Figure 1.
Changes in red-LED critical flicker frequency threshold induced by cTBS over left inferior parietal lobule.
Changes in red LED-critical flicker frequency threshold (CFFt) measured with the ascending method and descending method on the right and left eye induced by cTBS over left inferior parietal lobule (IPL). Each column represents mean value; bars represent SE. Y axis represents CFFt values expressed in Hz. X axis represents time points (T0: before, T1: 5 minutes and T2: 30 minutes after cTBS).
Figure 2.
Changes in blue-LED critical flicker frequency threshold induced by cTBS over left inferior parietal lobule.
Changes in blue LED-critical flicker frequency threshold (CFFt) measured with the ascending method and descending method on the right and left eye induced by cTBS over left inferior parietal lobule (IPL). Each column represents mean value; bars represent SE. Y axis represents CFFt values expressed in Hz. X axis represents time points (T0: before, T1: 5 minutes and T2: 30 minutes after cTBS).
Figure 3.
Changes in red-LED critical flicker frequency threshold induced by cTBS over right inferior parietal lobule, primary visual cortex and mediotemporal cortex.
Changes in red-LED critical flicker frequency threshold (CFFt) measured with the ascending method (left panel) and descending method (right panel) in the right (dark grey column) and left (light gray column) eye induced by cTBS over right inferior parietal lobule (IPL), primary visual cortex (V1) and mediotemporal cortex (hMT/V5). Each column represents mean value; bars represent SE. Y axis represents CFFt values expressed in Hz. X axis represents time points (T0: before, T1: 5 minutes and T2: 30 minutes after cTBS).
Figure 4.
Changes in blue-LED critical flicker frequency threshold induced by cTBS over right inferior parietal lobule, primary visual cortex and mediotemporal cortex.
Changes in blue-LED critical flicker frequency threshold (CFFt) measured with the ascending method (left panel) and descending method (right panel) in the right (dark grey column) and left (light gray column) eye induced by cTBS over right inferior parietal lobule (IPL), primary visual cortex (V1) and mediotemporal cortex (hMT/V5). Each column represents mean value; bars represent SE. Y axis represents CFFt values expressed in Hz. X axis represents time points (T0: before, T1: 5 minutes and T2: 30 minutes after cTBS).
Table 1.
Critical Flicker Frequency (CFFt) and active motor threshold (AMT) values in all the experimental sessions at the baseline.
Figure 5.
Changes in static and moving phosphenes thresholds induced by cTBS over occipital and mediotemporal cortex.
Changes in static (light gray column) and moving (dark gray column) phosphenes thresholds (PT) induced by cTBS over occipital cortex and mediotemporal cortex, respectively. Each column represents mean value; bars represent SE. Y axis represents stimulation intensity expressed as percentage of maximum stimulator output. X axis represents time points (before and after cTBS)