KR20020018844A - The uncooked food for glucose control of a diabetic and method of manufacture - Google Patents

Abstract

PURPOSE: Provided is a raw food composition which controls the sugar level in the blood. The composition contains raw cereals, vegetables, mushrooms, seaweeds, fungi, oriental herbs, vitamins and minerals. CONSTITUTION: The composition comprises: 57.94-72.94wt.% of cereals such as brown rice, barley, sorghum, glutinous millet, white bean, wheat, black sesame, black bean, rice bran, germinated brown rice, germinated coix and alpha brown rice; 9.8-19.8wt.% of vegetables such as carrot, burdock, locust root, turnip, potato, wheat buds, kale, turnip stem, Chinese lemon and pumpkin; 0.4-1.4wt.% of mushrooms such as oak mushroom and Ganoderma lucidum; 1.6-2.6wt.% of the seaweeds such as seaweed, sea mustard and laminaria; 4.04-5.04wt.% of fungi such as yeast, lactic acid bacteria, chlorella and royal jelly; and 1.3-2.3wt.% of oriental herbs such as pine needle, silk worm, mulberry leaf, Lycium and thorny Acanthopanax.

Description

Glucose-controlled raw food for diabetic patients and its manufacturing method {THE UNCOOKED FOOD FOR GLUCOSE CONTROL OF A DIABETIC AND METHOD OF MANUFACTURE}

The present invention relates to a blood sugar regulating raw food and a method of manufacturing the same in diabetic patients.

In particular, the present invention relates to a technology for controlling the blood sugar of the diabetic patient by providing a diabetic patient with a raw raw food in a powder form that can be easily used by diabetics (including obese people).

In recent years, diabetics are rapidly increasing due to dietary changes and complex social factors, and the age group is developing into not only middle-aged and elderly people but also adolescents.

Diabetes mellitus is excreted through urine without blood sugar being transported to tissue due to a decrease in insulin secretion due to the destruction or dysfunction of pancreatic β-cells secreting insulin in vivo and the rejection of insulin receptors in tissues due to genetic or obesity. Metabolic diseases include high blood sugar and high diabetes.

In addition, diabetes causes abnormal metabolism of glucose and lipid metabolism in vivo, causing complications such as circulatory diseases such as hypertension and atherosclerosis, kidney disease and cataracts. In particular, abnormalities in blood lipid composition due to diabetes, such as an increase in triglycerides in blood, a decrease in high-density lipoprotein cholesterol and an increase in low-density lipoprotein cholesterol, and abnormal lipoprotein function due to the oxidation of lipoproteins, can increase platelet aggregation and vascular disease. It is known to cause various complications.

However, recently, diabetics are increasing obesity-type diabetes mainly due to high-energy diet and lack of exercise, and as a preventive measure, it is recommended to maintain proper weight by proper energy intake and exercise.

However, even obese people and diabetics are often overlooked on the diet due to the urgent social environment.

Therefore, the present invention is to solve the above problems, an object of the present invention is to produce a raw food with the effect of blood sugar control in the form of a diabetic patient to be easily taken by diabetics (including obese people) Its purpose is to provide a raw blood sugar control raw foods and a method of manufacturing the same.

As a technical idea for achieving the above object of the present invention

The organically grown raw materials, natural raw materials and other raw materials are purchased, and the organically grown raw materials and natural raw materials are lyophilized. The freeze-dried raw material is weighed according to the blending ratio to grind the weighed raw material, and then the mixed raw material is mixed with other weighed raw materials to machine-pack the mixed raw material. The present invention provides a method for producing blood glucose control raw foods for a diabetic patient, which consists of a manufacturing process of finally packaging the machine-packed product.

1 to 5 are graphs showing the experimental data on the effect of the reproductive food of diabetic patients according to the present invention on serum glucose content and lipid composition of diabetic rats induced by high fat diet

Hereinafter, with reference to the accompanying drawings, the configuration and operation of the embodiment of the present invention will be described in detail.

First, the ingredients and the blending ratio of the glycemic-controlled raw foods for diabetic patients according to the present invention will be described with reference to Table 1 presented below.

As shown in Table 1, the ingredients and blending ratios are as follows: grains (brown rice: 12%, barley: 5%, sorghum: 2%, tea: 2%, white beans: 6%, whole wheat: 2%, black sesame: 0.5) %, Black beans: 3%, rice bran: 7%, germinated brown rice: 6%, germination ratio: 8%, alpha brown rice: 14.44%), vegetables (carrot: 0.5%, burdock: 0.3%, lotus root: 0.3%, Radishes: 0.9%, Potatoes: 4.5%, Wheatgrass: 0.5%, Kale: 2%, Bright leaves: 0.5%, Radish: 0.3%, Citron: 1.5%, Pumpkin: 3.5%), Mushrooms (Shiitake: 0.7%, Ganoderma lucidum mushroom: 0.2%), seaweed (seaweed: 0.35, seaweed: 0.7, kelp: 1.05%), fungus (yeast: 3%, lactic acid bacteria: 0.04%, chlorella: 1%, royal jelly: 0.5%), Medicinal plants (pine needles: 0.3%, silkworms: 0.2%, mulberry leaves: 0.8%, goji berries: 0.2%, spiny ginseng: 0.3%), others (maltitol: 6.5%, roasted salt: 0.15%, vitamin A: 0.006%, vitamin D3: 0.002%, Vitamin E: 0.008%, Vitamin C: 0.044%, Vitamin B1: 0.0014%, Vitamin B2: 0.0014%, Niacin: 0.0137%, Vitamin B6: 0.0013%, Folic acid: 0.0002% , Algae calcium: 1.17%, iron lactate: 0.01%, zinc oxide: 0.012%).

Next, the action (effect) of the raw ingredients of the blood sugar control raw foods for diabetic patients according to the present invention will be described in more detail.

1. Let's examine cereals (brown rice, barley, sorghum, green tea, white beans, whole wheat, black sesame seeds, black beans, rice bran, germinated brown rice, germinated brown rice, and alpha brown rice).

Cereals eat white rice and milled grains in a regular meal. Raw food is freeze-dried without all grains, so all the nutrients that can be obtained from grains can be obtained.

In particular, germinated brown rice and germinated radish are sprouted by supplying brown rice and germinated radish with a constant temperature and moisture, and are most nutritious at the time of germination, and are converted to a well-digested state during germination, vitamins, enzymes rather than carbohydrates, proteins and fats. It can reinforce many of the special ingredients lacking in general grains such as minerals.

Rice bran is a collection of only the skin and embryo parts of rice produced in the process of turning brown rice into white rice, which can supplement the fat content that is lacking in general grains, and can reinforce many essential fatty acids, tocopherol, gamma-orizanol, and vitamin B group. have.

Grains are distributed in approximately 75% of complex carbohydrates, 10% of protein, and 2% to 3% of lipids. The grains can be ingested at one time to replenish nutrients that are likely to be insufficient.

In particular, the outer portion contains a lot of dietary fiber and vitamin E, vitamin B group, calcium, phosphorus, iron, potassium and other nutrients necessary for sugar metabolism.

As for the grain component ratio in this invention, a partial sum total is 67.9%, and the permissible range of a component is mix | blended within the range of 57.94-72.94%.

2. Let's take a look at vegetables (carrot, burdock, lotus root, radish, potato, wheatgrass, kale, Myeongil leaf, radish blue, citron, pumpkin) and mushrooms (seed mushroom, ganoderma lucidum).

Vegetables and mushrooms are important to eat a variety of plants, such as roots, leaves, stems, fruits, and is a food that is indispensable for the body control action, containing a lot of moisture and fiber and pectin, especially foods necessary for diabetes.

In addition, it is possible to supplement vitamins and minerals such as vitamin A, vitamin B1, vitamin B2, and vitamin C, which are insufficient in grains, including minerals such as calcium, iron, and potassium.

In particular, kale and Myeongil leaf are more nutrient-rich than other vegetables, evenly contained, and rich in protein.

The characteristics of vegetables and mushrooms include chlorophyll, which is hematopoietic, cell regenerating, detoxifying, and allergic, as well as pharmacological actions such as anticancer, antibacterial, antioxidant, immunity, blood pressure, cholesterol, blood sugar control, and digestion. Contains plant bioactive substances.

In particular, it is important that vegetables are lyophilized immediately after harvesting to keep fresh as nutrients are reduced over time.

As for the vegetable component ratio in this invention, a partial sum is 14.8%, and the permissible range of a component is mix | blended within the range of 9.8-19.8%.

In addition, the component ratio of mushrooms is 0.9% in partial sum total, and is mix | blended within the permissible range of a component in 0.4 to 1.4%.

3. Let's take a look at the seaweed (seaweed, seaweed, kelp).

Seaweed and kelp are brown algae, and seaweed is red algae with about 50% carbohydrate and contains unique viscous polysaccharides. It is also an alkaline food that contains a lot of essential amino acids and is rich in minerals such as iodine, calcium, potassium and iron.

Like algae, algae are rich in chlorophyll and dietary fiber, which are effective in obesity and hypertension.

The partial sum total of the seaweed component ratio in this invention is 2.1%, and is mix | blended within the tolerance range of 1.6-2.6% of a component.

4. Let's look at fungi (yeast, lactic acid bacteria, chlorella, royal jelly) and other (maltitol, roasted salt, vitamin A, vitamin D3, vitamin E, vitamin C, vitamin B1, vitamin B2, vitamin B6).

First, yeast is different from the brewer's yeast, yeast cultivated in a medium containing gluten and glucose, because it is not heat-dried, fermentable activity, protein and other nutrients can be obtained more than other brewer's yeast have.

It is composed of more than 50% protein, contains vitamin B group, 16 amino acids, 17 vitamins, nucleic acids, polysaccharides, minerals, etc., and contains GTF-Cr, a glycemic regulator, which is effective for diabetes. to be.

Because lactic acid bacteria produce a group of vitamin B in the intestine, it increases insulin production, and intestinal action inhibits intestinal toxin production and helps treat constipation.

Chlorella is a nutritious, healthy food that is high in protein, vitamins, minerals, fats, and other nutrients.Because of beta-carotene, chlorophyll, growth factor (CGF), chlorella promotes blood purification, metabolism and insulin secretion. It acts to lower cholesterol and blood pressure.

Royal Jelly is a special food for the queen bee, and the young worker bee receives the digestive Royal Jelly from the mouth. The nectar and pollen are digested and absorbed once in the body of the worker bee and are rich in protein, carbohydrates, fats, minerals, vitamins and enzymes.

Vitamins, especially in the B-vitamins, are involved in metabolic processes, promote growth, and are effective for improving the stamina of diabetics.

The fungus component ratio in this invention is 4.5% of a partial sum, and is mix | blended within the permissible range of a component in 4.04 to 5.05%.

In addition, the component ratio of other components is 7.92% in partial sum, and is mix | blended in the permissible range of a component in 7.92 to 11.42%.

5. Let's take a look at medicinal plants (pine needles, silkworms, mulberry leaves, gojija, thorn gogapi).

Pine needles are a component of glycogen, which lowers and regulates blood sugar.

Silkworms control the blood glucose by inhibiting the absorption and degradation of sugar by inhibiting the activity of alpha glucosidase, an enzyme that breaks down disaccharides into glucose.

Mulberry leaves contain about 10 ingredients such as deoxynojirimycin, calistine, and pegomin called glucoseday inhibitors to regulate blood sugar.

Goji berries are effective in antibacterial, anticancer, immune boosting, liver function improvement, blood pressure lowering, and diabetes.

Prickly Pear is a component of eleutheside that regulates blood sugar.

The partial ratio of the medicinal plant component ratio in this invention is 1.8%, and the compoundable range is mix | blended within the range of 1.3 to 2.3%.

Looking at the characteristics of the raw material components and the mixing ratio according to the present invention as described above, the ratio of (grains): (vegetables, seaweeds, mushrooms, medicinal plants): (fungi, other) based on the lyophilized agricultural products 6 It was set as the compounding ratio on the basis of the ratio of -7: 2-3: 1-2.

In particular, diabetics do not include meat because they have to limit animal fats. Instead, fungi such as yeast were added as a source of protein.

In addition, alpha brown rice, maltitol, and roasted salt were added to adjust other tastes, and vitamins and minerals were included in food, but vitamins were added to standardize experimental results.

In addition, it is important to maintain a constant ratio of cereals and vegetables because diabetics lack the nutrients obtained from cereals and vegetables in the existing diet.

Another feature of the invention is in lyophilization. Freeze-drying is rapidly frozen at -40 ℃, then lowered the air pressure and dried at a lower temperature of 50 ℃ or less, so that water is sublimated and removed in the state of ice that has not been transferred to the liquid state, so it retains its original shape and size. Less change in color, flavor, nutrition, enzymes, etc.

When the building is rehydrated, its resilience is excellent, allowing it to maintain its natural state. Although the drying cost is expensive, long-term preservation is possible and it is the best method among the food processing methods.

Subsequently, the blood glucose control raw food taking method of the diabetic patient according to the present invention will be described.

Dosage can be divided into substitutes or supplements. When taking alternatives, take 30g of water or juice 200ml instead of meals for breakfast and dinner, and lunch for regular meals.

If you take it as a supplement, take 15g in water or 150ml of juice before breakfast, and take it for breakfast, lunch and dinner.

Even if you take 30-40g at a time with the above-mentioned method, it can be used as a meal replacement. The freeze-dried food is the amount of water removed. Same as ingesting.

In the case of cassowal meal, a meal of about 800g is eaten by diabetic patients, but vitamins, minerals and other nutrients are less than 30g of raw food.

Next, the manufacturing process of raw foods having a glycemic control effect in diabetic patients will be described.

A first step of purchasing organically grown raw materials, natural raw materials and other raw materials;

A second step of removing foreign matters of each of the raw materials, cutting to a suitable size and freeze drying;

A third step of measuring the lyophilized raw material according to a blending ratio;

A fourth step of pulverizing the weighed raw material and mixing it with other weighed raw materials;

After mechanically packing the mixed raw materials, a fifth step of box packaging is performed.

Looking at the process of each manufacturing process in detail as follows.

First, organically grown raw materials (grains, vegetables) and natural raw materials (seaweed, medicinal plants, etc.) and other raw materials are purchased, and organically grown raw materials and natural raw materials are removed from foreign substances. After 4 or more consecutive washes, it cuts into the appropriate length according to the kind of raw material.

The cut raw material is uniformly stored at a thickness of 20 m / m in 3 to 4 kg depending on the product per granular pan, and then frozen at -30 to -40 ° C for about 10 to 17 hours depending on the raw material.

In order to avoid thawing of the rapidly frozen raw materials, enter the drying furnace as soon as possible, and then dry them at 45 to 50 ° C for about 22 to 30 hours depending on the raw materials, and pack them in a dry and cool place so that the dried raw materials are not humidified.

The lyophilized raw material is weighed according to the blending ratio and the weighed raw material is ground and mixed with the other weighed raw materials.

After 15 g of the mixed raw materials are machine-packed, the machine-packed product is shipped out of the box to complete the manufacturing process of the raw product for diabetic patients according to the present invention.

1 to 5 are graphs showing the results of experiments on the effect of the reproductive food of diabetic patients according to the present invention on serum glucose content and lipid composition of diabetic rats induced by high fat diet.

For reference, the experimental research of the present invention will be revealed that the consultation was conducted by Sangji University Life Science Research Institute and the Advisory Research Institute agreement with Palmy Co., Ltd.

Looking at the material and method according to the experimental study of the present invention.

1. Experimental Animal

Fifty Sprague-Dawley male rats with an average body weight of 200 ± 5g (hereinafter referred to as Nor), control group (diabetes-induced group, basic diet, hereinafter: labeled as Co in the graph), and special diet group (30%) Diabetic induction, 70% basic feed + 30% The special diet of the present invention, hereinafter: denoted as D30 in the graph, the special diet 50% group (diabetic fungus, 50% basic diet + 50% special diet, below: in the graph D50), a special diet was 100% (diabetes-inducing bacteria, 100% special formula, hereinafter: D100 in the graph) randomly placed 10 dogs each, and had a one-week adaptation period to the environment and diet.

2. Diabetes Induction

In the normal group (10 heads), 40 diabetic rats fed the high-fat diet for 8 weeks, and collected blood from the tail vein in a 12-hour fasted state to confirm that the blood glucose level was 250 mg / dl or more. As published. Of course, dietary intake was free.

3. Dietary Benefits

As for the dietary diet, the difference in dietary intake of the pretreatment group was less than 5%, and the dietary benefit was given to each treatment group, and the test diet for each treatment was given for 4 weeks starting from the end of 8 weeks of diabetes induction. Water was taken freely.

4. Weight and Dietary Intake

Body weight was measured weekly during the test diet for 4 weeks after diabetes induction, and the dietary intake was calculated from the daily intake and the remaining amount.

5. Blood collection

After 4 weeks of dietary breeding, about 5ml of blood per head was collected by cardiac astronomy at 12 hours of fasting.

6. Sample Analysis

Plasma neutral lipids, total cholesterol, HDL-cholesterol, LDL-cholesterol and glucose (Glucose) were analyzed by hematology.

First, looking at the results of the plasma triglycerides shown in Figure 1, the pretreatment group ranged from 64.19mg / dl to 104.91mg / dl, the highest value in the control group fed only the basic diet (Co), the lowest value is applied The diet was shown in the 100% treatment group (D100).

In other words, when comparing the results of diabetes-induced group, all of the special dietary treatment group showed lower tendency than the control group. Especially, the special diet was 100% treated group (D100), and the special diet was 50% treated group (D50). It can be seen that.

Looking at the change in the total plasma cholesterol level shown in Figure 2, in the pre-treatment group ranged from 57.40 mg / dl to 112.271 mg / dl, the highest value in the control group fed only the basic diet (Co), the lowest value Diabetic special diet was shown in the 100% treatment group (D100).

In the diabetic group, the control group and the special diet did not show a significant difference in the 30% treated group (D30), but the special formula in the 50% treated group (D50) and the special diet in the 100% treated group (D100) showed lower values than the control group. .

In general, the amount of plasma cholesterol increases during diabetes-induced diabetes. In the experimental results of the present invention, it can be seen that the highest total cholesterol level is shown in the control group fed only the basic diet as the diabetes-induced group.

Looking at the trend of the variation in the amount of HDL-cholesterol shown in Figure 3, the pretreatment group showed a value of 30 mg / dl, the maximum value in the special formula 50% treatment group (D50), the lowest value in the special formula 100% treatment group ( D100).

In general, considering that HDL-cholesterol improves the internal condition of blood vessels, high levels are desirable to improve circulatory diseases that can occur as a complication of diabetes.

Looking at the variation in LDL-cholesterol amount shown in Figure 4, the range of 49.50 mg / dl to 72.30 mg / dl in the pre-treatment group, the maximum value is the special formula in the 50% treatment group (D50), the minimum value is the special diet 100% treated group (D100).

According to the experimental results of the present invention, the amount of LDL-cholesterol induced in the process of inducing diabetes by the high-fat diet does not decrease despite the low-energy special dietary treatment, and the special diet except the 100% treatment group (D100) The LDL-cholesterol content in the treated group was similar to that of the control group.

However, in the special diet 100% treated group (D100), the LDL-cholesterol showed a sharp drop, maintaining the level of the normal group.

Looking at the variation in the amount of glucose in the blood (Glucose) shown in Figure 5, all of the diabetes-induced group showed a higher value than the normal group. This result is due to the continued high blood sugar caused by high-fat diets.

In the diabetes-induced group, all of the special diet-treated groups showed lower tendency than the control group, and especially, the special diets of the 30% treated group (D30), 50% treated group (D50), and 100% treated group (D100) were significantly higher than the control group. One reduction shows that there is a hypoglycemic effect of the diet.

As described above, the final results of the experimental data on the effect on the serum Glucose content and lipid composition of diabetic rats induced by high-fat diet using the dietary foods for diabetic patients according to the present invention are as follows.

One). After 28 days of diabetes mellitus, the diets of each treatment resulted in weight gain in the normal group, but decreased in all diabetic groups. Among the diabetic group, weight loss was the most common in the 100% treated group.

2). Plasma triglycerides tended to decrease in the 50% and 100% treatment groups compared to the control group. In particular, the special formula showed the level of the normal group in the 50% treatment group and 100% treatment group.

3). Plasma cholesterol showed a tendency to drop in the special diet 50% treated group, 100% treated group compared to the control group.

4). The amount of HDL-cholesterol showed a value of 30 mg / dl in the pretreatment group, and there was no change in the trend of each treatment.

5). The amount of LDL-cholesterol was the lowest in the 100% treated group, and the level of the normal group was shown. The other treated groups showed similar values as the control group.

6). Plasma glucose amount tended to be lower than that in the control diet group. In particular, in the 100% treated group, the special diet showed 120 mg / dl, which was a normal range.

As described above, according to the blood glucose control raw foods and manufacturing method of the diabetic patient according to the present invention has the following effects.

First, it is possible to receive a variety of nutrients (70% carbohydrate, 15% protein, 5% fat) through the intake of about 40 different foods, and various vitamins and minerals (vitamin C, vitamin E, B-complexes, magnesium, chromium, and zinc) can help metabolism and help insulin work.

Second, raw foods made from whole grains, legumes, and vegetables that minimize the cooking process without purification contain a lot of complex carbohydrates and fiber, reducing the need for insulin by controlling the release of glucose into the bloodstream.

Third, it is mainly made of food-based foods, such as low cholesterol, low fat calorie foods can prevent the blood sugar rises.

Fourth, since raw food is not cooked or processed without any heat, there is almost no change in nutrients, enzymes, etc. than foods cooked with heat, so even if you eat less than you eat with food, Intake is enough. Therefore, obesity due to overeating can be solved.

Fifth, using agricultural products grown with organic and pesticide-free, less burden of unnecessary waste such as pesticides, chemical fertilizers, and can protect the body from environmental toxins.

Sixth, the sodium content is less than the normal meal intake of sodium.

Seventh, reproduction can not only get all the nutrients contained in each food, but also the enzymes in the food can reduce the burden on the pancreas to secrete digestive enzymes can help the secretion of insulin.

Eighth, no food additives are contained. Therefore, even if you take advantage of the natural flavor and continue to eat.

Claims (6)

Cereals consisting of 57.94 to 72.94% of the total blending ratio of brown rice, barley, sorghum, green tea, white beans, whole wheat, black sesame seeds, black beans, rice bran, germinated brown rice, germinated yellow radish, and alpha brown rice; Vegetables which consist of carrot, burdock, lotus root, radish, potato, wheatgrass, kale, Myeongil leaf, radish blue, citron, and pumpkin component of the total compounding ratio of 9.8-19.8%; Mushrooms comprising a total blending ratio of shiitake mushrooms and ganoderma lucidum components 0.4-1.4%; Seaweeds which consist of 1.6-2.6% of total mixing ratios of seaweed, seaweed, and kelp components; Fungi comprising a total compounding ratio of yeast, lactic acid bacteria, chlorella and royal jelly components of 4.04 to 5.04%; Medicinal plants consisting of 1.3 to 2.3% of the total compounding ratio of pine needles, silkworms, mulberry leaves, goji berry, thorny gooseberry components; Maltitol, roasted salt, vitamin A, vitamin D3, vitamin E, vitamin C, vitamin B1, vitamin B2, niacin, vitamin B6, folic acid, algae calcium, iron lactate, and zinc oxide have a total compounding ratio of 7.92 to 11.42%. Glycemic control raw foods for diabetic patients to freeze-dried and mixed with other ingredients to be taken as a powdered special diet. The composition of claim 1, wherein each component of the grain is brown rice: 12%, barley: 5%, sorghum: 2%, brown tea: 2%, white beans: 6%, whole wheat: 2%, black sesame: 0.5%, black beans: 3%, rice bran: 7%, germinated brown rice: 6%, germination ratio nothing: 8%, alpha brown rice: 14.44% Carrot: 0.5%, burdock: 0.3%, lotus root: 0.3%, radish: 0.9%, potato: 4.5%, wheat sprouts: 0.5%, kale: 2%, light green leaf: 0.5%, radish: 0.3% , Citron: 1.5%, Pumpkin: 3.5% of the mixing ratio, Each component of the mushrooms is composed of a blending ratio of shiitake mushrooms: 0.7%, Ganoderma lucidum mushrooms: 0.2%, Each component of the seaweed is composed of a mixing ratio of seaweed: 0.35%, seaweed: 0.7%, kelp: 1.05%, Each component of the fungus is composed of a yeast: 3%, lactic acid bacteria: 0.04%, chlorella: 1%, royal jelly: 0.5% Each component of the medicinal plant is composed of pine needles: 0.3%, silkworms: 0.2%, mulberry leaves: 0.8%, wolfberry: 0.2%, thorns: 0.3%, The other components are maltitol: 6.5%, roasted salt: 0.15%, vitamin A: 0.006%, vitamin D3: 0.002%, vitamin E: 0.008%, vitamin C: 0.044%, vitamin B1: 0.0014%, vitamin B2: Glucose control in diabetic patients, comprising a combination ratio of 0.0014%, niacin: 0.0137%, vitamin B6: 0.0013%, folic acid: 0.0002%, seaweed calcium: 1.17%, iron lactate: 0.01%, zinc oxide: 0.012% Raw food. The composition of the raw foods is a ratio of (grains): (vegetables, seaweeds, mushrooms, medicinal plants): (fungi, etc.) on the basis of the lyophilized raw material 6-7: 2-3: A blood sugar regulating raw food for diabetic patients, comprising a compounding ratio of 1 to 2. The blood sugar regulating raw food of diabetic patients according to claim 1, wherein the nutrient content ratio of the raw food is composed of carbohydrate: 70%, protein: 15%, and fat: 5%. A first step of purchasing organically grown raw materials, natural raw materials and other raw materials; A second step of removing foreign matters of each of the raw materials, cutting to a suitable size and freeze drying; A third step of measuring the lyophilized raw material according to a blending ratio; A fourth step of pulverizing the weighed raw material and mixing it with other weighed raw materials; After the mechanical packaging of the mixed raw material, the method of manufacturing a blood glucose control raw foods for diabetic patients, characterized in that the fifth step of box packaging. The method of claim 5, wherein the freeze-drying conditions in the second step is frozen for 10 to 17 hours at -30 to -40 ℃, and dried for 22 to 30 hours at 45 to 50 ℃ depending on the raw material Method for preparing blood glucose control raw foods in diabetic patients.