Myopia in the right eye is more than 200 degrees, and myopia in the left eye is more than 300 degrees. It's computer time, the left eye can see clearly, and the right eye can't see clearly what's goin

Myopia in the right eye is more than 200 degrees, and myopia in the left eye is more than 300 degrees. It's computer time, the left eye can see clearly, and the right eye can't see clearly what's going on. Your problem is actually looking at the same time, and your eyes are not balanced. It is suggested that the balance between eyes should be established through reasonable examination.

Binocular adjustment is synchronous. When you look closer, your left and right sides need less adjustment, but your right eye needs more adjustment. Your left eye is lower than your actual degree 100 degrees, so you need less adjustment 100 degrees, but when you look far away, the degree is not enough, so your left eye can't see clearly. On the contrary, the right eye is very close to the normal degree, so it is appropriate to look at it from a distance, but it needs more adjustment power to look at it near, so it is difficult. The required accommodation force = 1/ distance (in the case of complete correction, the lack of correction is like a person with normal degree wearing hyperopia lenses and using reading glasses to make up for the lack of adjustment. ) Your left eye is lit 100 degrees, which needs less adjustment, but your right eye needs too much adjustment to coordinate, and the problem arises. If these glasses are worn for a long time, the adjustment will definitely go wrong, and the three-dimensional function will also go wrong, and the future trouble will be endless.

Glasses must pass a reasonable test, not simply. It is recommended to change to a good optical shop to get new glasses.

How to distinguish whether it is a standard optometry or not, and how the optometry level is, can basically be judged according to the professional title of the optometrist and the careful degree of his examination.

The basic optometry procedure is as follows:

1, computer optometry to obtain reference data.

2, according to the pupillary distance to choose the appropriate try-on frame.

3. Check the right eye first, start with fog, that is, you can't see clearly, and gradually increase the degree to about 0.6 vision.

4, check whether there is astigmatism, through the astigmatism chart.

5, through the red and green check whether imaging on the retina, to ensure the lowest degree of best vision.

6. When necessary, the honeycomb target can be inspected to confirm whether the astigmatism axis and degree are standard.

7. Check the left eye and repeat steps 3~6.

8. Check the dominant eye and balance the eye at the same time.

9. Perform other function checks when necessary.

Precautions for myopia patients after glasses:

1. Put glasses on your child as soon as possible and stick to them all day.

2, regular eye examination, once every 6 months, timely replacement of lenses to ensure clear vision.

3. Tell children not to read too close, keep a distance of at least 30CM, watch TV at least 3m, and put it at 4-5m if possible.

4, good lighting conditions, easy for children to see, reduce indoor reflection, some homework try not to use glass desktop, it is recommended to choose matte desktop for children to use.

Use your eyes at close range every 30 minutes, such as reading a book and watching a computer, and rest for 2 to 3 minutes. When you are resting, you should look far away, that is, look at distant objects as far as possible. If you live in a tall building, you can look out of the window and see things in the distance.

6. Reasonably arrange the entertainment time of TV computers and portable game equipment. Instead of prohibiting children from using it, it is better to guide children to use it reasonably.

7. Insist on outdoor sports every day 1 hour or more. Outdoor exercise is very important for controlling children's myopia. In outdoor sports, children generally take an active part in farsightedness activities. Basketball, football, badminton and mountain climbing can make children use farsightedness as much as possible. Hyperopia can slow down the development of myopia. Nowadays, children's myopia is related to long-term close eye use. Children in Europe and America are less nearsighted than in China and more farsighted than in China, because they attach importance to children's outdoor sports.

My education: national first-class (advanced) optometrist Zhejiang Huangyan Fumin glasses.