Juvenile Glaucom A Case Study

Were included 82 eyes of 49 patients, 32 (69%) females and 17 (31%) males. The mean patient age was 33 +/- 7.4 years (range: 21 to 48 years). Mean follow up was 4.8 years (range 9 to 1 year). The mean anterior chamber depth was 3.2mm (range 2.8 to 3.67mm). Were implanted 42 Artisan IOL and 40 Artiflex IOL with a mean power of -11.1D

I am indecisive on what occupation I would like to pursue in. I have many ideas on what I would like to become. Optometrist, optometrist assistant, something to do with law, forensic scientist, or becoming a business owner are my main top occupations I consider. For now, an occupation I would consider and enjoy is to become an optometrist or an optometrist assistant. I’ve always been fascinated by the nervous system, particularly with the optic nerves. I want to help people who aren’t able to see clearly or help them with any problem they have with their eyes. I have glaucoma and I tested for the disease for a year until I was officially diagnosed. There are two types of Glaucoma, Open-angle glaucoma, which is what I have is the type where

Glaucoma is a condition that affects the eyes by causing damage to the optic nerve within the eye and it can worsen over time. It’s generally associated with an increase in pressure inside of the eye. More often than not it’s inherited and may not reveal itself until much later in life. The increase in pressure is known as intraocular pressure and can damage the optic nerve that’s responsible for transmitting images to your brain. Sadly, if you fail to recognise that you’re suffering from glaucoma and neglect to have it treated, then the damage to the optic nerve from high pressure can become permanent resulting in permanent vision loss. Without treatment, glaucoma can and will result in total and irreversible blindness within a

Glaucoma is a common and important health problem. It is one of the leading causes of blindness in Western Society (Hoskins & Kass, 1989). It is responsible for ten percent of all blindness in the United States and continues to be the second or third most common cause of blindness in the world (Bunce, Fraser, & Wormald, 1999). It is estimated that two million people in the United States have been diagnosed as having glaucoma. Glaucoma is known to affect about two percent of Caucasians beginning at the age of 40 with an increasing risk for those over the age of 60. This risk is especially high if a member of the family has glaucoma or diabetes. Further, there is a higher risk of a glaucoma diagnosis for African Americans

Recommendation Statement “glaucoma affects approximately 2.5 million Americans and is a leading cause of impaired vision (loss of peripheral vision) and blindness” (Moyer). Glaucoma is a disease the damages the optic nerve in the eye. There are several different types of glaucoma including: Open-angle, normal-tension, closed-angle, and congenital glaucoma. Open-angle is the most common. Even though there is no treatment yet for glaucoma, a person can manage it. To help a person mange this disease there are two basic treatments that can be used: medicated eye drops or surgery.

As humans, we don't always see with our eyes, but often with our imagination (Grunwald, 2016). Often times as people we never realize how useful our vision really is to us. You really don't think about something like that until it would actual happen to you. Throughout this essay, you will learn how the body is affected by Macular Degeneration (MD). Different signs and symptoms, as well as the etiology of MD, will be discussed. In the following, diagnosis tests and treatments may also be listed in order to help others who would like to know more about MD. Not to mention, you will learn the incidence and progression of MD. Furthermore, information though agencies and associations, as well as new research about MD will be given.

Firstly, many forms of glaucoma are related to genetic mutations. For example, elevated IOP and glaucoma in DBA/2J mice is caused by recessive mutations in the genes Tyrp1 and Gpnmb, and the human genes MYOC and GLC1A are associated with human autosomal dominant recessive glaucoma and with human adult-onset glaucoma (Jakobs, Libby, Ben, John, & Masland, 2005). Gene therapy for people with the glaucomatous mutations should be explored as a possible preventative measure for future generations. Secondly, the changes in morphology of RGCs in glaucomatous eyes may be explored. Although several structural changes have already been observed, such as higher-order dendrite disappearance and overall shrinkage of RGCs, the effect of these changes in morphology on physiology has not yet been documented. Moreover, it is still unknown whether living RGCs in glaucomatous eyes adapt to the widespread cell loss and change in structure. Finally, stem cell therapy should be explored as a possible regenerative treatment for glaucoma patients. Although RGCs do not undergo mitosis, it may be possible for stem cells to develop and emulate their morphology and physiology. It may equally be possible for stem cells to help regenerate the damaged optic nerve. The many studies on the neural impact of glaucoma have reached a stage where, with the advances in cellular research and biotechnology, novel treatment options may be explored on this extremely common neurodegenerative

Glaucoma can occur without much warning, whether its acute from a accident in which a trauma is issued on the eye, or if it is due to age and heredity. Glaucoma doesn 't discriminate, it is seen in all races and genders. It happens so slowly with age and heredity that you don 't even notice the loss of vision until it is too late, and with acute glaucoma it can be painful with pain that radiates over the face, a headache, nausea, vomiting and seeing colored halos around lights and even blurred vision can be a few symptoms (Ignatavicius & Workman, 2013). Once you start seeing halos, and lose peripheral vision, it may be an indicator that irreversible damage to the optic nerve has happened. In this paper we will discuss the pathophysiology of glaucoma, the types of glaucoma as well as the causes for them. the issues that glaucoma can cause someone, and the treatments and interventions. We will also have a education handout to help better understand how to administer the medication, and the effects it has on the eye.

Severe headache, nausea and vomiting, pain in the eye, blurred vision, halo shapes around lights, and eye redness are the main symptoms. These symptoms can all lead to total blindness, because glaucoma can be caught too late. To diagnose if you have glaucoma, the doctors will measuring intraocular pressure, test for optic nerve damage, check for areas of vision loss, measuring corneal thickness, and/or inspect the drainage angle. The main goal in treating glaucoma is to lower the pressure in your eye. Medicines or medications to help may include, eye drops, orla medication, or surgery. Surgery is very common such as lasik eye surgery, in which a doctor will use a laser beam to unclog channels, filtering surgery, where your the surgeon create an opening in the sclera and removes part of the trabecular meshwork, drainage tubes, small tubes that drain fluid, and electrocautery, procedure to take out tissue from the trabecular meshwork using a small device. Some ways to prevent glaucoma are simple at home remedies. These remedies are ones you can do day to day to increase your health and to make sure glaucoma does not happen to you. These include: a healthy diet, regular daily exercise, little to no caffeine, plenty of fluids, sleeping with an elevated head, and taking prescribed

Glaucoma is a disease that damages the optic nerve because of extra fluid increasing pressure in the eye (Boyd). It is also the leading cause of blindness if left untreated in people over sixty Boyd states. Varieties of options are available for treatment regarding glaucoma and all are intended to lower the blood pressure and protect optic nerve (Radhakrishan and Iwach). Glaucoma can be treated with eye drops, pills, and surgery or a combination of these methods. (“Treating Glaucoma”). Right now eye drops are the first choice of treatment because they lower eye pressure, helping fluid drain better or decreasing fluid made by the eye (Radhakrishan and Iwach). As is states in the article “Treating Glaucoma” when eye drops cannot control the glaucoma,

Glaucoma is a progressive optic neuropathy characterized by degeneration of retinal ganglion cells, cupping of the optic nerve heads and visual field defects often related to elevated intraocular pressure. Glaucoma affects 70 million people worldwide, and constitutes the second largest cause of bilateral blindness in the world [1]. Primary open angle glaucoma (POAG) is a multifactorial neurodegenerative disease. Both genetic and environmental factors are thought to contribute to the pathophysiology of the disease. Glaucoma is a complex clinical trait and its inheritance has been shown to follow both Mendelian and non-Mendelian models [2].

Results: The study included 40 eyes of 21 patients. All patients completed at least 6 months

Glaucoma is an eye disorder that cause severe blindness. There are multiple types of Glaucoma however, they all have something to do with damage to the optic nerve (usually form high eye pressure) that sends and receives information to the brain form the eye. Glaucoma can be a very dangerous disease although it is no fatal but it can contribute to the failure of one of the bodies most important senses which is blindness. In most cases, glaucoma is correlated with high pressure inside the eye (ocular hypertension),but it also can occur when intraocular pressure (IOP) is normal. If left untreated glaucoma first causes peripheral vision loss and eventually leads to total blindness.

Glaucoma is several eye conditions that can damage to your optic nerve. Increased pressure in the eye can cause glaucoma, which leads to vision loss or blindness (Healthline). There are five different types of glaucoma, which are open-angle (chronic) glaucoma, angle-closure (acute) glaucoma, congenital glaucoma, secondary glaucoma, and normal-tension glaucoma (Healthline). Open-angle (chronic) glaucoma is the most common type of glaucoma, and there are no signs or symptoms expect gradual vision loss (Healthline). People that over sixty years old are at risk for glaucoma, and African Americans risk starts at forty years old. There is no cure for glaucoma, but surgeries and medicine can help

Like many diseases, Open-Angle Glaucoma is very similar to other non-communicable disease, such as diabetes, where the disease causes damage prior to any observable signs or symptoms show. An early diagnosis and treatment for Open-Angle Glaucoma is critical to reserve any remaining vision. Open-Angle Glaucoma can be prevented, however, visual loss from glaucoma cannot be reversed.  “As of 2011, over 2.7 million individuals are estimated to have primary open angle glaucoma (POAG) in the United States, a number projected to increase to 7.3 million by 2050.” (Zebardast, N., Solus, J. F., Quigley, H. A., Srikumaran, D., & Ramulu, P.