Extreme short sightedness Hypermyopia is Retinal Detachment
The retina is attached to the sclera in the back of the eye, and
a retinal detachment occurs when it is pulled away from this normal
position. The retina, like film in a camera, is responsible for
creating the images that one sees. A good picture could not be
produced if the film were not in its correct location within the
camera, and we lose vision if the retina is not in its proper place
within the eye.
The retina detaches by separating from the back wall of the eye.
When it is removed from its blood supply (the choroid), it will
lose nourishment and result in a loss of some vision if not
repaired in time. This retinal tear may be caused by trauma or by a
vitreous detachment (or "posterior vitreous detachment"). Vitreous
detachment, not uncommon in older people, results from the vitreous
fluid shrinking and pulling away from the retina. This causes
"floaters," which do not damage the retina or vision. Extreme short
sightedness Hypermyopia is Retinal Detachment
The retina is attached to the sclera in the back of the eye, and
a retinal detachment occurs when it is pulled away from this normal
position. The retina, like film in a camera, is responsible for
creating the images that one sees. A good picture could not be
produced if the film were not in its correct location within the
camera, and we lose vision if the retina is not in its proper place
within the eye.
The retina detaches by separating from the back wall of the eye.
When it is removed from its blood supply (the choroid), it will
lose nourishment and result in a loss of some vision if not
repaired in time. This retinal tear may be caused by trauma or by a
vitreous detachment (or "posterior vitreous detachment"). Vitreous
detachment, not uncommon in older people, results from the vitreous
fluid shrinking and pulling away from the retina. This causes
"floaters," which do not damage the retina or vision.