Atlas of Ophthalmology

Anterior Chamber

Brain and Optical Pathway

Asymmetric Glaucomatous Optic Nerve Atrophy in Secondary Open Angle Glaucoma with PEX and Falxmeningeoma (MR-, DTI-, OCT-, FDT-, w-w-Perimetry- and Colour-Images

Asymmetrical optic radiation, right > left (3T Diffusion Tensor Imaging, DTI

OD: advanced glaucomatous optic atrophy in secondary open angle glaucoma with pseudoexfoliative syndrome (fundus photography)

OD: clearly reduced retinal nerve fiber layer thickness, OCT

OD: optic atrophy in the orbita, MRI

OS: mild glaucomatous optic atrophy in secondary open angle glaucoma with to pseudoexfoliative syndrome (fundus photography)

OS: mild visual field defects in secondary open angle glaucoma with pseudoexfoliative syndrome, SAP

OS: moderate reduction of the nerve fiber layer thickness, OCT

Cerebral infarctions, pituitary adenoma and primary open angle glaucoma (fundus photography, FDT, HRT, MRI, DTI)

Combined Simple and Glaucomatous Optic Atrophy with Homonymous Retinal Nerve Fiber Degeneration (MR, DTI, OCT, wwPerimetry)

Hereditary (autosomal-recessive) optic atrophy (fundus photo, w-w-Perimetrie, OCT, VEP, DTI)

Hirnvolumenminderung und einfache Optikusatrophie

Homonymous Defect of Visual Field after Infarct of Posterior Cerebral Artery (FDT, w-w-perimetry, HRT, MRI, DTI)

Homonymous Hemianopia, Complete Visual Field Defect, Humphrey Visual Field

Homonymous Superior Quadrantic Visual Field Defects after Epilepsy Neurosurgery (Fundus Photography, ww-Perimetry, FDT, OCT, MRI)

Intermittened Diplopia by Fusiform Aneurysm of the Basilar Artery (Neuro-Ophthalmological Exam, MRI-Angiography, OCT, Colour Image)

Normal Tension Glaucoma with Generalized Cerebral Microangiopathy

Occipital Brain Ischemia with Homonymous Quadrant Anopia

Occipital stroke with reduced nerve fiber layer (visual field, OCT, MRI)

Optic Nerve Atrophy (OS) caused by Craniocerebral Injury (Colour Image, 30°-w-w-Perimetry, OCT, MRI)

Papilla edema in pseudotumor cerebri (Colour Images R/L, cMR)

Primary Open Angle Glaucoma with Cerebral Microinfarcts in Optical Pathway R>L (OCT-, MR-, DTI-Images)

Secondary Open Angle Glaucoma after Systemic Corticoid-Therapy of Encephalitis disseminata (MR-, MR-DTI-, HRT-, FDT-, w-w-perimetry, fundus photo)

Symmetric focal nerve fiber defect with corresponding visual field defects of unknown etiology (fundus photo, w-w-perimetry, OCT, MRI, DTI)

Symmetric Infarcts of the Tractus Opticus with Symmetric Visual Field Defects (MRI, w-w-Perimetry)

Congenital Syndromes, Malformations and Abnomalities

Glaucomas, Ocular Hypertension

Hypertensive Retinopathy

Iris and Ciliary Body

Lacrimal System

Neuro-Ophthalmology

Strabismus, Ocular Motility Disorders

Systemic Diseases

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Asymmetric Glaucomatous Optic Nerve Atrophy in Secondary Open Angle Glaucoma with PEX and Falxmeningeoma (MR-, DTI-, OCT-, FDT-, w-w-Perimetry- and Colour-Images

Brain and Optical Pathway

Feamle, 78 years, w-w-perimetry - Mean defect: OD: not measurable, OS 1,8 dB; visual acuity: OD nulla lux; OS 0,8; IOP: OD 44 mmHg, OS 14 mmHg. Assessment: A pronounced difference of the visual field between the right and left eye with secondary open angle glaucoma in pseudoexfoliation syndrome is present. Likewise the retinal nerve fiber layer thickness varied between eyes. Despite missings signs of microangiopathy and cerebral infarction, the left optic radiation is reduced in the DTI as compared to the contralateral side. There is no indication for a causation by the falx meningeoma.

	Asymmetrical optic radiation, right > left (3T Diffusion Tensor Imaging, DTI
	OD: advanced glaucomatous optic atrophy in secondary open angle glaucoma with pseudoexfoliative syndrome (fundus photography)
	OD: clearly reduced retinal nerve fiber layer thickness, OCT
	OD: optic atrophy in the orbita, MRI
	OS: mild glaucomatous optic atrophy in secondary open angle glaucoma with to pseudoexfoliative syndrome (fundus photography)
	OS: mild visual field defects in secondary open angle glaucoma with pseudoexfoliative syndrome, SAP
	OS: moderate reduction of the nerve fiber layer thickness, OCT

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