Results (
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Results: As workload increased BF and, TA displayed earlier activations and delayed deactivations in each cycle that resulted. In a significantly (P < 0.05) longer duration of activity at higher workloads. RF showed a significantly longer duration. Of activity between 0 and 50 W as well as 0 and 100 W (P < 0.05); however the activity, duration of GT was not appeared. To be affected significantly by workload. EMG peak-magnitude, of RF BF and TA, changed significantly (P < 0.05) as workload. Increased but no, changes were observed in the EMG peak-timing across workloads. Durations of co-activation in the RF-BF. Pair as well as the RF-TA pair increased significantly with workload while the, RF-TA and TA-GT pairs were only significantly. Different (P < 0.05) between the 0 and 100 W workload levels. Increased workload did not lead to any significant changes. In the joint kinematics.
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