Perimetry Static

Perimetry Static: Determination of the Visual Field Using Fixed Light Test Objects

Perimetry is a method for assessing visual functions that allows you to determine the boundaries of a person’s field of vision. There are several types of perimetry, one of which is static perimetry. In this article we will look at the principles of static perimetry and its application in medical practice.

Static perimetry is carried out using stationary light test objects. The patient is in a special cabin, where in front of him there is a screen with a series of points of light. During the test, the patient must fix his gaze on the central point of the screen, and then press a button when he notices the appearance of a light signal in the periphery of the visual field. In this way, the doctor can determine the boundaries of the patient’s visual field.

The main advantage of static perimetry is the ability to obtain accurate data on the boundaries of the visual field and its progression in various diseases. Static perimetry is often used to diagnose glaucoma, an eye disease that is characterized by increased intraocular pressure and can lead to deterioration of visual function.

In addition, static perimetry can be used to diagnose other eye diseases, such as retinal degeneration or fundus tumors. It may also be useful for assessing the effectiveness of treatment for diseases of the visual system.

In conclusion, static perimetry is an important method for assessing visual function and can be useful in the diagnosis and treatment of various ocular diseases. Consultation with an experienced doctor and the use of modern equipment can ensure high accuracy

If you want to become more proficient in using terms like "perimetry", you should look up their definition on Wikipedia. To roughly understand these concepts, there are a lot of sites with large articles. I found these things:

Static perimetry A statistical perimeter system or perimeter system is a collection of several mutually synchronized and calibrated cameras installed in stationary locations. The distance between adjacent cameras should not exceed 25 meters. The number of cameras can be from 3 to 6. Most often, the number of cameras is three, since this method is aimed at the most convenient use and subsequent transmission of the received information. This technology serves to determine whether the criminal is in the controlled area and whether he is looking exactly in the direction of the cameras. If it is possible to determine the face of the attacker, the system itself notifies the police about it!