Summary of average wave latencies and latency differences between the peaks from the experiments A-D, and of statistical comparisons between data from the indicated experiments (C, D).</p
A, Mean number of 6 Hz phase patterns detected per second per trial in real data (white bars, marmos...
(A) Differences between average latencies to the sound bursts (burst 2–1, burst 3–2, burst 4–3) are ...
(Note that data of able-bodied individuals and TTA are retrieved from Cz, and data of TFA mainly fro...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to the series of four wrig...
<p>Summary of the N<sub>inc</sub> windows, including peak latencies in the difference waves (average...
<p>Data are expressed as the mean ± SD. N = 7.</p><p>The mean amplitude and peak latency of On- and ...
(A) Average latencies with SDs to the four sound bursts at the five wave peaks (P1-P5) when the thre...
<p>The mean±SEM of significant latencies of all intervals of waves in milliseconds are show on the g...
<p>The mean±SEM of significant latencies of all intervals of waves in milliseconds are show on the g...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to noise-ultrasound pairs ...
<p>Statistical evaluations of the differences in mean values, based on the Student's t-test for pair...
<p>Panel [A] shows the absolute latencies of waves I-IV for tone pips at 16kHz. Each dot represents ...
(A) Waveforms of impulse responses from the two microphones and simulation. (B) The normalized cross...
<p>Top: On the grand average, a fixed 100 ms time-window is defined around the latencies of the peak...
<p>Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...
A, Mean number of 6 Hz phase patterns detected per second per trial in real data (white bars, marmos...
(A) Differences between average latencies to the sound bursts (burst 2–1, burst 3–2, burst 4–3) are ...
(Note that data of able-bodied individuals and TTA are retrieved from Cz, and data of TFA mainly fro...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to the series of four wrig...
<p>Summary of the N<sub>inc</sub> windows, including peak latencies in the difference waves (average...
<p>Data are expressed as the mean ± SD. N = 7.</p><p>The mean amplitude and peak latency of On- and ...
(A) Average latencies with SDs to the four sound bursts at the five wave peaks (P1-P5) when the thre...
<p>The mean±SEM of significant latencies of all intervals of waves in milliseconds are show on the g...
<p>The mean±SEM of significant latencies of all intervals of waves in milliseconds are show on the g...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to noise-ultrasound pairs ...
<p>Statistical evaluations of the differences in mean values, based on the Student's t-test for pair...
<p>Panel [A] shows the absolute latencies of waves I-IV for tone pips at 16kHz. Each dot represents ...
(A) Waveforms of impulse responses from the two microphones and simulation. (B) The normalized cross...
<p>Top: On the grand average, a fixed 100 ms time-window is defined around the latencies of the peak...
<p>Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...
A, Mean number of 6 Hz phase patterns detected per second per trial in real data (white bars, marmos...
(A) Differences between average latencies to the sound bursts (burst 2–1, burst 3–2, burst 4–3) are ...
(Note that data of able-bodied individuals and TTA are retrieved from Cz, and data of TFA mainly fro...