INTRODUCTION: Lower extremity joint loads in level and downhill walking are reported in several papers (e.g. Kuster et al., 1995, Schwameder et al., 2000). The change of load distribution, however, between the ankle-, knee- and hip joint depending on slope inclination in up- and downhill walking are still not sufficiently presented. Thus the purpose of this study was to determine kinetic variables at the three main lower extremity joints as a function of both, declination and inclination of the slope
The foot\u27s biomechanical role in walking on sloped surfaces is currently unclear. While previous ...
Persons with above-knee amputation have increased energy consumption and greater difficulty in negot...
Inclined treadmills or static ramp constructions can be used to investigate downhill gait in a stand...
The purpose of this study was to compare the energetics of the lower extremity joints during uphill ...
The aim of this study was to analyse lower limb joint and muscle forces during level and sloped walk...
Downhill walking presents a greater risk of falling as a result of slipping or loss of balance in co...
The purpose of this study was to determine the knee joint loading during uphill and downhill walking...
Uphill walking is an inevitable part of daily living, placing more challenges on the locomotor syste...
In order to investigate the angular displacement of the joints of the lower extremity during the wal...
BACKGROUND Inclined treadmills or static ramp constructions can be used to investigate downhill g...
The aim of this study was to analyse gait parameters and to quantify lower extremity muscles forces...
The purpose of this investigation was to find how joint kinematics and kinetics during downhill run...
Based on a higher cardio-pulmonary and cardio-vascular benefit and a promised reduction of mechanica...
This study focuses on an analysis and comparison of the hip, knee, and ankle joint angle changes and...
Backward slope walking was considered as a practical rehabilitation and training skill. However, it...
The foot\u27s biomechanical role in walking on sloped surfaces is currently unclear. While previous ...
Persons with above-knee amputation have increased energy consumption and greater difficulty in negot...
Inclined treadmills or static ramp constructions can be used to investigate downhill gait in a stand...
The purpose of this study was to compare the energetics of the lower extremity joints during uphill ...
The aim of this study was to analyse lower limb joint and muscle forces during level and sloped walk...
Downhill walking presents a greater risk of falling as a result of slipping or loss of balance in co...
The purpose of this study was to determine the knee joint loading during uphill and downhill walking...
Uphill walking is an inevitable part of daily living, placing more challenges on the locomotor syste...
In order to investigate the angular displacement of the joints of the lower extremity during the wal...
BACKGROUND Inclined treadmills or static ramp constructions can be used to investigate downhill g...
The aim of this study was to analyse gait parameters and to quantify lower extremity muscles forces...
The purpose of this investigation was to find how joint kinematics and kinetics during downhill run...
Based on a higher cardio-pulmonary and cardio-vascular benefit and a promised reduction of mechanica...
This study focuses on an analysis and comparison of the hip, knee, and ankle joint angle changes and...
Backward slope walking was considered as a practical rehabilitation and training skill. However, it...
The foot\u27s biomechanical role in walking on sloped surfaces is currently unclear. While previous ...
Persons with above-knee amputation have increased energy consumption and greater difficulty in negot...
Inclined treadmills or static ramp constructions can be used to investigate downhill gait in a stand...