Important Information Everyone Should Know About Vitreous Detachment The inside of your eyes are filled with a kind of gel substance known as vitreous. This assists your eyes to maintain that round shape. Millions of very fine fibers are intertwined inside the vitreous. These fibers are attached onto the retina’s surface that contains the tissues of your eye’s sensitivity to light. With aging the vitreous can shrink slowly and it may cause the fine fibers to pull on your retina’s surface. Generally, these fibers might break and allow your vitreous to shrink and separate from your retina, which is known as vitreous detachment. It’s also called posterior vitreous detachment, which isn’t threatening to your sight and typically won’t require any treatment. Understanding what Vitreous is about It’s a substance that is clear and found inside your eye with a consistency that is gel-like. This gel consists of ninety-nine percent water and only one percent of hyaluronic and collagen acids, which causes the gel consistency. Vitreous is a development found with infants inside the uterus and necessary for a person’s hyaloidal artery to grow. After birth, these blood vessels dissolve or shrivel because it won’t be needed any longer to carry the blood from behind your eyes to the front of your eyes. What does posterior vitreous detachment means? Generally, the vitreous surface found at the eye’s back also known as the hyaloid will be directly in contact with your retina, the tissues that is sensitive to light, and which converts light into chemical signals. Although, with aging the vitreous creates pockets of liquid that can cause all the nearby vitreous to collapse centrally. Thus, providing room for hyaloids in separating from its attachment points behind or in front of your eye’s optic nerves. These separations are known as PVD/posterior vitreous detachment. In most patients there won’t be any symptoms of this separation, still, others might immediately notice it because of a specific symptom. These symptoms can include: Darkness that appears in the patient’s visual field.