A strain of coronoid cyst, its breeding method and its application
A technology of coronoid loose capsule strains and strains, which is applied in the field of microorganisms and food biology, can solve the problems of unclear breeding process of strains, shorten the fermentation cycle, unclear and other problems, and achieve stable flowering process and stable flowering quantity , Period controllable effect
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[0059] The preparation process of the golden flower dark tea is improved from the traditional Fuzhuan brick tea, and also includes initial preparation, screening, steaming, and fermentation, and the flowering process is preferably after fermentation;
[0060] The preparation process of Jinhua Liubao tea also includes initial preparation, screening, fermentation, drying, autoclaving, and aging in cellars, and the flowering process is preferably after aging in cellars;
[0061] The preparation process of various teas such as Jinhua Puer tea, Jinhua Dahongpao, Jinhua black tea, Jinhua white tea or Jinhua green tea also includes the conventional initial preparation and refining steps of various tea leaves, and the flowering process is preferably refined. after.
[0062] The raw materials used in Examples 1-15 of the present invention are obtained through initial preparation and refining according to the traditional procedures of various tea leaves. Wherein the flowering experimen...
Embodiment 2
[0064] Embodiment 2 and embodiment 3 increase the inoculation process on the basis of embodiment 1. Embodiment 1 is the traditional natural flowering of Anhua black tea Fu brick tea. The flowering process used in embodiment 2 and embodiment 3 is different in removing bacteria. In addition, other process conditions are completely the same, wherein the strain in Example 2 is the Chrysanthemum chrysogenum strain that has not been bred in step S5, and the strain in Example 3 is the Mycocystis coronis strain with the preservation number CGMCC NO.11304 of the present invention. Wherein the blooming process includes steaming and humidification, inoculation and flowering and drying, the autoclaving and humidification is to autoclave for 0.5min under the condition of pressure 0.2MPa, and humidify to 20%-35% of the tea moisture, and inoculation and flowering are inoculated. Into 10×10 6 pcs / kg tea solid seeds; the inoculation and flowering are carried out after the inoculation of the st...
Embodiment 5
[0065] Embodiment 5 and embodiment 6 have increased the inoculation process on the basis of embodiment 4, and embodiment 4 has carried out steaming humidification, flowering and drying on the basis of traditional technology, and the flowering process has not been inoculated, and embodiment 5 and The flowering process adopted in Example 6 is completely the same except for the different bacterial species, wherein the bacterial species in Example 5 is the golden flower fungus that has not been bred in step S5, and the preservation number of the present invention in Example 6 is CGMCC NO .11304 strain of Cystis coronaris. Wherein the blooming process includes steaming and humidification, inoculation and flowering, and drying. The steaming and humidification is to autoclave for 20 minutes under a pressure of 0.2 MPa, and to humidify to a tea moisture of 20%-35%. 10×10 6 pcs / kg tea solid seeds; the inoculation and flowering are carried out after the inoculation of the strains, and ...
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