Angelica dehurica black beer
A technology of Angelica dahurica and beer, applied in the field of beer, can solve problems such as single nutritional components, lack of health care effect, and unsustainable health care effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Examples
Embodiment 1
[0092] 1. Raw material preparation: The materials required for this formula are collected and stored in time, remove mold, moth, roots, sediment, quality inspection, and then weigh 8kg of Angelica dahurica, 10kg of Gynostemma pentaphyllum, 50kg of hawthorn, 10kg of poria cocos, and grass Fruit 2kg, washed, crushed separately, and set aside (the safflower is treated separately for standby);
[0093] 2. Prepare starter:
[0094] A. Cultivation of bactericidal bacteria L-6:
[0095] ① The wild saccharophilic yeast numbered L-3 was isolated and cultivated from rice wine mash, which can kill all the relatives and the same genus.
[0096] ② The haploid cells of the wild L-3 were crossed with the haploid cells of L-6 to obtain the first-generation diploid cells, the first-generation hybrids.
[0097] ③ Isolate haploids from the first generation of heterozygous diploids and select strains with killing activity.
[0098] ④The first-generation hybrid haploid cells were crossed with L...
Embodiment 2
[0128] 1. Raw material preparation: The materials required for this formula are collected and stored in time, and the mildew, moth, roots, sedum, and quality inspection are removed, and then 6kg of Angelica dahurica, 8kg of Gynostemma pentaphyllum, 40kg of hawthorn, 8kg of poria cocos, and grass Fruit 1kg, washed, crushed separately, and set aside (the safflower is treated separately);
[0129] 2. Prepare starter:
[0130] A. Cultivation of bactericidal bacteria L-6:
[0131] ① The wild saccharophilic yeast numbered L-3 was isolated and cultivated from rice wine mash, which can kill all the relatives and the same genus.
[0132] ② The haploid cells of the wild L-3 were crossed with the haploid cells of L-6 to obtain the first-generation diploid cells, that is, the first-generation hybrids.
[0133] ③ Isolate haploids from the first generation of heterozygous diploids and select strains with killing activity.
[0134] ④The first-generation hybrid haploid cells were crossed w...
Embodiment 3
[0164] 1. Raw material preparation: The materials required for this formula are collected and stored in time, and the mold, moth, roots, sedum, and quality inspection are removed, and then 10kg of Angelica dahurica, 12kg of Jiaogulan, 60kg of hawthorn, 12kg of poria cocos, and grass Fruit 3kg, washed, crushed separately, and set aside (the safflower is treated separately);
[0165] 2. Prepare starter:
[0166] A. Cultivation of bactericidal bacteria L-6:
[0167] ① The wild saccharophilic yeast numbered L-3 was isolated and cultivated from rice wine mash, which can kill all the relatives and the same genus.
[0168] ② The haploid cells of the wild L-3 were crossed with the haploid cells of L-6 to obtain the first-generation diploid cells, that is, the first-generation hybrids.
[0169] ③ Isolate haploids from the first generation of heterozygous diploids and select strains with killing activity.
[0170] ④The first-generation hybrid haploid cells were crossed with L-6 haplo...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More