The energy cost of level walking (Cw) was measured from the ratio of O2 consumption to speed (from 0.1 to 1.2 m‐s−1) in hemiplegic patients (n=20) and in a control group of healthy subjects (n=17). Average age and body mass were 58, 54 years and 73, 78 kg, respectively. In hemiplegic patients Cw was higher than in control subjects (average value at 1.0 m‐s−1=3.6 and 3.3 J‐m−1. kg−1, respectively) and this difference increased at lower speeds (from 5.1% at 1.2 m‐s−1 to 28.7% at 0.1 m‐s−1). Copyright © 1995, Wiley Blackwell. All rights reserve
BACKGROUND: Energy cost of walking (ECw) is an important determinant of walking ability in people wi...
Amputee patients spend more energy during walking than able-bodied persons. It is generally accepted...
In recent clinical gait studies, the use of net energy cost (EC) outcomes has been recommended. This...
The energy cost of walking (C) in nine chronic hemiparetic patients was calculated by measuring the ...
OBJECTIVE: The purpose of this study was to analyze the effects of clearing and skirting obstacles d...
In this study the energy cost of level walking was measured in 23 patients with stationary spastic p...
The aim of the present study was to evaluate the importance and the necessity of metabolic measureme...
The energy cost of walking was measured in 12 patients (age 39-73 years) with hip joint impairment a...
Locomotor impairment, such as that which may occur following a stroke, results in increased energy e...
In this work, the effect of walking speed on the energy expenditure in traumatic lower-limb amputees...
Background: Mechanical orthoses are frequently withdrawn from the domestic use, due to the high ener...
Walking ability, though important for quality of life and participation in social and economic activ...
BACKGROUND: Energy cost of walking (ECw) is an important determinant of walking ability in people wi...
This study examined the test-retest reliability of oxygen cost (ml·kg-1·min-1) during level walking ...
Purpose: To estimate pooled rates of gross and net energy consumption (ml/kg/min and J/kg/min) and e...
BACKGROUND: Energy cost of walking (ECw) is an important determinant of walking ability in people wi...
Amputee patients spend more energy during walking than able-bodied persons. It is generally accepted...
In recent clinical gait studies, the use of net energy cost (EC) outcomes has been recommended. This...
The energy cost of walking (C) in nine chronic hemiparetic patients was calculated by measuring the ...
OBJECTIVE: The purpose of this study was to analyze the effects of clearing and skirting obstacles d...
In this study the energy cost of level walking was measured in 23 patients with stationary spastic p...
The aim of the present study was to evaluate the importance and the necessity of metabolic measureme...
The energy cost of walking was measured in 12 patients (age 39-73 years) with hip joint impairment a...
Locomotor impairment, such as that which may occur following a stroke, results in increased energy e...
In this work, the effect of walking speed on the energy expenditure in traumatic lower-limb amputees...
Background: Mechanical orthoses are frequently withdrawn from the domestic use, due to the high ener...
Walking ability, though important for quality of life and participation in social and economic activ...
BACKGROUND: Energy cost of walking (ECw) is an important determinant of walking ability in people wi...
This study examined the test-retest reliability of oxygen cost (ml·kg-1·min-1) during level walking ...
Purpose: To estimate pooled rates of gross and net energy consumption (ml/kg/min and J/kg/min) and e...
BACKGROUND: Energy cost of walking (ECw) is an important determinant of walking ability in people wi...
Amputee patients spend more energy during walking than able-bodied persons. It is generally accepted...
In recent clinical gait studies, the use of net energy cost (EC) outcomes has been recommended. This...