Purpose: Bilateral force deficit occurs when the maximal generated force during
simultaneous bilateral muscle contractions is lower than the sum of forces generated …

Bilateral force deficit refers to the phenomenon that maximal generated force during
simultaneous bilateral muscle contractions is lower than the sum of forces generated …

Purpose: Activity of the motor cortex in one hemisphere reduces the maximum motor outflow
of homologous parts of the opposite hemisphere, causing a reduction in the maximum force …

The bilateral deficit phenomenon, characterized by a reduction in the amount of force from a
single limb during maximal bilateral actions, has been shown in various movement tasks …

During maximal contractions, the sum of forces exerted by homonymous muscles
unilaterally is typically larger than the sum of forces exerted by the same muscles bilaterally …

Purpose The bilateral deficit (BLD) is characterized by a reduction in maximal voluntary
torque during a bilateral contraction relative to the sum of left and right unilateral …

The intention of the present study was to explore the phenomenon bilateral deficit (BLD) of
force and power at different loads by comparing a knee extension exercise in monolateral …

The bilateral limb deficit (BLD) phenomenon is the difference in maximal or near maximal
force generating capacity of muscles when they are contracted alone or in combination with …

During maximal contractions, the sum of forces exerted by homonymous muscles
unilaterally is typically higher than the sum of forces exerted by the same muscles bilaterally …

Purpose Interhemispheric inhibition may play a role in the expression of bilateral deficit in
force (BLD). This study investigated whether the degree of BLD is reflected in the nature of …