In the next few years, will medicine be able to develop a cure for diabetes?

To be honest, I am also very much looking forward to the day when I can ** diabetes, "I hope that people in the world are disease-free, so why not be afraid of medicine and dust on the shelf"!

But how many years will it take to **? Let's start with the history of diabetes.

Diabetes is an extremely ancient disease, and it is recorded in the classics of the four major civilizations in history - China, ancient Egypt, India, and Rome.

Of course, the poor do not have the opportunity to enter the classics, in ancient times, the poor may die, and no one will investigate what disease he has.

The ancient texts should all be about type 2 diabetes. Because at that time, it was found that ** was related to eating more luscious and fatty foods, and it was mentioned in "Su Wen" that "those who are hot and consumed are all nobles".

Therefore, type 2 diabetes is related to lifestyle, and now people's living habits are very poor, and many people eat more and move less, which is the cause of diabetes. When it can be changed to a good lifestyle, the incidence of diabetes will be significantly reduced. If all people are healthy and do not develop diabetes, then the genetic factors of diabetes will disappear and the chances of developing diabetes in future generations will disappear.

Diabetes mellitus is a metabolic disease caused by multiple factors, and it is unrealistic to rely solely on science and technology to solve it. "Science and technology are so advanced, people can go to heaven, and diabetes is also possible, but when that day comes, your eyes are out of sight, your heart is not good, your leg is amputated, what is the use of diabetes for you? "So do what you should do, stabilize your blood sugar well, and then wait for that day to come.

Scientific and technological progress is a process of constantly overturning assumptions. The average person's life expectancy is between 60 and 80 years old, and it is difficult to say whether they can wait until the day of **diabetes. So to live for a day, you need a day's quality.

Even if you have diabetes, as long as you can walk, eat, go to work, sleep, and go out, what is the impact? Many people with diabetes think that if they have diabetes, they can't eat meat or fruit. In fact, it is still possible to eat, but the amount of food eaten should be reduced by half.

If you say that, you can improve your quality of life now without having to wait until the next day.

With current technology, at least in a few hundred years, diabetes will be possible, but with current technology, it can't be done.

I think at least in 50 years, it's okay to have good diabetes. Because medical technology is particularly developed now, and there are a lot of talents, **diabetes is just around the corner.

I think that with the current technology, diabetes will take a long time. Diet control is very important for sick patients, and must adhere to the second exercise, followed by index finger medication**.

Probably a few decades later, this is also uncertain, and now science and technology have been developing, so we can only look forward to it.

I think it will take a long time, and many diabetic patients are now more seriously ill, and can only be relieved by taking medicine and taking insulin, and there is no way to develop the best method at present.

What are the most advanced diabetes treatments and medications? Different types of diabetes, the best method is different, the common types of diabetes and their methods are as follows: 1. Type 1 diabetes, the best method at present is the insulin pump, which can simulate the function of the body's pancreatic islets to the greatest extent, but the premise of type 1 diabetes is also the need for proper diet control and exercise.

2. There are many ways to treat type 2 diabetes, and diet control and exercise are the most basic and effective methods. On this basis, the focus of different conditions is different, generally oral hypoglycemic drugs are the first choice, and insulin is mostly used for a short period of time when blood sugar is relatively high or when it is combined with serious complications. 3. Gestational diabetes still requires proper diet control and exercise, and insulin** is the first choice.

In fact, so far, you have to add your usual diet to pay attention to exercising, which is the most effective.

At present, the relatively new drugs for diabetes are SGLT-2 inhibitors, with the suffix of linpagliflozin, dapagliflozin, empagliflozin, linpagliflozin and so on. The main mechanism of action of this drug is to act on the renal tubules, reduce the reabsorption of glucose by the renal tubules, thereby promoting the excretion of glucose in the urine and lowering blood sugar. This drug acts on the renal tubules and increases the excretion of glucose in the urine, so there is a risk of urinary tract infection.

In addition, this drug has more cardiovascular benefits, so it has been favored by endocrinologists and cardiovascular doctors over the years.

At present, the most advanced diabetes methods and drugs are carried out in combination with blood sugar control and cardiovascular control, so that diabetic patients can benefit. **Medications for diabetes include insulin and complex insulin, as well as the more common drugs such as metformin.

At present, there are some of the most advanced diabetes methods and drugs, if you have diabetes, you should seek medical attention in time, find out, symptomatic.

At present, the most advanced diabetes method is mainly insulin injection or oral hypoglycemic drugs, supplemented by diet control and fitness exercise. The latest method is genetic**, which removes the disease-causing gene and replaces it with a normal gene.

What are the most advanced diabetes treatments and medications? In fact, so far, if you have diabetes, you need to rely on certain drugs to control your blood sugar height, and you should also pay attention to exercising more on your usual diet, which is the most effective. What are the most advanced diabetes treatments and medications?

In fact, so far, if you have diabetes, you need to rely on certain drugs to control your blood sugar height, and you should also pay attention to exercising more on your usual diet, which is the most effective.

At present, the most advanced method of diabetes is insulin injection, or taking insulin, blood sugar lowering drugs to **, these ** methods are effective quickly, and the effect is also good.

The latest method of diabetes is stem cell diabetes. The principle is to regenerate and improve the function of pancreatic islet cells.

Type 1 can help control blood sugar, lower insulin dosage, and prevent and control complications.

60% of type 2 can be cut off from hypoglycemic drugs; 40% can reduce the dosage; 99% benefit from the prevention of complications. Individuals with type 2 diabetes have difficulty using insulin properly, and in some cases insulin resistance prevents the body from using glucose properly, while in other cases the body does not produce enough insulin to maintain normal blood sugar, stem cells are promising in addressing the regeneration of insulin-producing cells and repairing tissue damage that may occur.

Type 1 diabetes, also known as insulin-dependent diabetes, is an autoimmune condition in which the body attacks insulin in the pancreas, producing cells resulting in little or no insulin production, and liver cells can provide the possibility of insulin-producing islet cells as well as recruiting and increasing the body's immunosuppressive cells.

At present, the most advanced diabetes methods and drugs are diabetes diet, which is the foundation of diabetes and the premise of all methods, and is suitable for patients with all types of diabetes. Mild cases can receive good results based on dietary therapy, and moderate and severe patients must also rationally apply physical therapy and drugs on the basis of diet. Only if the diet is well controlled, oral hypoglycemic drugs or pancreatic islets can exert good efficacy.

Otherwise, it is difficult to achieve good clinical results by blindly relying on the so-called new drugs and ignoring dietary therapy.

There are no cases of diabetes in the world, because even without injections and without medication, diet and exercise are required to regulate. In addition, diabetic practitioners need to understand the patient's own blood sugar, pancreatic islet function, etc., and know whether the cause of high blood sugar is insufficient insulin secretion, insulin resistance, or both to develop a systematic hypoglycemic program.

It should be pointed out that the best for diabetes should not be used only to think which drug is the latest or has the most obvious hypoglycemic effect. Each drug has certain indications, and it can control blood sugar within the normal range with proper coordination, otherwise it is easy to appear in blood sugar at the same time, and the damaged pancreatic islet function will be aggravated and the pancreatic islet cells will fail, and it will have no function to regulate blood sugar at all, and can only rely on insulin to lower blood sugar.

There are great individual differences among diabetic patients, such as the length of the disease, age, degree of blood glucose elevation, residual function of pancreatic islets, complications and comorbidities. Therefore, the best way to develop diabetes is to formulate a diet, exercise, and drug plan according to the specific situation of each patient, so that blood sugar, blood pressure, weight, and blood lipids meet the standard, quit smoking and limit alcohol, evaluate whether aspirin or clopidogrel antiplatelet is needed, and actively and effectively prevent hypoglycemia in the process. At the same time, it is best to receive regular or irregular education on diabetes and monitor blood sugar and complications regularly.

When the human body has diabetes symptoms, then it is necessary to take long-term medication. Therefore, it is recommended that patients should take metformin and insulin drugs for remission** in time, which can achieve a better ** effect.

and insulin drugs for relief**, can achieve a better **** effect. At the same time, in daily life, we must pay attention to the reasonable combination of diet and avoid excessive intake of sugar-containing foods, which will lead to the increase in blood sugar and aggravation of the patient's diabetes.

What are the most advanced diabetes treatments and medications? I think the most advanced is dialysis, which can be diabetes, which is relatively high in cost and has a better effect

At present, there is no best way to treat diabetes, and it can only be controlled or delayed by drugs, and the most advanced drugs for diabetes are insulin injections and hypoglycemic drugs, which can control blood sugar and reduce the pain of the disease.

**The best medicine for diabetes is actually strictly speaking the most suitable drug for patients. Different people with diabetes need different types of hypoglycemic drugs, for example, patients with type 1 diabetes, the best drug for them is insulin replacement**. Patients with type 2 diabetes can effectively help patients lower blood sugar by taking oral drugs to improve insulin sensitivity.

So far, there are no advanced methods and drugs for diabetes, and you can only take some antihypertensive drugs appropriately through dietary control to maintain adequate sleep and a happy mood.

It is a drug that is three parts poisonous, and it is best not to use drugs to deal with diabetes, and you need to make adjustments in your life, which can be started from the following points:

1. Diabetic people can eat black garlic (Liangpinhui - black garlic) half an hour after meals every day, which can regulate diabetes.

2. During the period of calorie control, when you are still hungry, you can eat vegetables with less sugar, boil them with water, add some condiments and mix them to eat. Because vegetables contain more dietary fiber and more water, they have low heating energy and satiety, making them an indispensable food for diabetics.

3. The staple food of diabetic patients is generally rice and noodles, but we prefer coarse grains, such as oats, oatmeal, cornmeal, etc., because these foods have more inorganic salts and vitamins, and are rich in dietary fiber, which has the effect of reducing blood sugar and is beneficial to blood sugar control.

4. Do not drink alcohol, mainly containing alcohol, high heat production, and the content of other nutrients is very small, so it is advisable not to drink.

5. Protein for patients with high blood sugar**, soybeans and their soy products are good, on the one hand, the protein contained in them is of good quality; On the other hand, it does not contain cholesterol and has a lipid-lowering effect, so it can replace some animal foods, such as meat.

I still have a little understanding of the current diabetes, as far as I know, there is no way, medicine, etc. to **diabetes, so everyone must have a scientific and correct understanding of diabetes. But what I also tell you is that for eligible patients with type 2 diabetes, the patient can be cured "clinically" through gastric diversion surgery, and the blood sugar will be normal without taking medicine or insulin after surgery. At present, the hospital that does surgery seems to have a Shangqiu Fifth Hospital, a Henan Construction Hospital, and a provincial doctor, so you can learn about it again!

Globally, the number of people suffering from diabetes has been on the rise since 1980, with 100 million people diagnosed with diabetes as of 2014. In the United States alone, the incidence of diabetes is also on the rise. The number of confirmed cases has risen from 5.5 million in 1980 to 22 million in 2014 – a 300% increase in the number of people with diabetes in less than 40 years.

Led by Stephanie Stanford, a team of researchers from the University of California, San Diego, is trying to reshape insulin sensitivity in diabetics using a single tablet. Insulin is a hormone that regulates blood sugar, and type 2 diabetes occurs when the body's response to this hormone weakens. Whether or not a person develops type 2 diabetes in their lifetime is influenced by genes and lifestyle.

Until now, there is no drug that can restore the function of insulin signaling in diabetic patients, and the existing drugs can only counteract the effects of insulin failure by filtering excess glucose in the blood. The new drug, developed by Stanford's research team, is expected to reset the function of insulin itself.

Restart the insulin function.

The drug inhibits an enzyme called low-molecular-weight protein tyrosine phosphatase (LMPTP), which scientists suspect reduces cellular sensitivity to insulin. As a result of the reduced activity of LMPTP, the new drug reactivates insulin receptors on the surface of cells – particularly in liver cells – which means reactivating the cell's ability to regulate excess sugar. When the body is able to reregulate blood sugar levels, the causative condition of type 2 diabetes is effectively reversed.

The researchers fed the mice in the lab a high-fat diet to make them fat, which tantamount to raising the level of glucose in their blood. Then, the researchers gave the mice a new drug every day, and without producing any ***, the drug successfully restarted the mice's insulin sensitivity.

While the experiment presented exciting results in mice, the research team must continue to test the safety of the drug, and as a result, it will take some time for the drug to enter the human clinical trial stage. But Stanford is confident that "this drug will provide a new strategy for type 2 diabetes." ”

We've seen cases of diabetes before, but it's not just because of the drugs. Therefore, if a new drug is approved for use in humans, it will be a truly revolutionary**.