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Ophthalmology: Biaxial Phacoemulsification/Multifocal IOLs (Audio-Digest Foundation Ophthalmology Continuing Medical Education Audio Digest

Ophthalmology: Biaxial Phacoemulsification/Multifocal IOLs (Audio-Digest Foundation Ophthalmology Continuing Medical Education

Audio Digest

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Kindle Edition
18 pages
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 About the Book 

Purpose: Audio-Digest Foundation CME/CE activities are designed to provide its learners – physicians and other healthcare professionals – with continuing education that will help identify clinical problems in their practice settings, provide contentMorePurpose: Audio-Digest Foundation CME/CE activities are designed to provide its learners – physicians and other healthcare professionals – with continuing education that will help identify clinical problems in their practice settings, provide content to help to solve those problems, and increase their application of knowledge to practice.Audio-Digest Ophthalmology is specifically designed to provide the participant with up-to-date and accurate information on diagnosis and management in the major subspecialty areas of practice, including, but not limited to:AllergyCataract surgery and intraocular lensesCorneal and external diseaseExtraocular-muscle dysfunctionGlaucomaNeuro-ophthalmologyOrbital diseaseOcular oncologyPediatric ophthalmology and strabismusRefractive surgeryRetinal and macular diseaseSystemic and autoimmune disordersEducational ObjectivesThe goal of this program is to improve the performance of biaxial microincision phacoemulsification and the use of multifocal intraocular lenses (IOLs). After hearing and assimilating this program, the clinician will be better able to:1. Choose appropriate applications for biaxial microincision phacoemulsification and describe its benefits.2. Manage and/or avoid posterior capsular tears during cataract surgery.3. Treat patients with subluxed lenses or floppy iris syndrome.4. Compare and contrast the properties of refractive and diffractive multifocal IOLs.5. Maximize outcomes after implantation of IOLs by improving selection of patients, biometry, and calculation of lens power.