The ability to experimentally modulate these calcium oscillations with high temporal resolution would provide an experimental tool in studying the physiological function of calcium oscillations.
Our results emphasize the role of electrotonic coupling in inferior olivary nuclei as the cause of the ∼2 Hz oscillations, and the role of the cerebellum in modulating those oscillations to smooth and amplify them.
In addition, the InGaN growth rate can also modulate the oscillation character of 405-nm reflectance signal due to the change of interference beam path difference.
Furthermore, GluN2C expression in interneurons in reticular nuclei of the thalamus (nRT) appears to modulate delta oscillations in the telencephalon15 which can then modulate gamma oscillations in cortex16.
Transcranial alternating current stimulation (tACS) is used to modulate brain oscillations to measure changes in cognitive function.
We also found that OLMα2 cell-driven theta can modulate gamma oscillations in vHipp, even in the presence of theta1 (Fig. 6) without affecting theta gamma comodulation in dHipp.
In this review, we highlight several methods to selectively modulate neuronal oscillations, including EEG-neurofeedback, rhythmic sensory stimulation, repetitive transcranial magnetic stimulation (rTMS), and transcranial alternating current stimulation (tACS).
These oscillations are the real moral hazard.
In another study, Hartmann et al. [41] used neurofeedback to modulate alpha oscillations.
We studied nine patients with Parkinson's disease (PD) to test whether cortical stimulation can modulate synchronized oscillations in the human subthalamic nucleus.
