What is heterochromy Iridum?
Heterochromy Iridum is an innate or acquired eye condition characterized by an individual who has a rainbow - a plural of iris - contrasting shades. In some people or animals, one iris may be dark brown or blue, while the other is green or hazel. This condition, also known as heterochromia iridis, can also express itself through color variations inside IRIS, with one eye having two, three or more contrasting sectors of pigment.
causes include inherited disorders, injuries or cancer and other eye diseases. While some people do not experience any effects other than superficial eye color variations, others with heterochromy Iridum can experience a wide range of side effects, including visual distortion, blindness and eye inflammation. The side effects depend on the nature of the cause.
Elderly patients often acquire heterochromy of iridum due to cataract or glaucoma. Research finding out that glaucoma can cause changes in the eye pigment for adults in two ways. AfterThe color of the optical nerve associated with glaucoma and eye pressure can force the colors of color abnormalities or eye drops prescribed by doctors to treat glaucoma, can contain ingredients that cause hypopigmentation or color transfer in IRIS.
Clinical research suggests that those suffering from iris cancer may suffer from Iridium heterochromy. The type of eye cancer known as the melanocyte proliferation of a stromal tree tree can change the structure of the eye and shift in color through the presence of lesions that can mask parts of the iris. While the melanomas of the eye are highly treatable, the homogeneous color may not return.
individuals exposed to chemicals or infection can obtain a form of heterochromy iridum caused by heterochromic iridocyclitis Fuchs (FHI), a condition of eye during which IRIS inflammation and color loss occur. FHI can be temporary or permanent. Injuries that cause hemorrhaging in the eye canE also trigger heterochromy of iridum.
Human children and animals born with heterochromy Iridum usually have one of several genetic diseases associated with contrasting eye shades, including Horner syndrome and Waardenburg syndrome. In the case of Waardenburg syndrome, a person or animal can not only experience different eye pigments, but also various skin pigments, lack of hearing and abnormalities of teeth. Horner's syndrome is a condition in which the nerves between the brain and the eye are destroyed or do not develop properly. Newborns who have heterochromy of iridum but have no genetic predisposition for any syndromes may have a condition due to nerve damage that occurred in traumatic damage during labor or immediate consequences of birth.