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There is no consensus regarding the positive effect of kinesiotaping (KT) on spasticity. All previous studies have measured spasticity by Modified Ashworth Scale (MAS) scale which is a subjective clinical assessment. To investigate the effect of inhibitory KT on the spasticity of plantar flexor muscles using both Hoffmann-reflex (H-reflex) and MAS scale. H-reflex is a neurophysiological technique that objectively evaluates spasticity by reflecting the excitability of motor neurons. Thirty patients were randomly assigned into inhibitory KT (n = 15) and control (n = 15) groups. The inhibitory KT group received KT from insertion to the origin of gastrocsoleus muscle . Spasticity was assessed at baseline and 30 min and 48 h after taping by H-reflex and MAS scale. The control group received no taping and spasticity was assessed at baseline and 30 min and 48 h after the baseline. There was a significant time × group effect for the maximal peak-to-peak amplitude of the H max /M max  ratio ( p  = .007), indicating that H max /M max  ratio decreased significantly after 48 h in the inhibitory KT in comparison with the baseline ( P  = .001) and 30 min after-intervention ( p  = .002); meanwhile, it did not change significantly in the control group ( P  &gt; .05). However, none of the groups showed a statistically significant change in MAS score ( P  &gt; .05). Application of inhibitory KT was found to be able to reduce the H max /M max  ratio in patients with stroke. As a result, inhibitory KT could have beneficial effects on spasticity.

Effect of inhibitory kinesiotaping on spasticity in patients with chronic stroke: a randomized controlled pilot trial