In contrast to healthy individuals who exhibit a cross distribution of ranking positions of bilateral muscles in multi-muscle dynamic coordination post-stroke patients show significant differences in

These differences in ranking positions indicate a disruption in the normal pattern of multi-muscle coordination in post-stroke patients. This can be attributed to the neurological damage caused by the stroke, which affects the brain's ability to control and coordinate muscle movements.

The altered ranking positions of bilateral muscles in post-stroke patients can have functional implications. It may lead to asymmetrical movements and difficulties in performing coordinated tasks that require the activation of multiple muscles simultaneously.

Furthermore, the differences in ranking positions can also affect muscle strength and force production. As certain muscles may be more dominant or less active than their counterparts, this imbalance can result in muscle weakness and reduced overall functional capacity.

Understanding these differences in ranking positions can provide valuable insights into the motor impairments experienced by post-stroke patients. It can help guide rehabilitation strategies and interventions aimed at improving coordination and restoring normal muscle activation patterns