@OfficialCAHPR @SoRRachelHarris @HazelRoddam1 @sue_hunter @ClaireW_UK @DrAnneJohnsonOT @MQuinn2020 @LPhysioprof @DrJanetDeane @agclayland @anita_atwal @meera_he Have a fab friday and a safe weekend. Check this thread, which guidelines are people using? #st
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
RT @MatijaM_PhD: Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inh…
Our new paper in Experimental Brain Research showed that electrical stimulation #FES / #NMES of lower-limb muscles can inhibit spinal reflexes, providing an explanation for how FES reduces spasticity. https://t.co/QcKBMTSDUd View the paper here: https://