This stereoscopic atlas is based on the slide collection of the late Professor B. Daicker, Basel, who was renowned for his merits in ophthalmopathology the world over. From the compilation of on the whole 12,000 stereoscopic slides of interesting and rare eye diseases, the editor selected 216 pairs to make them available to interested health professionals. These images can be viewed through stereo glasses (provided with the atlas) to obtain a stereoscopic depth perception. The atlas is divided into seven chapters. Each chapter starts with a short introduction, followed by the slides, which are complemented by a description of the disease and by additional images which can be found on the also included CD-ROM. The technical efforts made together with the carefully selected content make this atlas unique and indispensable. The stereoscopical visualization enhances the comprehension of eye disorders and makes it a much-welcomed tool for the differential diagnostic process.
A Karger 'Publishing Highlights 1890-2015' title This stereoscopic atlas is based on the slide collection of the late Professor B. Daicker, Basel, who was renowned for his merits in ophthalmopathology the world over. From the compilation of on the whole 12,000 stereoscopic slides of interesting and rare eye diseases, the editors selected 246 pairs to make them available to interested health professionals. These images can be viewed through stereo glasses (provided with the atlas) to obtain a stereoscopic depth perception. The atlas is divided into seven chapters. Each chapter starts with a short introduction, followed by the slides, which are complemented by a description of the disease and by additional images which can be found on the also included CD-ROM. The technical efforts made together with the carefully selected content make this atlas unique and indispensable. The stereoscopical visualization enhances the comprehension of eye disorders and makes it a much-welcomed tool for the differential diagnostic process.
Eye Pathology: An Atlas and Text is a basic introduction to eye pathology that can be read and mastered during an ophthalmic pathology rotation. In addition, it will serve as a well-illustrated resource for residents who are studying for the OKAP examinations or Board certification in ophthalmology. Completely written and illustrated by Dr. Eagle, this single-author text is primarily designed for ophthalmology residents and the comprehensive ophthalmologist not looking for a comprehensive text on the subject.
This new fifth edition of Ocular Pathology maintains its reputation as an essential reference for understanding, diagnosing, and treating diseases of the eye. Offering comprehensive information on the latest clinical findings, it is unique in its full-colour atlas presentation of pathology specimens reflecting the most current topics in the field. It remains an excellent reference for practising ophthalmologists, cataract and refractive surgeons, and all individuals interested in vision care and visual sciences. Assists the reader in understanding the nature, causes and development of abnormal conditions in the eye. Updated self-assessment questions test overall understanding of the field and prepare for the Board Examination. Book is well-positioned for all levels of Eye Health Care Providers Over 240 color photographs and 930 black-and-white illustrations clearly depict hundreds of clinical entities and pathology specimens (external and slit-lamp photographs, fundus photographs, retinal angiograms, anatomic, histologic and electromicroscopic photos of all eye tissues and their diseases, along with numerous sketches and schematic illustrations of tissues). Increased number of Questions and Answers, from 35 to 50 per chapter, for a total of 550. Update on diagnosis and therapy of retinal diseases, including AIDS, and new material on indocyain green angiography. Updated sections on pathology of lens, cataract surgery, and intraocular lenses. This material has been updated to include modern small incision surgery and foldable lens technology, which has greatly expanded since 1989 and is now the preferred cataract surgical procedure of most ophthalmologists. This book continues to be the only text available which covers the pathology of cataract surgery and intraocular lenses. A new chapter has been added which represents the first comprehensive publication on clinicopathological correlation of refractive surgery, including incisional refractive surgery (RK), refractive surgery with lasers (PRK and LASIK), and refractive intraocular lenses. The information is based on the extensive experience of Dr. Apple's laboratory at the Storm Eye Institute in Charleston. The material and illustrations in this chapter have never been published elsewhere. There has been extensive update of references of all topics in the book.
This fully updated edition by the leading authority on the macula includes 128 color stereoscopic pairs inserted into the text for viewing with the viewer included. This text provides the most extensive coverage of differential diagnosis, treatment and prognosis of macular disease available in print. * Illustrates the appearance of disease based on fluorescein angiographic findings and histopathology * Features 3,900 black-and-white photographs, color stereofundus photographs, fluorescein angiograms, photomicrographs, and schematic drawings -- nearly 1,500 illustrations are new to this edition! * Covers perflurocarbon liquids, retinal detachment, inflammatory disease of the retina and choroid, manifestations of AIDS, and much more
Stay up to date with the latest developments in your field with the highly-anticipated second edition of Age-Related Macular Degeneration. This comprehensive text covers recent advances in pathophysiology, diagnosis, and treatment including promising new developments that will affect your patient care. Dr. Virgil Alfaro and his colleagues at Retina Consultants of Charleston bring you their expertise in the areas of basic science, imaging, prevention, treatment, and more. Features: Learn from a renowned group of retina surgeons who address all aspects of management, including anatomy, physiology, and pathophysiology; imaging of the macula in ARMD, prevention measures and treatment; and future directions in the field. Gain a solid foundation in intravenous fluorescein angiography, indocyanine green angiography, and optical coherence tomography, as well as antiVEGE therapy and related new drugs, optimizing your diagnosis and treatment options. Understand the significant change in the classification system of choroidal neovascular membranes in ARMD. Get up-to-date information on treating ARMD secondary to geographic atrophy through cell transplantation and pharmacologic therapies. Easily visualize key aspects of ARMD thanks to high-quality illustrations and photographs. Find the information you need quickly by referencing individual chapters that offer comprehensive and inclusive coverage of the topic at hand.
Did you know that the most common surgical eye procedure today began as a tragic injury to a WWII pilot? Did you know that one of the first medical devices to ever be implanted into a human was performed by an ophthalmologist? Do you know the riveting story behind the man who envisioned and achieved ground-breaking medical advancements for vision care? ______________________________________________________________________________ An innovator in eye surgery and undisputed inventor of the intraocular lens (IOL), Sir Harold Ridley achieved some of the most important discoveries in ophthalmology and medicine over the last 100 years. The compelling story of Sir Harold Ridley is one not widely known among today's medical community. It is a story of an unassuming medical leader. It is a story that needs to be told, not only for its historical value, but also to provide guidance for future generations on bringing new inventions to the world. In the early 1980's, Dr. David J. Apple, one of the most prominent American ophthalmologists and eye researchers conducted studies that by the mid-1980's had verified that Ridley's innovation--the implantation of the IOL--was potentially safe and effective. Upon hearing of these studies, Ridley requested to meet Dr. Apple at Ridley's home in England, where a life-long personal and professional relationship was born. Inside Sir Harold Ridley and His Fight for Sight: He Changed the World So That We May Better See It, Dr. David J. Apple chronicles the amazing career and life of Sir Harold Ridley based on their friendship and on never before published documents, photographs, and memorabilia. Ridley's tremendous impact on ophthalmology and specifically on the treatment of cataract patients, is a story that until now has not been told. Sir Harold Ridley and His Fight for Sight is based on 26 years of research performed by Dr. Apple. Interviews with friends, families, colleagues, as well as the review of medical and hospital records, military records, and museum exhibits have brought the story of Sir Harold Ridley to forefront of the medical community today. Dr. Apple brings life and credibility to the pages of Sir Harold Ridley and His Fight for Sight with over 600 images, testimonials from Sir Harold Ridley on his quest that began in 1935, and a personal touch that only a true colleague and friend can convey. From Harold Ridley, 1989: "I had twenty-five years in the wilderness and would have been spared much suffering if David Apple, the one who at last took the trouble to read and analyze all the early implant papers, had appeared in the 1950's, for a whole generation of cataract patients might then have enjoyed full visual rehabilitation instead of suffering the abnormalities of aphakia." In 1940 during World War II, in the legendary Battle of Britain, a British pilot was tragically blinded when shattered fragments of his cockpit canopy were embedded in his eyes. This tragic event led to the identification of an implant material and eventuated in Ridley's accomplishing a complete cure for cataracts. Ridley focused the next decade of his life on the development of an artificial lens to be implanted following the removal of a cataract. This device has restored vision to nearly 200 million people worldwide, and presently 9 million annually. After performing the first IOL implant on a cataract patient, Sir Harold Ridley was met with opposition from the medical community. It took three decades of struggle until his goal became reality. Now the cataract surgery, and its cousin, refractive surgery, including the procedure LASIK, are the most common surgical procedures performed today. Paving the way for past, current and future ophthalmologists, Sir Harold Ridley not only implanted the first medical device into a patient--he pioneered multiple once in a lifetime discoveries including in
