The investigators will use EEG, structural MRI, and resting-state functional connectivity MRI to assess neuronal responses in 28 healthy subjects to different somatosensory stimulations.
To develop a better understanding of the cerebral response to a complex somatosensory intervention with XNKQ acupuncture and to build a foundation for future studies with stroke patients our study aims to evaluate changes of brain activity and brain structure in healthy subjects after XNKQ acupuncture in comparison to three control interventions. We will use EEG, structural MRI, and resting-state functional connectivity MRI to assess neuronal responses in 28 healthy subjects to a) strong manual needle-stimulation of the acupuncture points DU26, PC6 and SP6 (XNKQ acupuncture), b) insertion of needles on the acupuncture points DU26, PC6 and SP6 without stimulation (control 1), c) strong manual needle stimulation of three non-acupuncture points (control 2), and d) insertion of needles on three non-acupuncture points without stimulation (control 3). With this, our study aims to create results which inform future studies in patients and might be helpful for the rehabilitation of deficits after stroke.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
BASIC_SCIENCE
Masking
SINGLE
Enrollment
29
Charité - Universitätsmedizin Berlin
Berlin, State of Berlin, Germany
Change in brain background rhythms (mu-alpha and beta activity) [assessed using EEG and MRI] after one intervention (baseline vs. post stimulation) in comparison between the four different interventions.
Time frame: 60 minutes
Changes in resting state functional connectivity [assessed using EEG and MRI] after one intervention (baseline vs. post-stimulation) in comparison between the four different interventions
Time frame: 60 minutes
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no stimulation at 5 control points