How to treat diabetes mellitus with cold sweat and itching

More than 80% of diabetes is caused by Toxoplasma gondii (Tricerasia). A large number of Toxoplasma gondii (Triceras) live in brain cells and nerve cells. The secretion of various glands in the person may be disturbed, including the secretion of insulin.

If Toxoplasma gondii (three corpses) also lives in the pancreas, it directly destroys the cells of the pancreas. When cells are damaged, insulin secretion is affected.

Disorders of the nervous system and destruction of pancreatic islet cells are the main causes of diabetes.

Toxoplasma gondii destroys the human body in all directions, but the degree of destruction will not be balanced, and many organs of the human body are destroyed in a light and severe manner. In diabetic patients, although the pancreas may be a susceptible organ, Toxoplasma gondii cannot only destroy the pancreas. It is reflected in diabetic patients, and there is not only a symptom of high blood and urine sugar.

It is often accompanied by neurological symptoms, cardiovascular and cerebrovascular symptoms, etc. For other glands, there are varying degrees of destruction. Certain hyperactive glands that have an antagonistic effect on insulin, which can reduce insulin activity and are also responsible for diabetes.

In this sense, high blood and urine glucose have the meaning of endocrine disorders.

In fact, no matter how good the prescription is, it is nothing more than the following situations: supplementing insulin; (2) excitation of surviving pancreatic islet cells; (3) Inhibition of pancreatic cells and other glands that have antagonistic effects on insulin. If diabetes is caused by hypercellular hyperactivity and hyperglandular hyperactivity that is antagonistic to insulin, insulin** alone is not quite correct.

It is necessary to check in detail that it is only insulin secretion that is the correct use of insulin. Is it correct to switch to biguanides or other cell-inhibiting drugs in these situations? Although this method has received considerable results, but long-term use, will cause cells and some glands, together with pancreatic islet cells and bone marrow hematopoietic system to be destroyed at the same time, so the simple use of hypoglycemic drugs, even if the blood and urine glucose are controlled to normal values, there are still a series of syndromes later, and even blindness, lower limb ulcers, and finally due to heart and brain lesions involving life.

Correctly understand the relationship between toxoplasmosis and diabetes, for diabetic patients, investigate its causes, treat its disease, that is, the symptom and the cause, and target, diabetes is not an incurable disease.

The sequelae of toxoplasmosis should also be well understood. Suffering from toxoplasmosis, which causes damage to many organs. When Toxoplasma gondii is completely controlled, there are still some symptoms that cannot be relieved, and the tissues and organs need to gradually restore their functions.

In severe cases, even if the function cannot be restored, it will not cause the syndrome if it is maintained by symptomatic methods.

Science is always advancing, and the improvement of toxoplasmosis detection methods, the invention of drugs, and the improvement of methods have declared that there is a cause for diabetes. Although it was a worldwide breakthrough, it was an inevitable consequence of the development of science and the beginning of further research into toxoplasmosis.

The complications of diabetes mellitus are a series of chronic changes in organs or functions caused by long-term unstable blood sugar control, and the most common complications of diabetes are podiatric disease, kidney disease, eye disease, encephalopathy, heart disease, ** disease, venereal disease, etc. Blood sugar must be controlled and stabilized, diet must be controlled, and physical exercise must be strengthened, which can effectively prevent or delay the occurrence of complications.

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What to do with insulin allergies? Huge changes in people's lives, which lead to more and more people with diabetes.

To maintain the condition of diabetes, insulin injections are used to maintain blood sugar stability, but the adverse effects of insulin also begin to manifest Allergy is only a rare adverse reaction. The cause of allergies is the injection of insulin into the body's immune system, the immune response, which is related to individual differences in immune function, the vast majority of patients have no adverse reactions to insulin, a very small number of patients have the strength of the appearance of insulin injections, such as fever, itching, swelling, asthma, this phenomenon is called anaphylaxis.

Types of allergic reactions and their ** after the injection site appears redness, itching, blisters, induration, local reactions are often 2?12 hours, 2 hours after injection will gradually subside.

Systemic reactions are manifested by edema of the facial and oral mucosa, dyspnea, asthma, severe shock with the disabling of insulin for several months, followed by the resumption of insulin use in patients.

**There are two main methods: (1) emergency desensitization of regular insulin dissolved in normal saline, diluted to milliliters of insulin desensitization test. Dilution Method:

Regular insulin is pumped into 4 units and supplemented with normal saline 400 ml per milliliter containing units of insulin subcutaneously, per milliliter, containing units of insulin, without adverse effects, every 15 to 30 minutes later, double the injection until required. In case of shock as claimed subcutaneous injection to milligrams of epinephrine, cortisol, give 100 to 300 milligrams dissolved in a vein of 500 ml of saline. Non-emergency desensitization solution starts in units, and if there is no response, inject subcutaneously every 4 hours, 4 times a day, double each time (i.e., units); The second quadrennial dose per day is doubled from units (,, units); Purchase the required dose to select the increment.

After desensitization, insulin should not be stopped halfway through to avoid anaphylaxis when using insulin in the future.

The mechanism of allergic reactions to insulin is not fully understood, and it is generally thought that contaminants may be caused by the immune response to insulin preparations, delaying agents, or insulin. Animal insulin contains impurity proteins, and allergic reactions are more common than human insulin. Protein preparations that can be accompanied by insulin itself or impurities, due to impurities in human insulin at a very low protein content, are less likely to cause allergic reactions.

What to do with insulin allergies? After the introduction of the above points, it helps diabetic patients with insulin allergy**.

Dynamic double C is a good one**.

The symptoms are not good, go to the hospital to see.

What about blood sugar control? Diabetes mellitus can cause itching, leg pain, and the presence of diabetic peripheral neuropathy is considered. For itching and leg pain, first of all, you must control your blood sugar, you can try to use some anti-allergic drugs to relieve itching, but you really can't go to a traditional Chinese medicine hospital to take Chinese medicine**.

We**This is even drinking Chinese medicine**The effect is not bad. The problem of leg pain is considered to be diabetic peripheral neuropathy, and it should be effective to try drugs that nourish the nerves and improve microcirculation.