Practical product based on combination of targeted sports, nutrition and pharmaceuticals

Abstract

Diabetes or glycemic diseases are caused by resistance of body cells to insulin. Even if the body of a patient is resistant to insulin, a doctor can still make the prescription medicine. The medicine prevents the blood sugar from rising to a great extent, but cannot eliminate the resistance to insulin, so that specialist doctors can recommend exercises and appropriate nutrition intake to patients when the medicine is developed. However, the suggestions are not as accurate as medicines, and each patient complies with the suggestions to a certain extent according to own preferences, so that the effects of the suggestions are not satisfactory. The imbalance among the three causes diabetic complications, and the longer the time is, the more complex the condition is. In the invention, the type 1 diabetes mellitus and the type 2 diabetes mellitus are controlled and complications of the type 1 diabetes mellitus and the type 2 diabetes mellitus are prevented by strictly executing exercise and nutrition schemes and cooperating with medicine treatment provided by doctors.

Description

[0001] The mechanism of diabetes or glycemic disease due to the body's cells becoming resistant to insulin is activated years before the disease manifests itself in the body as diabetes (i.e. high blood sugar is shown in a test or fasting blood sugar test device). This means that years before a person gets diabetes, the mechanism of insulin resistance in the body begins and because the main factor (i.e. the body's cells' resistance to insulin) is not addressed, the body starts to automatically secrete insulin by the pancreas. To combat this, it is necessary to maintain the body's blood sugar levels stable. This means that the body of a person who is not taking medication will try to control normal blood sugar levels by secreting extra insulin. When the person gets hungrier, the hunger caused by the secretion of insulin is compensated by eating extra food (especially sweets) than what is actually needed and the process is compensated. This continues for a while until the body gets tired and produces extra insulin secretion and then diabetes manifests itself. At first, it manifests itself as prediabetes. Due to lack of attention, it often leads to type 2 diabetes (of course, as we will see in the later explanations, the certainty of preventing type 2 diabetes and prediabetes type 2 diabetes through this combination product, which is both educational and practical, can reach 99.9% in practice and in practice training).

[0002] In addition, depending on the blood sugar status of the diabetic patient, the specialist doctor will prescribe a medication, which can be a pill, insulin, or a combination of the two. The diagnosis made by the doctor and the prescription made by the doctor are completely correct and appropriate and there is no problem because the disease must be controlled and the blood sugar level should also be controlled. However, it should be noted that the medication prescribed is prescribed regardless of the body's resistance to insulin. This medication prevents the blood sugar from rising to a great extent, but it does not eliminate insulin resistance. The specialist doctor will recommend exercise and appropriate nutrition intake to the patient during the medication visit, but this recommendation is not as precise as the medication and each patient follows his own taste to some extent. The effectiveness and sustainability of this conventional management is not strong and this imbalance between the three pillars of medication, exercise, and nutrition leads the diabetic patient to often rely on medication and relatively neglect the other factors, which over time leads to complications of diabetes. The longer this goes on, the more complex this becomes. Why? Because a series of other side effects occur that make these complications of diabetic patients more complex. TECHNICAL FIELD

[0003] A61K, A61B and A61M BACKGROUND

[0004] AU2019202044B2

[0005] System and method for educating users (including response patterns)

[0006] Systems and methods are provided. Using the systems and methods, a user can learn and become familiar with the impact of various aspects of their lifestyle on their health. For example, a user can learn how food and / or exercise affect their blood glucose levels and other physiological parameters and overall health. In some cases, the user selects a regimen to try; in other cases, a computing environment that includes the system suggests a regimen to try, including based on pattern recognition, i.e., a determination by the computing environment of how the user improves a detected pattern in some way. In this way, users (e.g., type II diabetes patients, or even just pre-diabetic or non-diabetic populations) can learn healthy habits to benefit their health.

[0007] The present invention differs from our invention in that in the present invention, the medication and other parameters are monitored by the device; but in our invention, the exercise and nutrition prescriptions are formulated by a human and can be adjusted based on the patient's blood glucose levels.

[0008] US7920998B2

[0009] Diabetes care management system

[0010] A medical device for diabetes management comprising: (a) a memory comprising one or more optimal blood glucose values, one or more insulin dose values for a patient, one or more detected blood glucose values, and one or more scaling factors, wherein the scaling factors are used to weight the impact on future blood glucose values and can be customized for individual patients to predict the impact of insulin dose operations performed by the individual patients on blood glucose; (b) a microprocessor in communication with the memory and programmed to calculate another value, wherein the other value is calculated based on the insulin dose values, the optimal blood glucose values, and the scaling factors; (c) a display for displaying information based on the other value.

[0011] In the present invention, the device has the task of monitoring the parameters; but in the system proposed by us, this monitoring is done by a more precise human.

[0012] US20210104173A1

[0013] Personalized health coaching system

[0014] Systems and methods are described for a comprehensive personalized approach to health and lifestyle coaching. The system can determine health indicators for a user based on detected physiological parameters. The health indicators can be used to determine health recommendations and provide feedback to the user based on their adherence to the recommendations. This system is a coaching system; but our system is a very precise and tested diabetes treatment system.

[0015] CA2745169C

[0016] Diabetes therapy management system

[0017] A diabetes analysis method is provided, comprising: receiving a plurality of blood glucose level readings of a user; analyzing the plurality of blood glucose level readings to generate a report, wherein the report comprises: a first graph indicating the plurality of blood glucose level readings along a 24-hour timeline, and a second graph having at least one of infusion device settings and active insulin levels corresponding to the 24-hour timeline of the first graph.

[0018] The present invention focuses on blood glucose (i.e. blood glucose), but our method is to combine diet and exercise to achieve a healthy condition.

[0019] US20200268968A1

[0020] Method and system for managing diabetes

[0021] The present disclosure relates to a clinical decision support (CDS) system for diabetes management. The CDS system determines blood glucose levels and / or gives recommendations for insulin pump parameters based on a plurality of data records representing one or more predictors (e.g., activity data, nutritional information, past blood glucose levels, rate of change of blood glucose levels, and / or other contextual data). SUMMARY

[0022] Currently, the medical treatment of diabetes focuses on controlling blood glucose levels through medication (such as tablets or insulin). While these medications effectively prevent sharp rises in blood glucose, they do not address underlying insulin resistance. Specialists also recommend exercise and proper nutritional intake, but patients adhere to these lifestyle changes to varying degrees. Imbalances between medication, exercise, and nutrition often lead to a heavy reliance on medication by diabetes patients, triggering long-term complications. Over time, these complications become more complex and are exacerbated by various side effects associated with diabetes. To address this issue, a combination product is proposed that is both educational and practical. The product aims to prevent type 2 diabetes and prediabetes through practical training and operation. By providing comprehensive guidance on the importance of exercise, nutrition, and medication management, the product aims to empower individuals to effectively manage their blood glucose levels and reduce their reliance on medication.

[0023] Notably, the proposed product has a 99.9% certainty in preventing type 2 diabetes and prediabetes if administered correctly. By addressing the root cause of diabetes (insulin resistance) and promoting a balanced treatment approach, the product aims to improve the long-term prognosis of diabetes patients and reduce the complexity of related complications. Technical problem

[0024] The technical problem of type 2 diabetes is that when a diabetic patient goes to a specialist because of hyperglycemia, the specialist prescribes the correct medication based on the tests, history and hyperglycemic state of the patient. This decision is completely correct, the patient's blood sugar level should be reduced and kept at a lower level anyway, but the dose of the medication is due to the fact that the body's resistance to insulin has not completely disappeared, and this problem is hidden and the medication is based on the blood sugar level. Although the blood sugar is reduced, the body's resistance to insulin is not eliminated, which is described in detail above.

[0025] The mechanism of type 1 diabetes differs in some ways. The mechanism of type 1 diabetes differs because, for some reason, the pancreas of a type 1 diabetic patient does not secrete insulin from childhood, and such patients must initially control their blood sugar by injecting insulin, but later, according to the body's physiological functions, this amount will increase in addition to the changes in height and weight from childhood to youth. Gradually, the body of a type 1 diabetic patient will show resistance to insulin, at which point the amount of insulin used is the same as the actual amount needed, and the specialist will increase the prescription amount of insulin and other possible medications based on the patient's rising blood sugar. Then, the insulin resistance of the body's cells should be eliminated by targeted exercise and appropriate and targeted nutritional intake; and it is undoubtedly best for the patient to be taught targeted exercise and appropriate nutrition for their age from childhood, along with the medication prescribed by the specialist. In this way, the patient is far from the complications of diabetes from the beginning, and the mechanism of this intervention is similar. Solution to the problem

[0026] Our invention is a combined practical product centered on the targeted exercise and nutritional intake of diabetic patients, which is still a blank in the field. It is a practical solution that precisely regulates the body's cells to eliminate insulin resistance, and it has two focuses, namely, the professional and targeted exercise of diabetic patients and targeted nutritional intake, both of which act like airplane wings to control and balance. These two factors play a crucial role in controlling diabetes, and in this balance, the role of medication is also crucial, but the amount and type of medication determined after insulin resistance disappears is particularly important for disease control. If not carefully followed, none of the three factors can eliminate insulin resistance in the body.

[0027] To accurately control diabetes, the three main pillars and supporting pillars must be integrated in a coordinated and adjusted manner:

[0028] Medication Pillar: Should be done individually according to the specialist's prescription, we are making the other two pillars, and we will incorporate the medication pillar into the next step under the coordination of the patient's specialist.

[0029] Professional and targeted sports pillar: not all sports are suitable for diabetics, where walking is not a suitable sport, which has limited help for diabetes management and blood sugar control, and in terms of joint damage risk (especially for people over 45 years of age), diabetics who have to live by (long) walking, their joints will be damaged. Advantages of the invention

[0030] 1- True control of diabetes, and the body does not develop insulin resistance

[0031] 2- Diabetes control without side effects (i.e., human cell resistance)

[0032] 3- Regulating the body over a period of months, constantly eliminating insulin resistance, and the body's cells respond to insulin. Therefore, when a specific dose of insulin is provided that meets the patient's actual needs, blood sugar can be accurately controlled without side effects.

[0033] 4- To eliminate insulin resistance, the precise adjustment of the body and the body's cells should have precise, scientifically calculated, and permanent properties, which means that the patient can be in this adjustment process permanently and adapt to it.

[0034] So far, relevant research has been carried out in this field and progress has been made (because previous research results were neither accurate nor continuous); on the other hand, a certain direction of research has been given importance, which has little effect on drug dose control and diabetes side effect elimination, but has a positive effect on people. So far, the aforementioned matters have been achieved, but so far, what has not been achieved is: reducing and adjusting the patient's medication, and this adjusted medication state can be permanent. BRIEF DESCRIPTION OF DRAWINGS

[0035]

Figure 1

[0036]

Figure 2

[0037]

Figure 1

[0038]

Figure 2

[0039] 1-Non-diabetic population with normal glycemic control for 30 months, medication reduced from insulin to metformin and Gloripa.

[0040] 2-Weight control from 100 kg to 76 kg.

[0041] 3-Fatty liver treatment from grade 3 to grade 1 and normalization of liver enzymes.

[0042] 4-Adjusting blood pressure from 13.5 to 11.5 and reducing antihypertensive medication from losartan H to losartan 25.

[0043] 5-My kidneys have maintained a post-surgical steady state for 30 months, and no more stones are being formed (previously, I had about 400 kidney stones surgically removed and underwent 3 thiotaxin procedures). Of course, my kidneys have no problems with diabetes, and now they are under control, so there will be no problems in the future.

[0044] I have no diabetic foot or neuropathic diseases. 6-Other problems related to diabetic heart, diabetic eye, and kidney. Industrial applicability

[0045] Online

[0046] Face-to-face and clubs

Claims

1. The present invention provides a practical and comprehensive solution, which includes a combination of a professional and targeted exercise program, a targeted nutrition program and a prescription of medication by a specialist. The continuous use of the targeted nutrition program and the targeted exercise program, like two wings, simultaneously and in parallel, balanced development, with 99.9% confidence to accurately control type 2 diabetes, with 99.9% confidence to accurately control type 1 diabetes, with 99.9% confidence to prevent type 2 diabetes, with 99.9% confidence to prevent the conversion of pre-diabetes to type 2 diabetes, while eliminating insulin resistance. By this method, the reliable degree of treatment and prevention of fatty liver is 99.9%. This solution is implemented under the guidance of a specialist (so that, due to targeted exercise and targeted nutrition intake, the amount of medication prescribed by the doctor will be reduced). This process continues until the body of the diabetic patient is regulated and balanced (on average once a month, for a maximum of 5 months). For each diabetic patient, in order to maintain health and control blood sugar within normal limits, the following indicators must be met: i.e. FBS below 100, A1C below 5.

5.

2. According to claim 1, the medication program is still according to the prescription of the specialist. However, the professional and targeted exercise program includes exercises that enable the consumption of blood sugar by the muscles. Through these exercises, the body's insulin resistance will disappear continuously.

3. According to claim 2, the professional and targeted exercise program is carried out in such a way that "the muscles are charged to the necessary and sufficient extent". The duration of this charging state is a minimum of 48 hours and a maximum of 72 hours. Therefore, the exercise time is preferably 3 days a week, for 1.5 to 2.5 hours each time. Each lesson includes stretching exercises (aerobic exercises) and full-body muscle training with dumbbells (resistance).

4. According to claim 3, the number and type of stretching exercises (aerobic exercises) and the type of dumbbells (resistance) are determined according to the individual's ability. In the next stage, this practical combined solution will be implemented by the specialist in cooperation with the patient.

5. According to claim 4, the body of the diabetic patient needs 4 to 5 months to adjust and establish a balance between the two, during which time insulin resistance occurs. The blood sugar decreases and the process of lowering blood sugar continues and the diabetes is improved and controlled.

6. According to claim 5, the professional and targeted exercise program includes stretching exercises (aerobic exercises) and muscle strength enhancement and supplementation exercises with dumbbells (resistance). The program is 3 days a week, for 1.5 to 2.5 hours per lesson, the exact duration being determined according to the individual's physical condition. In addition, the number and type of sets of movements are determined according to each person's ability. By using this practical and comprehensive solution, insulin resistance is continuously eliminated and blood sugar is maintained within normal limits. In addition, communication and coordination with a specialist are required, who will prescribe the appropriate medication and the correct dosage.

7. The targeted nutrition pillar according to claim 6, where a suitable and targeted nutrition plan is developed according to the type of diabetes and the physical condition and condition of each individual. This plan should include the amount and type of food, when to eat, dietary restrictions and special diets, among others. In addition, it should be kept in mind that the targeted nutrition intake of a diabetic plays a crucial role in controlling blood glucose (the targeted diet of a diabetic is very different from a normal diet, since it is permanent, it should therefore include all micronutrients, and side effects should be avoided).

8. According to claim 7, the appropriate and targeted nutrition intake of a diabetic plays a very important role in controlling blood glucose and not increasing insulin resistance. We design a diet for diabetics that reduces the intake of sugars and also adjusts the composition of food, thus stabilizing blood glucose and reducing the need for additional medication. In this pillar, attention should be paid to determining the type of food, the amount ingested and the time of meals. In addition, attention should also be paid to the principles of healthy and balanced nutrition.

9. According to claim 8, the targeted nutrition intake regimen includes determining the type of food, the amount ingested and the time of meals. This regimen aims to reduce the intake of sugars and control stable blood glucose. In this regimen, the amount of vegetables, summer foods and proteins is controlled, eliminating the intake of sweets. In addition, the amount of carbohydrates ingested is completely controlled and is set simultaneously with targeted exercise.

10. According to the above claims, this combined method, which includes targeted exercise and targeted nutrition, has been able to improve the health condition of the patient for 30 months after the body has been regulated; in addition, the patient (who has been using insulin for 8 years and has high blood glucose) ingests 100 units of insulin per day. It has now been deactivated according to the doctor's opinion and only takes Metformin and Gloripa tablets on the doctor's prescription. The patient's A1C fluctuates between 4.7 and 5.4, which means that it is at the level of a non-diabetic population; and the FBS is below 100, at the level of a non-diabetic population.

11. According to the above claims, this combined method can be applied to a diabetic in a home (room), at work, in an open space (green space) or in a hotel during a trip, and during travel, the diabetic is able to carry the items required by this method with him by car, train, bus or plane.

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