A method for yeast fermentation using fresh Codonopsis pilosula as raw material
A technology of yeast and Codonopsis pilosula, applied in the direction of microorganism-based methods, plant raw materials, biochemical equipment and methods, etc., can solve the problems of no fresh Codonopsis pilosula, etc., and achieve the improvement of the content of some index components, the increase of clearance rate, and the resistance The effect of enhanced oxidation activity
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Embodiment 1
[0029] Comparative Study on Chemical Components of Fresh Codonopsis Codonopsis and Codonopsis Codonopsis
[0030] 15 samples of fresh Codonopsis pilosula were processed according to the primary processing method of traditional Codonopsis pilosula origin, and 15 samples of Codonopsis pilosula from different origins were obtained. Table 1 shows sample information.
[0031] Table 1
[0032] Sample serial number collection place collection time S1 Fengjia Village, Xinzhai Town, Weiyuan County, Gansu Province 2014-10-5 S2 Sample 1 from Miaozui Village, Xinzhai Town, Weiyuan County, Gansu Province 2014-10-5 S3 Sample 2 from Miaozui Village, Xinzhai Town, Weiyuan County, Gansu Province 2014-10-5 S4 Gaobaozi Village, Gaoling Township, Longxi County, Gansu Province 2014-10-6 S5 Lijiaying, Shouyang Town, Longxi County, Gansu Province 2014-10-6 S6 Chenjiazui Village, Maquan Township, Zhang County, Gansu Province 2014-10-7 S7 S...
Embodiment 2
[0039] Comparison of Chemical Components and Activities of Fermented Fresh Codonopsis Codonopsis and Fresh Codonopsis Codonopsis
[0040] 2.1 Determination of the fermentation end point
[0041] The end point of the fermentation is determined by the changes in the number of bacteria, changes in pH value, water extracts, and alcohol extracts during the fermentation process. Table 3 shows the change of pH value of fresh Codonopsis pilosula with different bacteria additions during different fermentation time. Table 4 shows the changes in the number of fresh Codonopsis pilosula with different amounts of bacteria added during different fermentation times. Table 5 shows the changes in water extract content (%) of fresh Codonopsis pilosula with different bacteria additions during different fermentation times. Table 6 shows the changes in alcohol extract content (%) of fresh Codonopsis pilosula with different bacteria additions during different fermentation times.
[0042] table 3 ...
Embodiment 3
[0062] A method for yeast fermentation using fresh Codonopsis pilosula as raw material:
[0063] 1) The selected fermentation raw material is fresh Codonopsis pilosula, that is, fresh and plump Codonopsis pilosula newly excavated.
[0064] 2) Select fresh white Codonopsis ginseng without rot and deterioration. There are a lot of soil and harmful microorganisms attached to the fibrous roots on the surface of the raw materials. The crushed fresh Codonopsis pilosula is subpackaged and stored at -20 degrees to obtain fresh Codonopsis pilosula homogenate.
[0065] 3) Put a small amount of Angel dry active yeast in a sterile petri dish, dissolve it with a small amount of sterile water, burn the inoculation loop on an alcohol lamp until it is red hot, and pick a small amount of yeast aseptically after cooling Bacterial samples were inoculated on YEPD solid medium (Yeast Extract Peptone Dextrose Medium): peptone 2% yeast extract 1% glucose 1% agar 2%, 94% distilled water with natural...
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