Top, middle, and bottom panels represent low, moderate, and high external power, respectively. Lines represent mean with 95% CI indicated by shaded area [N = 14]. Pole power (Ppole), total muscle power output (Ptot), arm power (Parm), and trunk+legs power (PT+L). Also shown is the rate of change of mechanical energy associated with body movements perpendicular to the treadmill belt (). The vertical dashed lines represent end of poling phase.</p
Purpose: The present study examined the absolute behavior and the relative contributions to poling p...
The power-inertial load relationship of the lower limb muscles was studied during a single leg thrus...
<p>90°<sub>25</sub>: 25-m sprint with one 90°-COD; BF: biceps femoris; VL: vastus lateralis. The num...
Average absolute (A-B) and relative (C-D) arm power (arm) and leg and trunk (T+L) power over the loc...
Average positive and negative power about the arms (arm) and legs and trunk (T+L) for the poling (A-...
Objectives The purpose of this study was to investigate the effect of different incline-speed combin...
<p>Normalized mean activity for biceps femoris short head (BSF), biceps femoris long head (BFL), sem...
Figure S6. Instantaneous net mechanical power throughout the gait cycle exerted by the legs on the t...
When ascending (descending) a slope, positive (negative) work must be performed to overcome changes ...
Typical body and pole positioning at pole plant during DP on the level (A) and on steep incline (B)....
Sprint running is a common feature of many sport activities. The ability of an athlete to cover a di...
In classical cross-country skiing, diagonal stride (DIA) is the major uphill sub-technique, while do...
Summary Cross-country skiing is a complex endurance sport where the skier can choose between several...
The aim of this study was to characterize the dynamic parameters of poling action during low to mode...
INTRODUCTION - CAVANAGH (1990) described a variation from 170 to 1700 W in power output for the same...
Purpose: The present study examined the absolute behavior and the relative contributions to poling p...
The power-inertial load relationship of the lower limb muscles was studied during a single leg thrus...
<p>90°<sub>25</sub>: 25-m sprint with one 90°-COD; BF: biceps femoris; VL: vastus lateralis. The num...
Average absolute (A-B) and relative (C-D) arm power (arm) and leg and trunk (T+L) power over the loc...
Average positive and negative power about the arms (arm) and legs and trunk (T+L) for the poling (A-...
Objectives The purpose of this study was to investigate the effect of different incline-speed combin...
<p>Normalized mean activity for biceps femoris short head (BSF), biceps femoris long head (BFL), sem...
Figure S6. Instantaneous net mechanical power throughout the gait cycle exerted by the legs on the t...
When ascending (descending) a slope, positive (negative) work must be performed to overcome changes ...
Typical body and pole positioning at pole plant during DP on the level (A) and on steep incline (B)....
Sprint running is a common feature of many sport activities. The ability of an athlete to cover a di...
In classical cross-country skiing, diagonal stride (DIA) is the major uphill sub-technique, while do...
Summary Cross-country skiing is a complex endurance sport where the skier can choose between several...
The aim of this study was to characterize the dynamic parameters of poling action during low to mode...
INTRODUCTION - CAVANAGH (1990) described a variation from 170 to 1700 W in power output for the same...
Purpose: The present study examined the absolute behavior and the relative contributions to poling p...
The power-inertial load relationship of the lower limb muscles was studied during a single leg thrus...
<p>90°<sub>25</sub>: 25-m sprint with one 90°-COD; BF: biceps femoris; VL: vastus lateralis. The num...