<b>Background: </b>Differences between muscle strength and power of lower limbs is one of the factors associated with falls in the elderly population. Muscle strength asymmetry of lower limbs increases with age. <b>Objective:</b> The aim of the study is to assess differences in the volume and intensity of physical activity (PA) in the subgroups of women being at higher and lower risk of falls (with and without strength asymmetry of the knee extensors of dominant and non-dominant lower limb). <b>Methods:</b> Data from 42 women (age 56.3 ± 4.4 years; weight 76.5 ± 16.1 kg; body height 164.3 ± 5.2 cm; body mass index 28.1 ± 5.3 kg . m<sup...
Background: Studying recovery responses to loss of balance may help to explain why older adults are ...
OBJECTIVE: It is not known which laboratory indices of muscle mass, strength or quality can distingu...
Previous research has identified greater asymmetry in lower extremity strength tests in older adults...
Importance and Objective: The prevalence of physical function limitations in middle-aged women (40-6...
Purpose—The aim of the research was to determine how knee extensor strength asymmetry influences gai...
Although low strength is a risk factor for falls, lower limb explosive power is more predictive of f...
Purpose: To determine whether knee extensor power asymmetry limits functional mobility of older adul...
This study aimed to compare the magnitude of knee muscle strength and static and dynamic balance cha...
Background: Muscle strength and balance are major modifiable factors of falls in older adults, but t...
183 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Preserving independence in th...
Introduction Low levels of physical activity (PA) in elderly has been related with the decline in ph...
Poor balance is a risk factor for falls and fracture in older adults, but little is known about modi...
Objective To investigate the association of asymmetry in leg extension power (LEP) with walking and...
The aim of the study was to compare the physical activity level and intensity of the upper and lower...
The loss of muscle strength with aging appears to be greater in the lower than upper limbs, but stre...
Background: Studying recovery responses to loss of balance may help to explain why older adults are ...
OBJECTIVE: It is not known which laboratory indices of muscle mass, strength or quality can distingu...
Previous research has identified greater asymmetry in lower extremity strength tests in older adults...
Importance and Objective: The prevalence of physical function limitations in middle-aged women (40-6...
Purpose—The aim of the research was to determine how knee extensor strength asymmetry influences gai...
Although low strength is a risk factor for falls, lower limb explosive power is more predictive of f...
Purpose: To determine whether knee extensor power asymmetry limits functional mobility of older adul...
This study aimed to compare the magnitude of knee muscle strength and static and dynamic balance cha...
Background: Muscle strength and balance are major modifiable factors of falls in older adults, but t...
183 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Preserving independence in th...
Introduction Low levels of physical activity (PA) in elderly has been related with the decline in ph...
Poor balance is a risk factor for falls and fracture in older adults, but little is known about modi...
Objective To investigate the association of asymmetry in leg extension power (LEP) with walking and...
The aim of the study was to compare the physical activity level and intensity of the upper and lower...
The loss of muscle strength with aging appears to be greater in the lower than upper limbs, but stre...
Background: Studying recovery responses to loss of balance may help to explain why older adults are ...
OBJECTIVE: It is not known which laboratory indices of muscle mass, strength or quality can distingu...
Previous research has identified greater asymmetry in lower extremity strength tests in older adults...