodium polyacrylate, a flocculant with a final concentration of 250ppm, to the arginine fermentation broth, adjust the pH value to 6.5 with sulfuric acid with a mass fraction of 40%, and react at a temperature of 50°C for a reaction time of 80min. Then, use a pressure of 3MPa to Put the reacted arginine fermentation hydraulic pressure into the filter press for 60 minutes to obtain arginine concentrated bacteria liquid wet powder with a water content of 35%, and dry it into 10% arginine concentrated bacteria Dry powder.
[0081] (2) Preparation of Bacillus subtilis seed liquid:
[0082] 1) Single colony isolation: a...
Embodiment 2
[0108] The chrysanthemum dregs obtained in Example 1 were fermented to produce active peptide powder for aquatic livestock and poultry in the application test in the culture of Penaeus vannamei. The design of the test scheme is shown in Table 1:
[0109] Table 1. Experimental design of active peptide powder for aquatic livestock and poultry production by fermentation of chrysanthemum meal
[0110] project
test 1
test 2
Test 3
control
Dosage
B+3%
B+4%
B+5%
bait (B)
[0111] The results of the application test of chrysanthemum meal fermentation to produce active peptide powder for aquatic livestock and poultry in Penaeus vannamei are shown in Table 2:
[0112] Table 2. Effects of active peptide powder for aquatic livestock and poultry produced by fermentation of chrysanthemum meal on weight gain, survival rate and feed return rate of Penaeus vannamei (30 days)
[0113]
[0114] *Water temperature 26°C; *Culture pool water are...
Embodiment 3
[0119] The chrysanthemum dregs obtained in Example 1 were fermented to produce active peptide powder for aquatic livestock and poultry in the application test of grouper breeding. The design of the test scheme is shown in Table 3:
[0120] Table 3. Experimental design of active peptide powder for aquatic livestock and poultry production by fermentation of chrysanthemum meal
[0121] project
test 1
test 2
Test 3
control
Dosage
B+3%
B+4%
B+5%
bait (B)
[0122] The application test results of chrysanthemum meal fermentation to produce active peptide powder for aquatic livestock and poultry in grouper breeding are shown in Table 4:
[0123] Table 4. Effects of active peptide powder for aquatic livestock and poultry produced by fermentation of chrysanthemum meal on weight gain, survival rate and feed return rate of grouper (30 days)
[0124]
[0125] *The control group used normal bait (B)
[0126]As can be seen from Table 4, u...
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