Information about Human Eye

The human eye is one of the most important human organs that respond to light. With information about the human eye's sense organs, Eyes helps provide three-dimensional images, move, regularly colored in light. The poles and conical cells in the retina allow the observation and visibility of conscious light including the separation of shadows and the impression of depth. The human eye is capable of separating about 10 million colors and may be suitable for identifying solitary photons. Information about the human eye is about the part of the eye and its function

PART OF EYES AND FUNCTIONS

Cornea

The cornea is the outer layer of the eye. This dome-shaped layer protects the eyes from components that can damage the inside of the eye. There are several layers of cornea, making an extreme layer that gives additional insurance. These layers recover quickly, helping the eyes to get rid of all dangers more easily. The cornea also allows the eye to precisely concentrate around more feasible light. People who have trouble focusing their eyes legally can have their corneas surgically removed to remove this problem.

Sclera

Sclera is usually called the "white" eye This is a fine white coating on the outside, but inside it is dark and contains a curve that helps the ligaments of the eye attach legally. Sclera provides structure and safety to the internal workings of the eye, but on the other hand can be adapted for the purpose of moving the eye to search for important items.

Iris

Iris is the eye area that contains shadows that give color to the eyes. This zone includes a substitute, and uses the pupillae dilator muscle. This allows the eye to take enough light depending on how beautiful it is around you. If it is too bright, the iris will shrink the substitute so that their eyes can concentrate better.

Conjunctival Glands

It is a layer of body fluid that helps keep the outside of the eyes wet. If the eyes dry out, it can end up annoyed and difficult. It can also turn out to be more powerless to harm or disease. If the conjunctival organ ends up contaminated, the patient will create a "red eye."

Lacrimal Glands

These organs are located in the outer corners of each eye. Works to create tears that help to soak the eyes when the wind dries, and remove particles that make eyes inflammation. When removing the possibility of dangerous deterioration, it becomes less demanding to concentrate legitimately.
Lens Focal point sitting specially behind the substitute. This is a clear layer that concentrates the concentration of light taken. It is held by ciliary muscles, which allows the focus point to change shape depending on the size of light received.

Retina

The light used by the focus point will be transmitted to the retina. The retina is located behind the eye and is associated with the optic nerve that sends images that the eye sees to the mind so that it can be solved. The back of the retina, known as the macula, will help translate interesting points of the question the eye wants to solve. The macular focus point, known as the fovea, builds the details of these photos to detectable points.

Ciliary Body

Ciliary body is a ring-shaped tissue that holds and controls the development of the focal point of the eye, and therefore, controls the status of the focal point.

Choroid

Choroid is located between the retina and sclera, which gives the blood supply to the eye. Just like some other body segments, the blood supply offers sustenance to different parts of the eye.

Vitreous

Vehicle transfer is a gel located at the back of the eye that causes it to hold its shape. This gel takes supplements from the ciliary body, water amusingness and retinal vessels so the eye can stay healthy.