Pomegranate and blueberry granules for activating longevity genes of human body

Abstract

The invention discloses pomegranate and blueberry granules for activating longevity genes of a human body. The preparation method comprises the following steps: (1) selecting high-quality raw materials including pomegranate, blueberry, balsam pear, blackberry, moringa seed and ginger; and (2) removing pomegranate rinds and seeds to obtain the pomegranate flesh. And (3) respectively squeezing pomegranate pulp, blueberries and blackberries to obtain juice, and drying to obtain three kinds of fruit powder. And (4) removing bitter gourd seeds to obtain bitter gourd flesh. And (5) removing moringa seed shells to obtain moringa seed kernels. (6) respectively drying the bitter gourd pulp, the moringa seed kernels and the fresh ginger, crushing into powder, and sieving to obtain three kinds of pure powder; and (7) uniformly mixing pomegranate, blueberry, balsam pear, blackberry, moringa seed and ginger powder according to a weight ratio of 7: 7: 8: 8: 5: 5, spraying and bonding to form small particles, drying, dividing into small bags, sealing, and packaging in a shading manner, with the weight of each bag being 10 g. The health-care tea has the beneficial effects of being suitable for eaters to take with warm boiled water for a long time, activating human longevity genes and delaying senescence.

Description

1. Technical field

[0001] A pomegranate and blueberry granule that activates the human body's longevity genes. 2. Background technology

[0002] (1) According to online searches, scientists have developed a set of scientific, practical and effective technologies for peeling, seeding and pitting melons, fruits and nuts with seeds, skins and pits. The processing technology flow is as follows: the raw materials are melons, fruits and nuts with skins, seeds and pits - peeling, seeding and shelling - obtaining melon flesh, fruit flesh and nut kernels.

[0003] (2) According to online searches, scientists have developed a set of scientific, practical and effective animal powder and plant powder processing technologies. The processing technology flow is: animal and plant raw materials - drying - crushing into powder - sieving to obtain pure powder.

[0004] (3) According to online searches, scientists have developed a set of scientific, practical and effective processing technologies for granular foods and granular medicines. The processing technology flow is: pure powder of raw materials - batching - uniform mixing - spray bonding into small particles - drying - obtaining dry particles.

[0005] (4) According to online searches, scientists have developed a set of scientific, practical and effective granular food and granular medicine bag packaging technology. The packaging technology process is: raw material food granules, medicine granules - loading into the material tray - setting bag weight parameters - unloading - bagging - sealing. 3. Summary of the invention

[0006] (1) Select 6 kinds of high-quality raw materials: pomegranate, blueberry, bitter melon, blackberry, moringa seeds, and ginger. (2) Remove the pomegranate peel and seeds to obtain the pomegranate flesh. (3) Squeeze the juice from the pomegranate flesh, blueberry, and blackberry respectively, and dry them to obtain the three kinds of fruit powder. (4) Remove the bitter melon seeds to obtain the bitter melon flesh. (5) Remove the moringa seed shell to obtain the moringa seed kernel. (6) Dry the bitter melon flesh, moringa seed kernel, and ginger respectively, crush them into powder, and sieve them to obtain the three kinds of pure powder. (7) Evenly mix the pomegranate, blueberry, bitter melon, blackberry, moringa seeds, and ginger powder in a weight ratio of 7:7:8:8:5:5, spray and bond them into small particles, dry them, divide them into small bags, seal them, and package them in a light-proof manner. The weight of each small bag of dry particles is 10 grams. 4. Specific implementation methods

[0007] (1) Select 6 kinds of high-quality raw materials: blueberry, pomegranate, bitter melon, blackberry, moringa seeds and ginger.

[0008] (2) Peel the pomegranate.

[0009] (3) Remove the seeds from the pomegranate.

[0010] (4) Obtain pomegranate flesh.

[0011] (5) Squeeze the pomegranate pulp, blueberries and blackberries to extract juice respectively.

[0012] (6) Dry the pomegranate juice, blueberry juice and blackberry juice respectively.

[0013] (7) Pomegranate fruit powder, blueberry fruit powder, and blackberry fruit powder are obtained respectively.

[0014] (8) Remove the seeds from the bitter melon.

[0015] (9) Obtain bitter melon flesh.

[0016] (10) Shell the Moringa seeds.

[0017] (11) Obtain Moringa seed kernels.

[0018] (12) Dry the bitter melon flesh, Moringa seed kernels and ginger separately.

[0019] (13) Grind dried bitter melon pulp, dried Moringa seed kernels, and dried ginger into powder respectively.

[0020] (14) The powders were sieved to obtain pure bitter melon powder, pure Moringa seed powder, and pure ginger powder.

[0021] (15) Pomegranate, blueberry, bitter melon, blackberry, moringa seeds, and ginger powder are uniformly mixed in a weight ratio of 7:7:8:8:5:5.

[0022] (16) The mixed powder is sprayed and bonded into small particles.

[0023] (17) Drying the small particles.

[0024] (18) The dried granules are divided into small bags, sealed, and light-shielded.

[0025] (19) Each small bag of dry granules weighs 10 grams.

[0026] According to online information, scientific research and experiments have confirmed:

[0027] ① The ellagitannins contained in pomegranate will be converted into urolithin A in the human body. Urolithin A can rebuild the defective lysosome recycling of cells, thereby activating the human longevity gene and delaying human aging.

[0028] ②The polyphenols contained in blueberries can regulate the Methuselah gene in the human body that is related to longevity. Once this gene is activated, it can delay human aging.

[0029] ③The triterpenoid compounds contained in bitter melon can activate the human longevity genes and delay human aging.

[0030] ④ Moringa seeds can promote the formation and recovery of important cell functions such as mitochondria and endoplasmic reticulum in the human body, thereby activating the human longevity genes and delaying human aging.

[0031] ⑤Ginger has the effect of removing aging cells from the human body.

Claims

1. A pomegranate and blueberry granule for activating human longevity genes. The raw material composition and formulation technology are as follows: (1) Select 6 kinds of high-quality raw materials: pomegranate, blueberry, bitter melon, blackberry, moringa seed, and ginger. (2) Remove the pomegranate peel and seeds to obtain the pomegranate flesh. (3) Squeeze the pomegranate flesh, blueberry, and blackberry to extract juice, and dry them to obtain the three kinds of fruit powder. (4) Remove the bitter melon seeds to obtain the bitter melon flesh. (5) Remove the moringa seed shell to obtain the moringa seed kernel. (6) Dry the bitter melon flesh, moringa seed kernel, and ginger respectively, crush them into powder, and sieve them to obtain the three kinds of pure powder. (7) Evenly mix the pomegranate, blueberry, bitter melon, blackberry, moringa seed, and ginger powder in a weight ratio of 7:7:8:8:5:5, spray and bond them into small particles, dry them, divide them into small bags, seal them, and light-proof them. The weight of each small bag of dry particles is 10 grams.

2. According to claim 1, it is characterized in that: Select high-quality raw materials such as pomegranates to activate human longevity genes and delay aging; select high-quality raw materials such as blueberries to activate human longevity genes, delay aging and improve vision; We use high-quality raw materials such as bitter melon to activate human longevity genes, delay aging, and lower blood sugar and blood pressure. We use high-quality raw materials such as blackberries to enhance human immunity and improve vision. We use high-quality raw materials such as moringa seeds to activate human longevity genes and delay aging. We use high-quality raw materials such as ginger to remove senescent cells.

3. According to claim 1, it is characterized in that: Peel the pomegranates.

4. According to claim 1, it is characterized in that: Deseed the pomegranate.

5. According to claim 1, it is characterized in that: Get the pomegranate flesh.

6. According to claim 1, it is characterized in that: Squeeze the pomegranate pulp, blueberries and blackberries into juice separately.

7. According to claim 1, it is characterized in that: Dry the pomegranate juice, blueberry juice and blackberry juice separately.

8. According to claim 1, it is characterized in that: Pomegranate fruit powder, blueberry fruit powder and blackberry fruit powder were obtained respectively.

9. According to claim 1, it is characterized in that: Remove the seeds from the bitter melon.

10. According to claim 1, it is characterized in that: Get bitter melon flesh.

11. According to claim 1, it is characterized in that: Shell the moringa seeds.

12. According to claim 1, it is characterized in that: Get Moringa seeds.

13. According to claim 1, it is characterized in that: Dry the bitter melon flesh, Moringa seed kernels and ginger separately.

14. According to claim 1, it is characterized in that: Grind dried bitter melon flesh, dried Moringa seed kernels and dried ginger into powder respectively.

15. According to claim 1, it is characterized in that: The powders were sieved to obtain pure bitter melon powder, pure moringa seed powder and pure ginger powder respectively.

16. According to claim 1, it is characterized in that: Evenly mix pomegranate, blueberry, bitter melon, blackberry, moringa seeds and ginger powder in a weight ratio of 7:7:8:8:5:

5.

17. According to claim 1, it is characterized in that: The mixed powder is spray bonded into small particles.

18. According to claim 1, it is characterized in that: Dry the small particles.

19. According to claim 1, it is characterized in that: The dry granules are divided into small bags, sealed and light-proofed.

20. According to claim 1, it is characterized in that: Each bag of dry granules weighs 10 grams.