<p>Peak amplitude is measured from baseline and peak latency from tone pip onset.</p
<p>Plots of standardized PLF values for novel and standard trials are shown for all four groups’ Cz ...
<p>Responses are plotted with gray markers at −50 and 50 mV to help visualize differences across plo...
<p>LFP power at different frequencies is shown in the two attention conditions. Solid lines represen...
<p><b>A.</b> Peak amplitudes as a function of ΔF and ITI for alpha (i), beta (ii), and gamma bands (...
<p>In most cases the various filtered LFP data are much broader tuned than the spike based data. A p...
<p>The first column shows 3(A = left STN, B = right STN) and their respective power spectra (C; left...
<p>Data are expressed as the mean ± SD. N = 7.</p><p>The mean amplitude and peak latency of On- and ...
<p>Values are presented as mean ± SD.</p><p>Single-trial peak amplitude and latency values and numbe...
<p>A) Averaged unfiltered raw data (20 sweeps) showing LFP in response to stimulation with an NP sit...
<p>Response waveforms from 0.4 kHz to 1.5 kHz reveal a well-defined frequency following response (FF...
(A, B) EFPs (200–600 Hz) are more precise in timing stimulus onset than MUA. Data are based on a 90%...
<p>Pre CF = pre measurement control tone. Pre TF = pre measurement tinnitus tone. Post CF = post mea...
The dependency of positive BOLD (PBOLD) and post-stimulus undershoot (PSU) on the temporal frequency...
<p>A. Stimulus envelope at a compressed time scale. Stimulus level changes up/down every 1 s. B. Ton...
<p><b>A.</b> Cortical mapping of evoked LFP maxima to A<sub>1</sub>, B and A<sub>2</sub> tones. The ...
<p>Plots of standardized PLF values for novel and standard trials are shown for all four groups’ Cz ...
<p>Responses are plotted with gray markers at −50 and 50 mV to help visualize differences across plo...
<p>LFP power at different frequencies is shown in the two attention conditions. Solid lines represen...
<p><b>A.</b> Peak amplitudes as a function of ΔF and ITI for alpha (i), beta (ii), and gamma bands (...
<p>In most cases the various filtered LFP data are much broader tuned than the spike based data. A p...
<p>The first column shows 3(A = left STN, B = right STN) and their respective power spectra (C; left...
<p>Data are expressed as the mean ± SD. N = 7.</p><p>The mean amplitude and peak latency of On- and ...
<p>Values are presented as mean ± SD.</p><p>Single-trial peak amplitude and latency values and numbe...
<p>A) Averaged unfiltered raw data (20 sweeps) showing LFP in response to stimulation with an NP sit...
<p>Response waveforms from 0.4 kHz to 1.5 kHz reveal a well-defined frequency following response (FF...
(A, B) EFPs (200–600 Hz) are more precise in timing stimulus onset than MUA. Data are based on a 90%...
<p>Pre CF = pre measurement control tone. Pre TF = pre measurement tinnitus tone. Post CF = post mea...
The dependency of positive BOLD (PBOLD) and post-stimulus undershoot (PSU) on the temporal frequency...
<p>A. Stimulus envelope at a compressed time scale. Stimulus level changes up/down every 1 s. B. Ton...
<p><b>A.</b> Cortical mapping of evoked LFP maxima to A<sub>1</sub>, B and A<sub>2</sub> tones. The ...
<p>Plots of standardized PLF values for novel and standard trials are shown for all four groups’ Cz ...
<p>Responses are plotted with gray markers at −50 and 50 mV to help visualize differences across plo...
<p>LFP power at different frequencies is shown in the two attention conditions. Solid lines represen...
DOI
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