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推薦指數：
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- 簡介
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ISBN 9789351527909
Edition 1/e
Publish Year 2015
Pages 298
Size 6.25" X 9.5"
Cover Type Paper Back
With CD/DVD No
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- 內容介紹
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Ophthalmology is continuously expanding medical specialty and it is practically impossible to keep abreast with recent developments. All advances in ophthalmology cannot be compiled in a small volume. Therefore, like previous volumes of Recent Advances in Ophthalmology (RAO), only some selected topics on cataract, cornea, glaucoma, diagnosis and therapy have been included in RAO–12. In the cataract section, chapters on femtosecond laser cataract surgery, phakic intraocular lens implantation, surgical management of posterior polar cataract (PPC) and posterior capsular opacification have been included. After establishing its usefulness in corneal refractive surgery especially LASIK, the femtosecond laser has entered in the field of cataract surgery. A comprehensive description of femtosecond laser cataract surgery is provided in Chapter 1. Femtosecond laser works on the principle of phacodisruption. Authors have described instrumentation, imaging, patient interface, technique of surgery and contraindicaions. They feel that femtosecond laser provides greater predictability. William F Wiley in his editorial has critically discussed the present status of femtosecond laser in cataract surgery mentioning its merits and demerits. Surgery of posterior polar cataracts is relatively difficult due to their propensity for posterior capsular rupture during operative procedure. It requires more precision and care because some of the patients with PPC have preoperative rent in the posterior capsule of the lens. Abhay R Vasavada has described principles for performing complication-free surgery of posterior polar cataracts in his editorial with the help of illustrations. The application of femtosecond laser significantly decreases the rate of posterior capsular rent. In recent years, glaucoma is gaining more attention due to its blinding course. The volume contains articles on pitfalls in the diagnosis of angle-closure glaucoma, traumatic glaucoma and neovascular glaucoma. Considering the higher incidence of angle-closure glaucoma in the Asian countries, every attempt should be made to diagnose the disease in its initial stage and treat it adequately to prevent blindness. Shibal and coauthors have presented a detailed account of pitfalls in the diagnosis of angle-closure glaucoma. Rajendra K Bansal in his editorial has provided a concise account of etiology, clinical presentation, diagnostic modalities (with their limitations) and management of angle-closure glaucoma. He has emphasized on the importance of gonioscopy not only in the diagnosis but also in the management. The indentation gonioscopy can differentiate between appositional and synechial angle-closure. He cited a study in which Smith et al. reviewed the literature and compared different anterior segment imaging techniques such as ultrasound biomicroscopy, anterior segment optical coherence tomography, Scheimpflug photography scanning, peripheral anterior chamber depth analyzer for examination of the angle of anterior chamber and gonioscopy and concluded that none of these imaging techniques is superior to gonioscopy. Choroidal imaging with enhanced depth imaging and swept-source optical coherence tomography is becoming popular for early diagnosis of choroidal lesions. Similarly, fundus autofluorescence has useful application in the diagnosis of retinal diseases, though it is not carried out routinely. Introduction of biological agents in the treatment of recalcitrant non-infectious uveal diseases is encouraging. Perhaps, more blind trials are needed to establish its utility. Microincision vitrectomy is gaining more popularity in the management of retinal disorders.
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