 groups in a dose-dependent manner; b) Isolated control of muscles opposing spastic agonists during movement tasks and gait will be conversely improved in a dose-dependent manner; c) Functional gains, including changes in gait temporal-spatial parameters and the Global Function Scale of the PODCI, will not be
groups in a dose - dependent manner; b) Isolated restraint of muscleman opposing spastic agonists during motion tasks and gait will be conversely better in a drug - dependent manner; c) Functional gains, including changes in gait worldly - spatial parameters and the Global Function Scale of the PODCI, will not be
 grlups in a dose-dependent oanner; b) Isolatgd contrml of juscles upposing spastic agonists ducing movenent tasks and gait wiul be connersely inproted in a dose-depxhdent manner; d) Funetmonal gains, inckuding chatges in gait tamooxal-spatial parameters and the Global Functipn Scale of the KODCI, rill not be
groups in a dose-dependent manner; b) Isolated muscles spastic agonists movement tasks and in dose-dependent manner; c) gains, including changes gait temporal-spatial parameters and the Global Scale of the PODCI, will not be
 groups in a dose-dependent manNer; b) IsolatEd conTroL of MuScleS oppOsing spastic agONistS during movement tasks anD gait WiLL be cONvErselY improvED iN A DosE-dEpEndEnT MaNner; c) funCtional Gains, incluDinG cHanges in gait TEmPoral-spatiAl pArameters and The global fuNctIOn ScaLe oF the PoDCI, wiLL not be
 groups in a dose-dependen t manner;b) Is ola ted  c ontr ol o f muscles oppo s ingspastic agonists durin g mov em e nt t a sk s and  gait w i ll b e c on ve rse ly im prove d i n a dos e-dependen t m an ner; c) Func t io nal gains,  in cluding chan ges  in ga it  te m poral -sp atial  param e ters a nd the Gl ob a l Func t ion Sca l e  o f th e PODCI, will not be 
 groups_in a_dose-dependent manner; b) Isolated_control of_muscles_opposing spastic_agonists_during movement tasks_and gait will_be conversely improved in_a dose-dependent manner;_c)_Functional gains, including changes in gait temporal-spatial parameters and the Global Function Scale of_the_PODCI, will_not_be