BACKGROUND AND PURPOSE: A common task in radiology interpretation is visual
comparison of images. The purpose of this study was to compare traditional side-by-side …

The goal of this study was to create an algorithm which would quantitatively compare serial
magnetic resonance imaging studies of brain-tumor patients. A novel algorithm and a …

An algorithm was developed which compares serial MRI brain examinations of brain tumor
patients and judges them as either “stable” or “progressing”. A set of 88 serial MR cases …

BACKGROUND AND PURPOSE: Postgadolinium MR imaging is crucial for brain tumor
diagnosis and morphometric assessment. We compared brain tumor enhancement …

BACKGROUND: Change detection is a critical component in the diagnosis and monitoring
of many slowly evolving pathologies. OBJECTIVE: This article describes a semiautomatic …

Modern imaging systems are able to produce a rich and diverse array of information,
regarding various facets of anatomy and function. The quantity of information produced by …

OBJECTIVE. Bidimensional tumor measurements indicating a greater than 25% increase in
tumor size are generally accepted as indicating tumor progression. We hypothesized that …

BACKGROUND AND PURPOSE: Identification of new MS lesions on longitudinal MR
imaging by human readers is time-consuming and prone to error. Our objective was to …

Purpose To investigate a method for optimizing the display conditions of brain magnetic
resonance (MR) images. Materials and methods We retrospectively analyzed brain MR …

Rationale and Objectives Cinematic Rendering (CR) incorporates a complex lightning
model that creates photorealistic models from isotropic 3D imaging data. The utility of CR in …