Add to ORKGwas found for interobserver reliability between the Universal classification using plain radiographs and the Universal classi-fication using computed tomography. Interobserver reliability of the AO classification system using plain radiographs was sig-nificantly higher than the interobserver reliability of the AO clas-sification system using only computed tomography. Conclu-sion: From these data, we conclude that classification of distal radius fractures using CT scanning without plain radiographs is not beneficial
OBJECTIVES: We sought to compare the diagnostic performance of screen-film radiography, storage-phos...
Different kind of classifications system for distal radius fractures has been published for almost a...
Background: Computed tomography (CT) has become a widely accepted adjunct imaging tool in the preope...
Introduction: This study evaluated the interobserver reliability of plain radiograpy versus computed...
Introduction: This study evaluated the interobserver reliability of plain radiograpy versus computed...
Background and purpose — The reliability of conventional radiography when classifying distal radius ...
INTRODUCTION Classification systems guide surgical planning. We reviewed the accuracy of interpre...
INTRODUCTION Classification systems guide surgical planning. We reviewed the accuracy of interpre...
Introduction: Classification systems guide surgical planning. We reviewed the accuracy of interpreti...
INTRODUÇÃO: Este estudo avaliou a confiabilidade interobservador da radiografia simples versus tomog...
OBJECTIVE: The purpose of this study was to determine the intra-observer and interobserver reproduci...
The purpose of this study was to determine the intra-observer and interobserver reproducibility of F...
CONTEXT AND OBJECTIVE: Various classification systems have been proposed for fractures of the distal...
Abstract Background Fractures of the proximal radius need to be classified in an appropriate and rep...
We sought to quantify agreement by differentassessors of the AO classification for distal fractures ...
OBJECTIVES: We sought to compare the diagnostic performance of screen-film radiography, storage-phos...
Different kind of classifications system for distal radius fractures has been published for almost a...
Background: Computed tomography (CT) has become a widely accepted adjunct imaging tool in the preope...
Introduction: This study evaluated the interobserver reliability of plain radiograpy versus computed...
Introduction: This study evaluated the interobserver reliability of plain radiograpy versus computed...
Background and purpose — The reliability of conventional radiography when classifying distal radius ...
INTRODUCTION Classification systems guide surgical planning. We reviewed the accuracy of interpre...
INTRODUCTION Classification systems guide surgical planning. We reviewed the accuracy of interpre...
Introduction: Classification systems guide surgical planning. We reviewed the accuracy of interpreti...
INTRODUÇÃO: Este estudo avaliou a confiabilidade interobservador da radiografia simples versus tomog...
OBJECTIVE: The purpose of this study was to determine the intra-observer and interobserver reproduci...
The purpose of this study was to determine the intra-observer and interobserver reproducibility of F...
CONTEXT AND OBJECTIVE: Various classification systems have been proposed for fractures of the distal...
Abstract Background Fractures of the proximal radius need to be classified in an appropriate and rep...
We sought to quantify agreement by differentassessors of the AO classification for distal fractures ...
OBJECTIVES: We sought to compare the diagnostic performance of screen-film radiography, storage-phos...
Different kind of classifications system for distal radius fractures has been published for almost a...
Background: Computed tomography (CT) has become a widely accepted adjunct imaging tool in the preope...