A kind of chlorella functional drink
A technology of functional beverages and chlorella, applied in the field of beverages, can solve the problems of loss of effective active ingredients, easy deactivation of effective active ingredients, complicated steps, etc., and achieve the effects of increasing and decreasing health care functions, easy absorption by the human body, and rich nutrition
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Embodiment 1
[0043] Separate live single Chlorella pyrenoidosa under the microscope, culture the single Chlorella pyrenoidosa in a test tube for 10 days, then in a triangular flask for 15 days, and finally in a vat for 12 days;
[0044] The culture medium used in the culture is purified sterile water, and the culture container used in the culture is sterile. At the same time, the air in the culture container is also purified air. The culture process is given a constant temperature and light. Chlorella pyrenoidosa continues to divide and proliferate. After being cultured under the above conditions, the Chlorella pyrenoidosa solution obtained in the vat has an order of magnitude of 10 6 Pcs / ml;
[0045] Take apples, clean them, and squeeze them to obtain freshly squeezed apple juice;
[0046] The protein-core chlorella liquid obtained in the vat and the freshly squeezed apple juice are mixed in a volume ratio of 1:10 and then directly filled to obtain the finished product of chlorella functional be...
Embodiment 2
[0048] Separate the single live Chlorella pyrenoidosa under a microscope, culture the single chlorella pyrenoidosa in a test tube for 15 days, then in a triangular flask for 10 days, and finally in a vat for 15 days;
[0049] The culture medium used in the culture is purified sterile water, and the culture container used in the culture is sterile. At the same time, the air in the culture container is also purified air. The culture process is given a constant temperature and light. Chlorella pyrenoidosa continues to divide and proliferate. After being cultured under the above conditions, the Chlorella pyrenoidosa solution obtained in the vat has an order of magnitude of 10 6 Pcs / ml;
[0050] Take strawberries, clean them, and squeeze them to obtain freshly squeezed strawberry juice;
[0051] The protein nuclear chlorella liquid obtained in the vat and the freshly squeezed strawberry juice are mixed at a volume ratio of 1:5 and then directly filled to obtain the finished product of chl...
Embodiment 3
[0053] Separate the single live Chlorella pyrenoidosa under the microscope, culture the single chlorella pyrenoidosa in a test tube for 18 days, then in a triangular flask for 10 days, and finally in a vat for 12 days;
[0054] The culture medium used in the culture is purified sterile water, and the culture container used in the culture is sterile. At the same time, the air in the culture container is also purified air. The culture process is given a constant temperature and light. Chlorella pyrenoidosa continues to divide and proliferate. After being cultured under the above conditions, the Chlorella pyrenoidosa solution obtained in the vat has an order of magnitude of 10 6 Pcs / ml;
[0055] Take blueberries and mangoes, clean them, and squeeze them to obtain freshly squeezed juices;
[0056] The protein nuclear chlorella liquid and freshly squeezed juice obtained in the vat are mixed in a volume ratio of 1:20 and then directly filled to obtain the finished product of chlorella func...
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