Tartary buckwheat oxidation resistance health care wine
An anti-oxidation and health-care wine technology, applied in the field of brewing and processing, can solve the problems of undetectable tartary buckwheat flavonoids, which are not fully utilized, and other problems, and achieve the effect of significant antioxidant health-care activity.
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Embodiment 1
[0019] Take 100kg of tartary buckwheat, screen and remove impurities, soak in water overnight, put it in a steamer for initial steaming for 20 minutes, take it out and stuff it with water for 2 hours, then put it in a steamer and steam it again for 50 minutes, after steaming thoroughly, take it out of the steamer and spread it out to dry The temperature is about 32°C, the water content is about 20%, add koji and mix well, cultivate bacteria and saccharify, mix the grains and put them in the cellar for 25-30 days, after discharging, put them into a retort pot for distillation to obtain tartary buckwheat base wine and by-products of distiller's grains.
[0020] Take 2kg tartary buckwheat distiller's grains, add 20L of 50% edible alcohol, stir and extract at 80°C for 30min, separate the filtrate, and extract the filter residue once with 20L of 50% edible alcohol, combine the filtrate, concentrate under reduced pressure and recover the solvent.
[0021] After diluting the obtained ...
Embodiment 2
[0029] Take 2kg tartary buckwheat distiller's grains, add 40L of 70% edible alcohol, stir and extract at 50°C for 40min, separate the filtrate, repeat the extraction once from the filter residue, combine the filtrate, concentrate under reduced pressure and recover the solvent.
[0030] After diluting the obtained concentrated solution with 5 times the volume of water, it was adsorbed on an AB-8 large-pore resin column, washed with 3 times the column volume of water, and then eluted with 3 times the column volume of edible alcohol. The eluate was collected, concentrated and dried under reduced pressure to obtain distiller's grain flavonoid extract. Through high-performance liquid chromatography analysis and detection, the content of its flavonoid functional active ingredients is shown in Table 3:
[0031] Table 3 Example 2 distiller's grain flavonoid extract HPLC assay result (%)
[0032] Rutin
Quercetin
isoquercitrin
22.6
20.5
1.94
...
Embodiment 3
[0038] Take 2kg tartary buckwheat distiller's grains, add 30L 95% edible alcohol, stir and extract at 40°C for 60min, separate the filtrate, repeat the extraction once from the filter residue, combine the filtrate, concentrate under reduced pressure and recover the solvent.
[0039] After diluting the obtained concentrated solution with 5 times the volume of water, it was adsorbed on an AB-8 large-pore resin column, washed with 3 times the column volume of water, and then eluted with 3 times the column volume of edible alcohol. The eluate was collected, concentrated and dried under reduced pressure to obtain distiller's grain flavonoid extract. After HPLC analysis and detection, the content of flavonoid functional active ingredients is shown in Table 5:
[0040] Table 5 Example 3 distiller's grain flavonoid extract HPLC assay result (%)
[0041] Rutin
Quercetin
isoquercitrin
[0042] 23.3
21.4
2.13
[0043] The distiller's ...
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