Conclusions
lower-extremity motor function, stroke, hemiplegic, improves lower-extremity motor function
STROKE
For the first time, the evidence on the role of dynamic motion instability training in stroke was been found. Dynamic motion instability training improves lower-extremity motor function, stride length, and gait speed as determined by FMA-LE and gait analysis.Our findings showed that lower-extremity motor function can be addressed using dynamic motion instability training, paving the way for future new approaches to lower-extremity motor function management in hemiplegic patients. Furthermore, we noticed an improvement in gait, indicating an advantage of dynamic instability-based treatment, which translates into increased patient compliance. However, it has not been demonstrated that dynamic instability-based rehabilitation improves functional balance in stroke patients significantly more than general rehabilitation.A more complete investigation of dynamic motion instability training development in the future could provide a new possibility for individualization in stroke coadjutant therapy for motor function and balance.