Group mean and standard error for total joint power in hip (square), knee (diamond) and ankle (circle) joint at Int55, Int85 and IntLT. Filled marker indicate FCC. * indicate a difference in joint power from previous cadence for the hip and knee joints. Daggers indicate a difference in the mean total joint power from previous intensity.</p
<p># indicates a significant difference among joint angles in each contraction condition (<i>P</i> <...
Optimized and classical net joint torques were similar. Thin dashed lines indicate joint torque valu...
Residual power is the sum of the power of the residual torque and force at the shoulder before optim...
Group mean and standard error for relative joint power in hip (square), knee (diamond) and ankle (ci...
<p>Joint power trajectories during stance (mean ± standard error) for the hip, knee and ankle joint ...
<p>Means (standard deviations) of the ranges of motion, muscle strength, and muscle tone of the hip,...
<p>The mean cable power contribution (dotted) on the hip for mechanical engagement and all electrica...
Participants performed a passive knee target matching task with the knee joint more accurately at 60...
<p>Group average traces and average positive and negative values of joint power are shown. Significa...
<p>Frequency bins are: 1) 0.0167–0.1002 Hz; 2) 0.1169–0.2004 Hz; 3) 0.2171–0.3006 Hz; 4) 0.3173–0.40...
<p>Joint powers are normalized by the mass of the user wearing the powered prosthesis.</p
Comparative results for JPS between the control, HT, and BPTB groups for the three different angle r...
Joints assessed for passive limb range of motion reported by the 33 respondents.</p
Time-series profiles of sagittal plane MTP, midtarsal, and ankle joint angles (panels A-C), resultan...
<p>The blue line gives the mean, the dashed green line gives the mean of the within participant stan...
<p># indicates a significant difference among joint angles in each contraction condition (<i>P</i> <...
Optimized and classical net joint torques were similar. Thin dashed lines indicate joint torque valu...
Residual power is the sum of the power of the residual torque and force at the shoulder before optim...
Group mean and standard error for relative joint power in hip (square), knee (diamond) and ankle (ci...
<p>Joint power trajectories during stance (mean ± standard error) for the hip, knee and ankle joint ...
<p>Means (standard deviations) of the ranges of motion, muscle strength, and muscle tone of the hip,...
<p>The mean cable power contribution (dotted) on the hip for mechanical engagement and all electrica...
Participants performed a passive knee target matching task with the knee joint more accurately at 60...
<p>Group average traces and average positive and negative values of joint power are shown. Significa...
<p>Frequency bins are: 1) 0.0167–0.1002 Hz; 2) 0.1169–0.2004 Hz; 3) 0.2171–0.3006 Hz; 4) 0.3173–0.40...
<p>Joint powers are normalized by the mass of the user wearing the powered prosthesis.</p
Comparative results for JPS between the control, HT, and BPTB groups for the three different angle r...
Joints assessed for passive limb range of motion reported by the 33 respondents.</p
Time-series profiles of sagittal plane MTP, midtarsal, and ankle joint angles (panels A-C), resultan...
<p>The blue line gives the mean, the dashed green line gives the mean of the within participant stan...
<p># indicates a significant difference among joint angles in each contraction condition (<i>P</i> <...
Optimized and classical net joint torques were similar. Thin dashed lines indicate joint torque valu...
Residual power is the sum of the power of the residual torque and force at the shoulder before optim...