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Glaucoma remains one of the leading causes of blindness. Laser scanning tomography has gained an indispensable role in the ophthalmologic diagnosis, especially in the long-term follow-up of glaucoma. Confocal laser scanning ophthalmoscopy provides key insights into the three-dimensional anatomy of the optic disc in vivo. This unique atlas contains superb images of all clinically relevant diseases diagnosed by current models of the Heidelberg Retina Tomograph. It correlates classical diagnostic tools like perimetry and fundus photography with state-of-the-art studies including digital retinal angiography, optical coherence tomography and laser scanning tomography. Special features include the illustrated coverage of:
Diseases of the optic nerve head; different types and stages of glaucoma, non-glaucomatous neuropathy and papilledema; automated classification procedures for the detection of glaucoma; strategies for the interpretation of follow-up results in optic disc monitoring.
Macular diseases: the shortly released Retina Module expands the diagnostic spectrum of laser scanning ophthalmoscopy significantly, adding measuring and monitoring of diabetic and cystoid macular edema.
This atlas is the most comprehensive up-to-date reference of laser scanning ophthalmoscopy available, ideal for residents and general ophthalmologists who want to enhance their diagnostic skills.
List of contents
1 Introduction.- 1.1 Why Is Laser Scanning Ophthalmoscopy Needed?.- 1.2 Technical Background.- 1.3 Stereometric Parameters of the HRT.- 2 Healthy Optic Discs.- 2.1 Natural Variety of Optic Discs.- 2.2 Regular Shapes.- 2.3 Micropapillas.- 2.4 Megalopapillas.- 2.5 Tilted Discs.- 3 Glaucomas.- 3.1 Automated Classification Procedures.- 3.2 Moderate Glaucomas.- 3.3 Nerve Fiber Bundle Defects.- 3.4 Advanced Glaucomas.- 3.5 Micropapillary Glaucomas.- 3.6 Megalopapillary Glaucomas.- 3.7 Normal Tension Glaucomas.- 3.8 Classification Errors.- 4 Follow-up Examinations.- 4.1 Strategies for Longitudinal Analysis.- 4.2 Progression of Glaucoma.- 5 Prominent Optic Discs.- 5.1 Scanning of Prominent Discs.- 5.2 Drusen of the Optic Nerve.- 5.3 Optic Nerve Swelling.- 5.4 Papilledemas.- 6 Macular Scans.- 6.1 The Macular Edema Software Module.- 6.2 Cystoid Macular Edema.- 6.3 Branch Vein Occlusion.- 6.4 Central Serous Retinopathy.- 6.5 Macular Puckers.- 6.6 Macular Holes.- 7 Miscellaneous.- 7.1 Optimizing Imaging.- 7.2 Astigmatism.- 7.3 Retinal Irregularities.- 7.4 Floaters.- 8 Confocal Corneal Imaging.- 8.1 The Rostock Cornea Modu.- References.
Summary
Glaucoma remains one of the leading causes of blindness. Laser scanning tomography has gained an indispensable role in the ophthalmologic diagnosis, especially in the long-term follow-up of glaucoma. Confocal laser scanning ophthalmoscopy provides key insights into the three-dimensional anatomy of the optic disc in vivo. This unique atlas contains superb images of all clinically relevant diseases diagnosed by current models of the Heidelberg Retina Tomograph. It correlates classical diagnostic tools like perimetry and fundus photography with state-of-the-art studies including digital retinal angiography, optical coherence tomography and laser scanning tomography. Special features include the illustrated coverage of:
Diseases of the optic nerve head; different types and stages of glaucoma, non-glaucomatous neuropathy and papilledema; automated classification procedures for the detection of glaucoma; strategies for the interpretation of follow-up results in optic disc monitoring.
Macular diseases: the shortly released Retina Module expands the diagnostic spectrum of laser scanning ophthalmoscopy significantly, adding measuring and monitoring of diabetic and cystoid macular edema.
This atlas is the most comprehensive up-to-date reference of laser scanning ophthalmoscopy available, ideal for residents and general ophthalmologists who want to enhance their diagnostic skills.
