Sagittal and frontal plane camera views, with example joint centre locations of the metatarsophalangeal, ankle, knee, hip and shoulder, and how they are used to calculate joint angle of the knee in the frontal and sagittal plane.</p
<p>A) axial, B) sagittal and C) coronal images of segmented bone in proximal femur, rotated into a s...
Frontal tridimensional high resolution T1-weighted (T1 3D HR) images (on the right) are selected fro...
Left Upper: Tibial surface before resection 〇: Medial and lateral eminentia intercondylaris ☆: Centr...
This document includes additional visual results of joint angle throughout the stride in the frontal...
Sagittal plane joint centre location differences over the whole stride (A) for the camera-side (Cam-...
Fig 3A–3C illustrate the differences between camera-side and occluded side joints of the ankle (A), ...
Frontal plane joint centre locations over the whole stride (A), calculated using repeated measures B...
<p>Schematic illustration of the CCA input joint angles in anterior-posterior (AP) direction (ankleA...
<p>Illustration showing how joint angles (in degrees) were measured. (A) Elbow joint angle was measu...
Three different methods for describing three dimensional joint angles are commonly used in biomechan...
Camera-side represents the right side of the body, which was closest to the camera, while the occlud...
Biomechanical movement analysis in 3D requires estimation of joint centres in the lower extremities ...
Adjustment is necessary for wearable devices such as rehabilitation anthropomorphic leg devices and ...
This document includes additional Bland-Altman results for joint centre locations in the frontal and...
<p>Schematic illustration of the angles studied in the sagittal plane: ankle, knee, hip, lumbarsacra...
<p>A) axial, B) sagittal and C) coronal images of segmented bone in proximal femur, rotated into a s...
Frontal tridimensional high resolution T1-weighted (T1 3D HR) images (on the right) are selected fro...
Left Upper: Tibial surface before resection 〇: Medial and lateral eminentia intercondylaris ☆: Centr...
This document includes additional visual results of joint angle throughout the stride in the frontal...
Sagittal plane joint centre location differences over the whole stride (A) for the camera-side (Cam-...
Fig 3A–3C illustrate the differences between camera-side and occluded side joints of the ankle (A), ...
Frontal plane joint centre locations over the whole stride (A), calculated using repeated measures B...
<p>Schematic illustration of the CCA input joint angles in anterior-posterior (AP) direction (ankleA...
<p>Illustration showing how joint angles (in degrees) were measured. (A) Elbow joint angle was measu...
Three different methods for describing three dimensional joint angles are commonly used in biomechan...
Camera-side represents the right side of the body, which was closest to the camera, while the occlud...
Biomechanical movement analysis in 3D requires estimation of joint centres in the lower extremities ...
Adjustment is necessary for wearable devices such as rehabilitation anthropomorphic leg devices and ...
This document includes additional Bland-Altman results for joint centre locations in the frontal and...
<p>Schematic illustration of the angles studied in the sagittal plane: ankle, knee, hip, lumbarsacra...
<p>A) axial, B) sagittal and C) coronal images of segmented bone in proximal femur, rotated into a s...
Frontal tridimensional high resolution T1-weighted (T1 3D HR) images (on the right) are selected fro...
Left Upper: Tibial surface before resection 〇: Medial and lateral eminentia intercondylaris ☆: Centr...