Is it useful to do lasers for diabetic complications of the eyes

Hello, more than 95% of diabetic patients are complicated by retinopathy, which is one of the four major blindness factors, and the blindness caused by diabetes is 10-25 times more than the general population. Diabetes mellitus is due to insufficient insulin secretion leading to hyperglycemia and metabolic disorders, laser surgery and other methods are difficult to work, Western medicine currently has no particularly good way to treat diabetes, called an incurable disease. It is recommended that you use traditional Chinese medicine Cornus officinalis, Polygonatum japonica, Shengdi, Zhimu, lychee kernel, green fruit, Dendrobium, Cistanche, Xuanshen, Yizhiren, Sand Seed, Psoralen, Deer Antler, Hainan Chen, Ginseng, Goji Berry, Propolis, Golden Essence Powder, Wushu Powder, Poria Cocos, Huai Yam, etc., which have a fast effect and exact curative effect.

These drugs start from repairing diseased insulin cells, fundamentally repair the function of the patient's pancreatic islets, and effectively prevent and develop complications. These drugs overcome the drawbacks of strict taboos on traditional products, so that the patient's nutrition can be effectively absorbed and utilized, so as to improve the body's autoimmune function and disease resistance and prevention ability, prevent the occurrence of a series of complications, and truly achieve comprehensive treatment, both symptoms and root causes, regulate their own metabolic balance, eliminate and alleviate various complications, and have the possibility of blocking heredity and eliminating them. It has a unique effect on diabetes complications and can improve quickly.

Hopefully it will be correct **soon**.

Diabetic retinopathy requires a week of rest after retinal laser photocoagulation to allow retinal edema to disappear.

Yes, find a doctor in the fundus disease department of the ophthalmology hospital, diabetes has a lot of damage to the eyes, especially the fundus, and at the same time, it is best to pay attention to the fundus of diabetes every year.

Lasers are the most effective modality for diabetic retinopathy. However, whether it needs to be done or not depends mainly on the results of fundus fluorescein angiography.

There is already bleeding in the fundus, indicating that it has reached the IV V stage of diabetic retinopathy, if the blood vessels are not closed by laser**, repeated bleeding of new blood vessels in the non-perfusion area will even cause retinal detachment, and surgery will be necessary at that time**, which is more risky

Laser** does damage vision, but the central vision mainly relies on the macula, and the laser ** generally avoids the macula, and will never hit the macular area

Macular hemorrhage has a great impact on vision, and it is possible to reduce vision to the point that it is even possible to perceive light In short, laser** is an ideal choice But diabetic retinopathy is blinding.

Surgery can control bleeding, which belongs to diabetic retinopathy and then arterial hemorrhage, which is more serious, please also note that there is no risk, there must be a risk, but the risk is not large, the specific situation has been diagnosed by a regular hospital, and it cannot be concluded with a few words.

At least wait until your blood sugar is well controlled.

There is already bleeding in the fundus, indicating that it has reached stage IV V of diabetic retinopathy, if the blood vessels are not closed by laser**, repeated bleeding of new blood vessels in the non-perfusion area will even cause retinal detachment, and surgery will be necessary at that time, and the risk is greater

Laser** does damage vision, but the central vision mainly relies on the macula, and the laser ** generally avoids the macula, and will never hit the macular area

Macular hemorrhage has a great impact on vision, and it is possible to reduce vision to the point that it is even possible to perceive light In short, laser** is an ideal choice But diabetic retinopathy is blinding.

Surgery can control noisy bleeding, which belongs to diabetic retinopathy and then arterial hemorrhage, which is more serious, please also note that there is no risk, there must be a risk, but the risk is not large, the specific situation has been diagnosed by a regular hospital, and it cannot be concluded with a few words.

At least wait until your blood sugar is well controlled.

Diabetic retinopathy why vision decreases after laser**.

In fact, laser disease has been widely used in medicine, such as laser vitiligo, rhinitis, laser chemotherapy and so on.

Laser** diabetes is not impossible, studies have shown that laser has the effect of speeding up blood flow, improving the activity of human enzymes and the aggregation of human red blood cells, speeding up metabolism, and eliminating toxins from human waste.

Diabetes is mainly caused by blood viscosity, which can remove heavy toxins, garbage, and agglomerates from the blood after laser irradiation, and speed up blood flow.

It's just that recently I saw on the Internet that everyone was talking about the ability of the **wave glucose meter** diabetes, and it is not without the basis of Ke Qingfeng's science, at least it is helpful to alleviate diabetes and lower blood sugar smoothly. I hope my explanation will be helpful to you.

No, don't trust those who cheat money.

I don't know, just ask the doctor at the hospital.

What can lasers do? For diabetic macular edema (the macula is the most critical part of a person's vision), laser** can reduce the accumulation of macular exuate to reduce macular edema and prevent further vision loss. Although empirically some patients may have improved their vision after laser, it is generally difficult for vision to return to a normal state.

For severe, nonproliferative diabetic retinopathy (fluorescein contrast shows signs of ischemia in the retina but no neovascularization), laser therapy is designed to prevent neovascularization. In proliferative diabetic retinopathy that has been transited and has been neavascularized, laser photocoagulation of all areas of the retina except the macula (i.e., panretinal photocoagulation) is aimed at regressing the abnormal neovascularization and preventing its further progression. Laser photocoagulation is beneficial in reducing the chance of vitreous hemorrhage and preventing the occurrence of traction retinal detachment or folding.

The role of lasers in controlling the progression of the disease is obvious, but there are certain problems, such as temporary blurred vision, mild vision loss, and visual field defects. Side-by-side.

In most cases, repeated laser** is necessary. Although laser** can play the above role, it cannot** diabetic retinopathy, so even if panretinal photocoagulation has been completed, it must be insisted on until the ophthalmologic follow-up.