Jurij Brankačk

The paper shows that theta-gamma coupling in mice depends on breathing rate, not phase, with maximal coupling at 4-6 Hz breathing frequencies.

The paper investigates causal relationships between cortical network oscillations and breathing frequency in mice during REM sleep, finding directional influences between theta/gamma oscillations and respiration.

This study investigates how respiration and theta oscillations interact in the parietal cortex of mice, finding they compete for modulating neurons.

The paper reports that respiration-coupled oscillations occur in multiple brain regions of mice alongside theta oscillations, suggesting they are a global rhythm for network communication.

The paper estimates electrical conductivity gradients in rat frontal cortex and finds negligible impact on current source density analysis of field potentials.