Articular cartilage is thicker and better delineated on the non-weight-bearing compared to the weight-bearing images. Lateral is to the left.</p
ObjectiveTo determine whether the presence of definite osteophytes (in the absence of joint space na...
ObjectiveTo explore and to compare the magnitude and spatial pattern of in vivo femorotibial cartila...
Accurately detecting and characterizing articular cartilage defects is critical in assessing patient...
Articular cartilage is thicker and better delineated on the non-weight-bearing compared to the weigh...
a. Individual measurements of articular cartilage thickness of the middle and distal phalanges, resp...
Background: In knee osteoarthritis, radiographic joint space width (JSW) is frequently used as a sur...
Frontal tridimensional high resolution T1-weighted (T1 3D HR) images (on the right) are selected fro...
a. Individual measurements of articular cartilage thickness of the middle and distal phalanges, resp...
Abstract Objective 1. To test, through tri-dimensional analysis, whether cartilage thickness at the ...
SummaryObjectiveTo compare articular cartilage signal-to-noise ratio (SNR), contrast-to-noise ratio ...
OBJECTIVE To compare computer-based 3D-analysis for quantification of the femorotibial joint spac...
Results obtained during identification of weight-bearing versus non-weight-bearing frontal tridimens...
Osteoarthritis is a degenerative disease affecting bones and cartilage especially in the human knee....
SummaryObjectiveDetermine the effect of loading upon MRI-based mean medial femorotibial cartilage th...
OBJECTIVE: To test, through tridimensional analysis, whether (1) cartilage thickness at the posterio...
ObjectiveTo determine whether the presence of definite osteophytes (in the absence of joint space na...
ObjectiveTo explore and to compare the magnitude and spatial pattern of in vivo femorotibial cartila...
Accurately detecting and characterizing articular cartilage defects is critical in assessing patient...
Articular cartilage is thicker and better delineated on the non-weight-bearing compared to the weigh...
a. Individual measurements of articular cartilage thickness of the middle and distal phalanges, resp...
Background: In knee osteoarthritis, radiographic joint space width (JSW) is frequently used as a sur...
Frontal tridimensional high resolution T1-weighted (T1 3D HR) images (on the right) are selected fro...
a. Individual measurements of articular cartilage thickness of the middle and distal phalanges, resp...
Abstract Objective 1. To test, through tri-dimensional analysis, whether cartilage thickness at the ...
SummaryObjectiveTo compare articular cartilage signal-to-noise ratio (SNR), contrast-to-noise ratio ...
OBJECTIVE To compare computer-based 3D-analysis for quantification of the femorotibial joint spac...
Results obtained during identification of weight-bearing versus non-weight-bearing frontal tridimens...
Osteoarthritis is a degenerative disease affecting bones and cartilage especially in the human knee....
SummaryObjectiveDetermine the effect of loading upon MRI-based mean medial femorotibial cartilage th...
OBJECTIVE: To test, through tridimensional analysis, whether (1) cartilage thickness at the posterio...
ObjectiveTo determine whether the presence of definite osteophytes (in the absence of joint space na...
ObjectiveTo explore and to compare the magnitude and spatial pattern of in vivo femorotibial cartila...
Accurately detecting and characterizing articular cartilage defects is critical in assessing patient...