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OD1 - Integrated Ophthalmic Sciences & Preclinical Optometry > OP - Two Lens Design and Multi-Lens Designs - Week 7 > Flashcards

OP - Two Lens Design and Multi-Lens Designs - Week 7 Flashcards

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OD1 - Integrated Ophthalmic Sciences & Preclinical Optometry (123 decks)

BS - Connective Tissue, Sclera and Vitreous - Week 1

BS - Layers of the Retina - Week 1

OP - What is Light? - Week 1

OP - Measuring Light - Week 1

PC - Ametropia and Emmetropia - Week 1

OP - How is Light Produced? - Week 1

VF - Visual Psychophysics - Week 1

BS - Microscopy, General Ocular Structure & Embryology - Week 1

VF - Spatial Vision - Week 2

BS - Cornea Structure and Metabolism Part 1 - Week 2

PC - Visual Acuity - Week 2

PC - Retinoscopy - Week 2

OP - Interaction of Light and Matter - Scattering and Polarisation - Week 2

OP - Bending and Reflecting Light - Week 2

BS - Uvea - Week 2

VF - Binocular Vision Introduction - Week 2

VF - Binocular Vision - Fusion and Heterophoria - Week 2

BS - Cornea Structure and Metabolism Part 2 - Week 2

BS - Retina Part 1 - Week 3

BS - Retina Part 2 - Week 3

BS - Anterior Chamber - Week 3

PC - Heterophoria/tropia - Week 3

PC - Visual Fields - Week 3

VF - Horopter - Week 3

OP - Image Formation and Ray Tracing - Week 3

OP - Principles of Paraxial Optics - Week 3

OP - How Thin Lenses Work - Week 3

VF - Stereopsis - Week 3

PC - Subjective Refraction 1 - Week 4

BS - Aqueous Humour - Week 4

VF - Spatial Vision - Week 4

OP - How Thick Lenses Work - Week 4

OP - Apertures, Stops & Pupils - Week 4

VF - Temporal Vision 1 - Week 4

PC - Routine Screening 1 - Week 4

OP - Telescopes - Week 4

OP - Magnifiers, Microscopes & Slit-Lamp Bio-Microscopes - Week 4

VF - Ocular Accommodation 1 - Week 4

BS - Lens Structure & Metabolism 1 - Week 5

BS - Lens Structure & Metabolism 2 - Week 5

PC - Clinical Assessment of Contrast Sensitivity - Week 5

BS - Temporal Vision 2 - Week 5

BS - Pupil Anatomy & Innervation - Week 5

BS - Pupil Function, Malfunction & Assessment - Week 5

VF - Eye Movements 1 - What & Why? - Week 5

VF - Eye Movements 2 - Mechanics - Week 5

IOS/PC - Case Study: Horner's Syndrome - Week 5

OP - Field of View - Week 6

VF - Eye Movements 3 - Saccades/Pursuit - Week 6

VF - Eye Movements 4 - Optokinetic, Vestibulo-Ocular & Vergence Pathways - Week 6

VF - Eye Movements 5 - Central & Peripheral Abnormalities - Week 6

VF - Binocular Eye Movement - Week 6

VF - Eye Movement Testing - Week 6

VF - Absolute Threshold - Week 6

VF - Intensity Discrimination - Week 6

BS - Photopigments - Week 7

BS - Optic Nerve - Week 7

OP - Thin Lens Designs - Week 7

OP - Two Lens Design and Multi-Lens Designs - Week 7

BS - Phototransduction and Neurotransmission - Week 8

OP - Vertometers & Keratometers - Week 8

OP - The Optics of Retinoscopy - Week 8

OP - Sphero-cylindrical Lenses - Week 8

VF - Dark Adaptation - Week 8

VF - Colour Vision 1 - Week 8

VF - Colour Vision 2 - Week 8

VF - Colour Vision 3 - Week 9

PC - Clinical Assessment of Colour Vision - Week 9

OP - Ergonomics of Optical Design - Week 9

BS - Brain, Skull & Cranial Nerves - Week 9

BS - Introductory Neuroscience - Week 9

VF - Electroretinogram - Week 10

BS - Bleaching and Recycling - Week 10

OP - Field of View Spectacles - Week 10

OP - Introduction to Aberrations - Week 10

OP - Seidel Aberration Theory - Week 10

BS - Cranial Nerves - Names and Function

BS - Extraocular Muscles - Week 11

BS - Anatomy of the Visual Pathway - Week 11

OP - Aspheric Surfaces and Aberrations - Week 11

OP - Chromatic Aberrations - Week 11

OP - Best Form Lenses - Week 11

OP - Ophthalmic Prisms - Week 12

OP - Spectacle Magnification and Lens Effectivity - Week 12

OP - Optics of Direct and Indirect Ophthalmoscopy - Week 12

OD - Review Lecture - Week 12

PC - History Taking - Week 1

PC - Tonometry - Week 1

PC - Posterior Segment Examination - Week 1

PC - Direct and Monocular Indirect Ophthalmoscopy - Week 1

PC - Assessment of Corneal Curvature - Week 1

PC - Fundus Lens - Week 1

PC - Fan and Block - Week 1

BS - Eyelids and Conjunctiva - Week 2

BS - Lacrimal Glands and Tear Flim - Week 2

PC - Jackson's Cross Cylinder - Week 2

PC - Binocular Indirect Ophthalmoscopy - Week 2

PC - Binocular Balancing - Week 2

PC - Binocular Vision 1 Accommodation - Week 2

PC - Binocular Vision 2 Vergence - Week 2

BS - Mitochondrial Disorders - Week 3

BS - Blood Retina Barrier - Week 3

BS - Genetics of Eye Diseases - Week 3

PC - Clinical Assessment of Accommodative-Vergence Interactions - Week 3

PC - Slitlamp Biomicroscopy 1 - Week 3

BS - Ocular Manifestations of Embryological Defects - Week 4

BS - Connective Tissue Diseases - Week 4

BS - Metabolic Eye Diseases - Week 4

PC - Slitlamp Biomicroscopy 2 - Week 4

BS - Eye Muscle Disorders - Week 4

BS - Pupil Disorders - Week 4

OP - Diffraction, Wave Optics, and Coherence - Week 4

OP - Introduction to Wavefront Aberrometry & Image Quality Metrics 1 - Week 4

PC - Slitlamp Biomicroscopy 3 (Gonioscopy) - Week 4

OP - Introduction to Wavefront Aberrometry & Image Quality Metrics 2 - Week 5

BS - Retina: Night and Day - Week 5

PC - Presbyopia - Week 5

BS - Retinal Receptive Fields - Week 5

BS - Retinal Metabolism - Week 5

BS - Central Visual Pathways - Week 5

OP - Advanced Ocular Imaging Methods - Week 7

BS - Myopia (Nature) - Week 8

BS - Myopia (Nurture) - Week 10

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