8 results
The primary objective is to assess the effect of tDCS using different electrode configurations on corticomotor excitability in the lower extremities of chronic stroke survivors and healthy subjects. Secondary objectives are (a) to assess the effect…
Primary Objective:This research study is designed to assess the effectiveness of the combination of study drugs (ASV + DCV) being used to treat the hepatitis C virus (HCV). The best way to assess this aim is to measure the amount of virus in…
Primary Objective:This research study is designed to assess the effectiveness of the combination of study drugs (ASV + DCV) being used to treat the hepatitis C virus (HCV). The best way to assess this aim is to measure the amount of virus in…
To evaluate in detail the functionality of immune cells in blood in chronic HCV patients before, during and after treatment with ASV and DCV, in an IFN-free regimen.
Primary ObjectiveTo assess the efficacy based on the proportion of subjects with SVR12, defined as HCV RNAgenotype 1 who are prior non-responders to pegIFNα-2a/RBV.Secondary Objectives• To assess efficacy, as determined by the proportion of subjects…
To determine the instantaneous effects of cerebellar tDCS during PFT on posturographical and neurophysiological parameters in stroke patients and healthy subjects.
We focus on a previous study showing enhanced motor sequence learning performance in OA when coupled with active tDCS stimulation. In their study, Zimerman et al. (2013) found a facilitating effect of M1 anodal tDCS on sequence learning in OA, these…
To evaluate the effects of tDCS on information processing speed in comparison to sham tDCS in patients after stroke with ascertained reduced processing speed. A proof of principle study.