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Content: Technical terms and definitions, basic elements of optical instruments, fundamental characteristics of optical instruments, the principle of a lensometer (focometer), definition and types of focometers. Images of lenses in a focometer, determination of the dioptric power of lenses, pupillameter, magnifiers, binoculars, microscopes, telescopes, cameras, ophthalmic optical instruments, eye complaints and symptomatology of eye diseases, optical instruments for low vision, eye examination, routine eye examination and optical instruments and their principles used in eye examination with auxiliary tools and methods, ophthalmoscopes, retinoscopes, fundus cameras, refractometers, tonometers, slit lamps and types of surgical microscopes, photographic darkeners, and similar topics constitute the content of this course.
Basic Concepts and Definitions
Basic Elements and Characteristics of Optical Instruments
Lensometer, pupillameter, magnifiers, binoculars, microscope, telescope, camera, ophthalmic instruments
Low Vision and Rehabilitation Instruments
Optical Instruments and Principles Used in Eye Examinations
Ophthalmoscope, retinoscope, refractometer
Fundus cameras, tonometer, slit lamps, types of surgical microscopes, photographic darkeners
Transposition and Grouping in Optical Glasses
Definition, Parts, Working Principle and Types of Lensometer
Focometer Images of Lenses
Determination of Dioptric Values
Measurement Studies with Manual and Digital Focometers
Pupillameter Use and Manual Focusing Studies
Vision Problems Due to Eye Diseases |