Swept Source Optical Coherence Tomography A Color Atlas Second Edition

This atlas presents an overview of Swept Source Optical Coherence Tomography (OCT) and its implications on diagnostics of vitreous, retina and choroid. As the sensitivity of OCT imaging devices has increased, updated technologies have become available for engineers, scientists and medical specialists to adopt, and recent developments have led to the creation of a new generation of devices. The aim of this resource is to explain this new technology and its advantages over previous imaging devices and to illustrate how it may be used in to define eye diseases, aid in their treatment and facilitate treatment options.

Clinical OCT Angiography Atlas is a comprehensive guide to this important new imaging modality in ophthalmology. The book is divided into two parts; the first covers the technology and interpretation of OCT angiography, the second covers the study of diseases and disorders using OCT angiography. The second part is further divided into seven sections which provide a general update on clinical OCT angiography research across a range of retinal and choroid disorders. The final section discusses ongoing research and future developments in technology, particularly Ultrahigh Speed Swept Source technology. Enhanced by 251 full colour images, and edited by an internationally recognised team of ophthalmology experts led by Prof Bruno Lumbroso, this book is at the cutting edge of OCT technology. The operating principles and future of this technology are discussed in depth by its original developers, making this an informative and authoritative work. Key Points Comprehensive, illustrated guide to new imaging technology Edited by international team of ophthalmology experts Operating principles and future developments discussed by the original developers 250 full colour images and illustrations

The aim of this book is to explain this new technology and its advantages over previous imaging devices and to illustrate how it may be used in to define eye diseases, and in their treatment and facilitate treatment options. This atlas introduces the technical principles of SS-OCT imaging, OCTA stratification algorithm, and blood flow quantization. Through a collection of images and annotation of the microstructures of both the normal fundus and diseased eyes (for example, vitreous related disease, retinal diseased and choroidal disease) captured on SS-OCT to deepen the understanding of this new technology, as well as the interpretation of images. This atlas serves as a practical guide and is written for retinal specialist and clinicians with an interest in retinal diseases.

Part of the Essentials in Ophthalmology series, this atlas is designed to comprehensively cover optical coherence tomography of the anterior segment of the eye. The aim is to improve knowledge of the fundamentals of OCT technology for anterior segment, clarify the differences with posterior segment OCT and emphasize the immense relevance and usefulness that anterior segment OCT study has for diagnosis, therapeutic orientation, surgical guidance, and improvement in patient management. Atlas of Anterior Segment Optical Coherence Tomography is organized into comprehensive chapters on the following topics: fundamentals, technologies and technological differences among platforms, application of OCT, corneal OCT angiography, as well as case-based chapters. Numerous highly-detailed figures, illustrations and photographs make this an ideal resource for the corneal specialist seeking further instruction on this cutting-edge technology. The case-based chapters include such conditions as bowman dystrophies, trauma, cataract, glaucoma, sclera, refractive surgery, ocular infections, and are structured to facilitate the consultant surgeon by providing practical information applicable to practical cases in their practice.

This atlas examines developments in clinical en face imaging, comparing methods and devices and evaluating the most clinically efficient techniques. Divided into three sections, the first part introduces the principles of OCT (optical coherence tomography) and the anatomy and histology of the retina and surrounding area. The second section discusses en face OCT in diagnosing and treating different ocular diseases and disorders. More than 1000 pathological images obtained using different OCT devices are included. The final part describes future developments in the technological and scientific aspects of OCT and their clinical applications. Key points Evaluates clinical en face OCT techniques for numerous ocular diseases and disorders Each case includes pathological images from different devices for comparison Internationally-recognised European and US author and editor team