Kyoko Ohno-Matsui – författare

Pathological Myopia is a major cause of severe vision loss worldwide. The mechanisms for vision loss include cataract, glaucoma, retinal detachment, and above all, degeneration of the macula within the posterior staphyloma. Pathological Myopia is one of the only current books to specifically address this disease and discusses recent developments in imaging technologies and various approaches to treatments, such as laser photocoagulation, photodynamic therapy, pharmaco-therapeutic injections in the vitreous, and surgery.Complete with high-quality color images, this book is written and edited by leaders in the field and is geared towards ophthalmologists, including residents and fellows in training, glaucoma and cataract specialists, and vitreoretinal macula experts.

Pathologic Myopia is a major cause of severe vision loss worldwide. The mechanisms for vision loss include cataract, glaucoma, retinal detachment, and above all, myopic maculopathy within the posterior staphyloma. The first edition of Pathologic Myopia is one of the only current books to specifically address this disease and discusses recent developments in imaging technologies and various approaches to treatments, such as laser photocoagulation, photodynamic therapy, pharmaco-therapeutic injections in the vitreous, and surgery. This new edition is a timely update to the standard reference in the field, with new chapters on advanced refractive error correction, genetics, developing a classification system, and special surgical approaches for pathologic myopia. Complete with even more high-quality color images and informative tables, this book is written and edited by leaders in the field and is geared towards ophthalmologists, including residents andfellows in training, glaucoma and cataract specialists, and vitreoretinal macula experts.

Pathologic Myopia is a major cause of severe vision loss worldwide. The mechanisms for vision loss include cataract, glaucoma, retinal detachment, and above all, myopic maculopathy within the posterior staphyloma. The first edition of Pathologic Myopia is one of the only current books to specifically address this disease and discusses recent developments in imaging technologies and various approaches to treatments, such as laser photocoagulation, photodynamic therapy, pharmaco-therapeutic injections in the vitreous, and surgery. 

This new edition is a timely update to the standard reference in the field, with new chapters on advanced refractive error correction, genetics, developing a classification system, and special surgical approaches for pathologic myopia. Complete with even more high-quality color images and informative tables, this book is written and edited by leaders in the field and is geared towards ophthalmologists, including residents andfellows in training, glaucoma and cataract specialists, and vitreoretinal macula experts.

Pathologic Myopia is a major cause of severe vision loss worldwide. The mechanisms for vision loss include cataract, glaucoma, retinal detachment, and above all, myopic maculopathy within the posterior staphyloma. The first edition of Pathologic Myopia is one of the only current books to specifically address this disease and discusses recent developments in imaging technologies and various approaches to treatments, such as laser photocoagulation, photodynamic therapy, pharmaco-therapeutic injections in the vitreous, and surgery. This new edition is a timely update to the standard reference in the field, with new chapters on advanced refractive error correction, genetics, developing a classification system, and special surgical approaches for pathologic myopia. Complete with even more high-quality color images and informative tables, this book is written and edited by leaders in the field and is geared towards ophthalmologists, including residents andfellows in training, glaucoma and cataract specialists, and vitreoretinal macula experts.

This Atlas provides many beautiful images obtained with state-of-the-art technologies, including optical coherence tomography (OCT), OCT angiography, fundus autofluorescence, and wide-field fundus imaging, as well as traditional images and fluorescein/ICG angiograms. Gathered at the world’s largest High Myopia Clinic, the images are based on the long-term follow-up data of more than 6,000 patients from Japan and abroad. Recent advances in imaging technologies have yielded many new observations and allowed us to detect new lesions, e.g. myopic traction maculopathy (or macular retinoschisis) and dome-shaped macula. An especially interesting aspect: the images obtained by ‘3D MRI of the eye’ and ‘ultra wide-field OCT’ to visualize staphylomas. These techniques were established by the editor’s group and make it possible to record the entire shapes of the eye, offering a scan width of up to 23 mm and scan depth of 5 mm. They have since been used to visualize posterior staphyloma,which was previously impossible to view because it spanned such a wide range of the eye. In addition, readers will learn what types of eye deformity occur in pathologic myopia and how they damage the macula/optic nerve. With this Atlas, readers will learn how to accurately diagnose each lesion of pathologic myopia, how eye deformity causes blinding complications, and how to identify patients with a poor prognosis. In short, it provides essential information that can’t be found elsewhere.

This Atlas provides many beautiful images obtained with state-of-the-art technologies, including optical coherence tomography (OCT), OCT angiography, fundus autofluorescence, and wide-field fundus imaging, as well as traditional images and fluorescein/ICG angiograms. Gathered at the world’s largest High Myopia Clinic, the images are based on the long-term follow-up data of more than 6,000 patients from Japan and abroad. Recent advances in imaging technologies have yielded many new observations and allowed us to detect new lesions, e.g. myopic traction maculopathy (or macular retinoschisis) and dome-shaped macula. An especially interesting aspect: the images obtained by ‘3D MRI of the eye’ and ‘ultra wide-field OCT’ to visualize staphylomas. These techniques were established by the editor’s group and make it possible to record the entire shapes of the eye, offering a scan width of up to 23 mm and scan depth of 5 mm. They have since been used to visualize posterior staphyloma,which was previously impossible to view because it spanned such a wide range of the eye. In addition, readers will learn what types of eye deformity occur in pathologic myopia and how they damage the macula/optic nerve. With this Atlas, readers will learn how to accurately diagnose each lesion of pathologic myopia, how eye deformity causes blinding complications, and how to identify patients with a poor prognosis. In short, it provides essential information that can’t be found elsewhere.