The Textbook of Neuro-Ophthalmology: Vision and Neurological Disorders, now in its acclaimed third edition, stands as the preeminent authority on the intricate interplay between visual phenomena and neurological pathology, masterfully authored by Eana Wayne and featuring contributions from over 100 international experts in ophthalmology, neurology, neurosurgery, and radiology. This monumental work, spanning more than 1,500 lavishly illustrated pages, demystifies the diagnostic and therapeutic challenges of conditions where the eye serves as a sentinel for brain dysfunction, from idiopathic intracranial hypertension and non arteritic anterior ischemic optic neuropathy to paraneoplastic syndromes and cortical visual impairments. Rooted in a deep understanding of neuroanatomy and pathophysiology, the textbook elucidates how disorders like multiple sclerosis, stroke, and mitochondrial optic neuropathies manifest through pupillary anomalies, visual field defects, and oculomotor palsies, providing clinicians with a roadmap to precise localization and intervention.

Organized into meticulously crafted sections, the volume commences with foundational chapters on ocular and central nervous system anatomy, delving into retinotopic mapping, vascular watersheds, and the blood-optic barriers, before progressing to clinical evaluation techniques such as advanced perimetry, optical coherence tomography angiography, and visual evoked potentials. Subsequent divisions dissect disease entities by anatomical locus—anterior visual pathways, chiasmal syndromes, post-geniculate disorders—and etiological categories, including inflammatory, ischemic, compressive, toxic, and hereditary etiologies. Each chapter integrates cutting-edge evidence from landmark trials like EXPAND for siponimod in progressive multiple sclerosis and DAWN for extended-window thrombectomy, while exploring emerging frontiers such as AI-driven lesion-symptom mapping, CRISPR-based gene therapies for Leber’s hereditary optic neuropathy, and neuroprotective agents like nerinetide for reperfusion injury. Rich with high-resolution neuroimaging, histopathological correlations, and algorithmic flowcharts, the text anticipates real-world dilemmas, from differentiating papilledema mimics to managing cavernous sinus thrombosis.