9 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: Evaluation of the potential of the incorporated SFR spectroscopy into the EUS-FNA procedure to discriminate benign and malignant pancreas tissue in vivo.Secondary Objective: To measure the wavelength dependent differences in…
Evaluate the patients experience and progression with robot assisted arm training exercises, and monitor changes over time on arm capacity tests and quality of movements that closely match daily tasks.
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.
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 determine the instantaneous effects of cerebellar tDCS during PFT on posturographical and neurophysiological parameters in stroke patients and healthy subjects.
The objective of this study is:- to estimate the electrical conductivity of the chronic stroke lesion and the variance on this within chronic stroke subjectsSecondary:- derive functional organisation of the motor system of the upper extremity…
Primary Objective: - The ability of SFR spectroscopy incorporated in EUS-FNA procedure in distinguishing benign and malignant pancreatic tissue by measuring wavelength dependent optical characteristics over a broad wavelength range (400-1000 nm).…
We aim to investigate the relationship between positive schema activation and subsequent tests of emotional schema memory, and whether tDSC during positive schema activation can facilitate retrieval of emotional memory for positive information in…