BACKGROUND: Individuals post-stroke walk slower than their able-bodied peers, which limits participation. This might be attributed to neurological impairments, but could also be caused by a mismatch between aerobic capacity and aerobic load of walking leading to an unsustainable relative aerobic load at most economic speed and preference for a lower walking speed. RESEARCH QUESTION: What is the impact of aerobic capacity and aerobic load of walking on walking ability post-stroke? METHODS: Forty individuals post-stroke (more impaired N = 21; preferred walking speed (PWS)<0.8 m/s, less impaired N = 19), and 15 able-bodied individuals performed five, 5-minute treadmill walking trials at 70 %, 85 %, 100 %, 115 % and 130 % PWS. Energy expenditur...
Locomotor impairment, such as that which may occur following a stroke, results in increased energy e...
Question: Does mechanically assisted walking with body weight support result in more independent wal...
Purpose: This project presented a patient with rightsided hemiparesis following stroke and used evid...
BACKGROUND: Individuals post-stroke walk slower than their able-bodied peers, which limits participa...
Background: Restoration of walking capacity, as reflected by walking speed and walking distance, is ...
Background: Restoration of walking capacity, as reflected by walking speed and walking distance, is ...
Restoration of walking capacity, as reflected by walking speed and walking distance, is a primary go...
Objective: To examine the influence of balance support on the energy cost of treadmill and overgroun...
Hemiparesis following a stroke results in increased energy expenditure, joint stress, and fall risk ...
Objective: Individuals after stroke are less active, experience more fatigue, and perform activities...
BACKGROUND: Reports on the association between aerobic capacity and walking capacity in people after...
Question: After stroke, does treadmill training provide greater benefit to the subgroup of community...
Question: What is the free-living physical activity of community-dwelling people with stroke compare...
OBJECTIVE: The purpose of this study was to analyze the effects of clearing and skirting obstacles d...
Locomotor impairment, such as that which may occur following a stroke, results in increased energy e...
Question: Does mechanically assisted walking with body weight support result in more independent wal...
Purpose: This project presented a patient with rightsided hemiparesis following stroke and used evid...
BACKGROUND: Individuals post-stroke walk slower than their able-bodied peers, which limits participa...
Background: Restoration of walking capacity, as reflected by walking speed and walking distance, is ...
Background: Restoration of walking capacity, as reflected by walking speed and walking distance, is ...
Restoration of walking capacity, as reflected by walking speed and walking distance, is a primary go...
Objective: To examine the influence of balance support on the energy cost of treadmill and overgroun...
Hemiparesis following a stroke results in increased energy expenditure, joint stress, and fall risk ...
Objective: Individuals after stroke are less active, experience more fatigue, and perform activities...
BACKGROUND: Reports on the association between aerobic capacity and walking capacity in people after...
Question: After stroke, does treadmill training provide greater benefit to the subgroup of community...
Question: What is the free-living physical activity of community-dwelling people with stroke compare...
OBJECTIVE: The purpose of this study was to analyze the effects of clearing and skirting obstacles d...
Locomotor impairment, such as that which may occur following a stroke, results in increased energy e...
Question: Does mechanically assisted walking with body weight support result in more independent wal...
Purpose: This project presented a patient with rightsided hemiparesis following stroke and used evid...