Eye Specialist: Certain Risk Factors May Affect Fuch’s Corneal Dystrophy Severity

Fuch’s corneal dystrophy is a corneal disease that affects the endothelium or the innermost layer of the cornea. It is a non-inflammatory, sporadic or autosomal dominant dystrophy which causes the cornea to swell and the endothelial cells to die. The endothelium layer’s ability to pump water out of the cornea and help maintain corneal transparency is then severely affected, causing glare, halo and reduced visual acuity. This type of dystrophy also progresses rather slowly and can be found in both eyes.

According to research from the American Academy of Ophthalmology, the only risk factor for this condition is an affected parent. This means that anyone who has an affected parent will have at least a 50% chance of passing the gene to their children in an autosomal dominant pattern. However, studies also indicate that certain factors can have an influence on the severity of Fuch’s corneal dystrophy. If there you have a probability of developing this disease, an eye specialist may recommend learning what can cause it to worsen at a more accelerated rate. Read more from this article: http://bit.ly/2FVR9Z8.

Floaters and When You Should Visit an Eye Clinic for Immediate Treatment

Eye floaters look like small specks, dots, circles, lines, strings or cobwebs in your field of vision. They may appear to be floating in front of your eyes, but floaters are actually tiny clumps of gel or cells floating inside the vitreous that fills your eye. Most of them are due to age-related changes that occur as the vitreous thickens, shrinks or becomes more liquid. What you are seeing are the shadows cast by these clumps on your retina, especially when you stare at a bright, plain surface, a reflective object or a blank paper.

While floaters are considered very common and often no cause for concern, there are certain instances that should warrant a visit to a trusted eye clinic in London or elsewhere. Keep an eye out for these medical emergencies to avoid potential damage to your eyesight. Read more from this article: http://bit.ly/2FWQoPt.