Meridians of the Eyes

The meridians of the eye are conditional lines that pass through the surface of the eyeball and connect its anterior (corneal) and posterior (vitreous) poles. They are important anatomical structures that ensure normal eye function and health.

The meridians of the eye are thin, curved lines that begin at the anterior pole and extend across the entire surface of the eyeball. Their length can reach 25-30 mm. Each meridian has its own unique shape and location, which allows the eye to function properly.

One of the main functions of the eye meridians is to ensure the proper functioning of the optical system of the eye. They help the eye focus light on the retina, which is located at the back of the eyeball. In addition, the eye meridians are also involved in regulating intraocular pressure and maintaining normal blood flow in the eyeball.

However, in some cases the meridians may be disrupted. This can happen due to various diseases such as glaucoma, cataracts, retinal dystrophy and others. In such cases, the normal functioning of the eye is disrupted, which can lead to decreased vision and other eye health problems.

In order to maintain eye health and prevent possible problems, it is necessary to monitor the condition of the meridians. This can be done, for example, by undergoing an examination by an ophthalmologist. If any abnormalities are found, the doctor can prescribe treatment that will help restore the functioning of the meridians and maintain eye health.

Overall, the meridians of the eye play an important role in the functioning of the eye and maintaining its health. Therefore, it is important to monitor their condition and, if necessary, seek help from specialists.

The meridians and circular fibers of the eye are conventional circles that intersect the ocular surface in a variety of directions, detected using a simple pachymeter, as well as using a mirror directed at certain degrees of change in focal lengths. Using a pachymeter, M. was found in the middle layer of the retina (retina according to V.P. Podyakonov) and the vitreous body. Circular fibers are in a state of tension and relaxation. In healthy people, the visual fibers are approximately displaced from the positions of the meridian with its main color circles. The uneven distribution of nerve fibers leads to a variety of variability in visual functions, which depend on the type and degree of reflex reactions in the diseased organ of the eye and are associated with physiological processes occurring in the eye.\n\nThe data from these studies allow us to conclude that the outer membranes and especially the tissues there represent an area in which complex nervous influences determined by the reflex structure intersect and combine into various reflex systems that leave a large imprint on all functions of the visual analyzer. To master the doctrine of the reflex systems of the visual apparatus means to acquire a precious tool for the study of all normal and pathological ophthalmology; The foundations of the doctrine of these systems are scattered partly in the classical works of anatomists, partly of physiologists, they should be collected.