Clinical Neuroradiology in Practice: Evidence-Based Interpretation of Emergent, Neoplastic, and Spinal Findings for Board Candidates

Every neuroradiology trainee learns to recognize disease. Far fewer learn the step that separates the confident read from the dangerous one: identifying the single finding that commits the diagnosis and locks out the look-alike that would have sent the patient down the wrong path. That step is where board candidates lose points, and where real patients lose time.

Clinical Neuroradiology in Practice is built to close that gap. Across twenty-four chapters spanning the emergent, neoplastic, inflammatory, traumatic, spinal, and head-and-neck spectrum, it teaches the reasoning that turns an image into a decision — the decoded clinical question, the disciplined systematic sweep, the location-first differential, and above all the decisive discriminator that resolves the read.

Featuring The Signal Lock System — the method at the center of this book. At every major entity, a four-part callout names the trigger that raises the diagnosis, the locking signal that commits it, the mimic it locks out, and the next move it drives. It is the difference between seeing a ring-enhancing lesion and knowing whether you are looking at an abscess or a tumor; between noting cord edema and catching the treatable fistula hidden inside it.

Inside this clinical reference you will find:

• Twenty-four chapters organized in the sequence you actually reason through a case — from reading the scan before the diagnosis to structured reporting and critical communication
• The Signal Lock System embedded at every entity, converting recognition into a committed, defensible call
• The Signal Lock Index, a dedicated end-of-book compendium consolidating every locking signal by subspecialty, cross-referenced to its chapter for retrieval during a shift
• A fifty-item Signal Lock Mastery Drill with a full answer key, built for board-style discrimination under pressure
• Board-style review questions in every chapter, with complete answer explanations
• Current diagnostic frameworks integrated throughout — stroke selection, tumor classification, demyelinating criteria — taught as reasoning, not memorization
• Photorealistic imaging descriptions, numbered diagnostic algorithms, and clinical cases that model the read from question to report line

Written for the board candidate who cannot afford to freeze on the finding that separates two diagnoses, and for the practicing radiologist who knows that the miss which ends up in a report is the one that was seen but never committed to.

Because the scan you will remember is not the one you could not interpret. It is the one you read, and read wrong, because no one taught you the signal that would have locked it.