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- Published: 2021
- Number of pages: 241
- Format: PDF
- File Size: 56,06 MB
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MCQs from (AAO2019-2020 , Kenneth 3rd , Friedman 3rd, Massachusetts 3rd , and Massachusetts 4th)
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MCQs from (AAO2019-2020 , Kenneth 3rd , Friedman 3rd, Massachusetts 3rd , and Massachusetts 4th)
On August 3rd, 1911, Alvar Gullstrand introduced the first rudimentary model of the slit lamp illuminator. An occasion of tremendous significance to ophthalmology had just taken place. Gullstrand described a device with the potential to advance the understanding of the eye and its problems as profoundly as did the direct ophthalmoscope 50 years earlier. By 1916, Henker had developed a practical combination of Gullstrand’s illuminator and Czapski’s corneal microscope, marking the first major advance in methods of examining the external eye in more than a century. In 1936 Comberg established the co-pivotal and iso-centric relationship between the microscope and slit illuminator and, in 1938, Goldmann’s collaboration with Haag-Streit produced the first par-focal instrument which also featured the single control lever design in use to this day. Goldmann also influenced the shift to Köhler illumination, greatly improving the efficiency of the slit lamp illumi- nator, the very heart of this marvelous device. These significant milestones, with contributions from a host of other individuals, have coalesced into the highly sophisticated instruments that are placed at our disposal today. In light of such capabilities in instrumentation, it follows that our results in slit lamp examination and slit lamp photography will rest on the level of sophistication we apply to the practice of these challenging and stimulating art forms.
Phakic Lens and Cataract Surgery without Viscoelastic
Is There a Limit to Trifocal IOLs Placement? Case Study and Clinical Notes.
Correction of Restrictive Strabismus by means of Periosteal Fixation with Silicone Band
Corneal Abrasion due to Applanation Tonometry.
Clinical Audit to Reduce the Incidence of Corneal Abrasions After Applanation Tonometry
Providing an optimal program of early intervention for young children with developmental disabilities and their families requires knowledge of the most current information on research and practice. However, analyzing research studies and determining their relevance to practice can be a perplexing task, even for the professional. This is especially the case for low incidence disabilities, such as children with vision impairments, where the often limited available evidence requires an unusual level of care and thoughtfulness to discern patterns that can inform practice. Despite the fact that this is a difficult task, practice guidelines based on a sophisticated and rigorous analysis of the extant research literature can convey essential information for the design, implementation, and evaluation of optimal early intervention programs. By combining this information with an understanding of the developmental patterns of children with vision impairments, an especially powerful analysis can result. The Clinical Practice Guideline for Vision Impairment has been the result of such a sophisticated and methodologically sound approach to accurately gather and summarize information based on the available evidence. This Guideline is of extraordinary value to practitioners from all relevant disciplines, and to parents, administrators, and others interested in the health and well-being of young children with vision impairments.
Dear Colleagues, In ophthalmic practice, patients with vision-threatening uveitis come across as the most difficult patients to diagnose and treat. This is reflected in the dearth of “true uveitis specialists,” even at major medical centers, and the fact that many uveitis patients are cared for reluctantly by general ophthal- mologists. In this issue of AIOS CME series titled “Uveitis Made Simple”, Dr. S.R. Rathinam, Head of Uveitis Service, Aravind Eye Hospital & PG Institute Ophthalmology, Madurai, Tamil Nadu, and the co-authors have tried to simplify the approach towards managing a uveitis patient. They have touched upon the clinical workup, investigations and management strate- gies in a comprehensive but concise manner. Also few rare case scenarios have been discussed highlighting the varied nature of presentation of the disease. This issue is valuable for post graduates as well as ophthalmologists and can be used as a reference for assistance in diagnosis and treatment of uveitis. I would like to laud the efforts of Dr. S.R. Rathinam, Dr. N. Venu, Dr. Bala Murugan, Dr. Manohar Babu, Dr. Yoshish Kamath and Dr. T.R. Sathya in compiling a practical guide on uveitis. Dr. S. Natarajan Chairman, ARC
Low Vision Aids & Technology – A Guide provides information on the different types of aids, equipment and technology which can assist those with low vision in many different settings from home to work. Using aids and technology can help to maintain independence and quality of life. This can range from simple hand-held optical magnifiers to more technology based options such as electronic magnifiers, reading machines and computer software. Advances in technology such as mobile phones and computers have changed the way we communicate in both the spoken and written word. One great advantage of new technology is the benefit to those who are blind or have vision impairment. Critical to getting the best outcome from using aids and technology is recognising that each person is different, has specific individual needs and that solutions exist to meet those needs. Services are available to help determine what is needed, where and how aids or technology can be obtained and how to access training and ongoing support. The prime objective with the use of aids and technology is always to maintain quality of life and independence for whatever task or activity is undertaken in the workplace, the home or social settings. Being informed, accessing appropriate services, having a positive approach and remaining open to learning new ways of doing things are key elements to great outcomes in the use of aids and technologies. This guide answers key questions often asked by people with low vision, their family and carers. It also provides examples of how aids and technologies have helped many people with a vision impairment to achieve the goal of maintaining quality of life and independence. The guide is a resource for those on the low vision journey to help navigate the aids and technology pathway.