Background: The determination of anatomical reference frames in the rearfoot during three-dimensional multisegment foot modeling has been hindered by a variety of factors. One of these factors is related to the difficulty in palpating, or the absence of, anatomical landmarks. A novel device (the Calcaneal Marker Device) aimed at standardizing marker placement at the calcaneus was, therefore, developed and evaluated for its reliability. Methods: Throughout a random repeated-measures design, the repeatability of calcaneal marker placement was evaluated for two techniques: manual placement and placement using the Calcaneal Marker Device. Translational changes after marker placement and the clinical effect on intersegment angle calculation wer...
A new method [is proposed to measure] the “mid-calcaneal length ” by measuring the line from the low...
Multi-segmental foot kinematics have been analysed by means of optical marker-sets or by means of in...
The aim was to compare kinematic data from an experimental foot model comprising four segments ((i) ...
Background: The determination of anatomical reference frames in the rearfoot during three-dimensiona...
INTRODUCTION: In three-dimensional gait analysis, anatomical axes are defined by and therefore sensi...
Category: Hindfoot Introduction/Purpose: Lateral column lengthening (LCL) with calcaneal osteotomy h...
Understanding the effect of individual marker misplacements is important to improve the repeatabilit...
Background and Rationale: Multi-segment foot models allow measurement of the movement (kinematics) o...
The accuracy of marker placement on palpable surface anatomical landmarks is an important considerat...
Musculoskeletal models used in gait analysis require coordinate systems to be identified for the bod...
The purpose of this paper was to systematically assess the effect of Oxford Foot Model (OFM) marker ...
Currently, morphological measurements on conventional radiographs are used to assess calcaneal fract...
Movement of skin markers with respect to their underlying bone (i.e. soft tissue artifacts (STAs)) m...
Category: Hindfoot Introduction/Purpose: There are multiple surgical osteotomies described for the c...
Background: Although computed tomography (CT) with three-dimensional (3D) rendering of the calcaneus...
A new method [is proposed to measure] the “mid-calcaneal length ” by measuring the line from the low...
Multi-segmental foot kinematics have been analysed by means of optical marker-sets or by means of in...
The aim was to compare kinematic data from an experimental foot model comprising four segments ((i) ...
Background: The determination of anatomical reference frames in the rearfoot during three-dimensiona...
INTRODUCTION: In three-dimensional gait analysis, anatomical axes are defined by and therefore sensi...
Category: Hindfoot Introduction/Purpose: Lateral column lengthening (LCL) with calcaneal osteotomy h...
Understanding the effect of individual marker misplacements is important to improve the repeatabilit...
Background and Rationale: Multi-segment foot models allow measurement of the movement (kinematics) o...
The accuracy of marker placement on palpable surface anatomical landmarks is an important considerat...
Musculoskeletal models used in gait analysis require coordinate systems to be identified for the bod...
The purpose of this paper was to systematically assess the effect of Oxford Foot Model (OFM) marker ...
Currently, morphological measurements on conventional radiographs are used to assess calcaneal fract...
Movement of skin markers with respect to their underlying bone (i.e. soft tissue artifacts (STAs)) m...
Category: Hindfoot Introduction/Purpose: There are multiple surgical osteotomies described for the c...
Background: Although computed tomography (CT) with three-dimensional (3D) rendering of the calcaneus...
A new method [is proposed to measure] the “mid-calcaneal length ” by measuring the line from the low...
Multi-segmental foot kinematics have been analysed by means of optical marker-sets or by means of in...
The aim was to compare kinematic data from an experimental foot model comprising four segments ((i) ...