With application of the Higuchi algorithm, fractal dimension (FD) values of the electrocortical activity of the rat parietal cerebral and paravermal cerebellar cortex were calculated, before and after unilateral discrete injury of the left parietal cortex. Immediately following the first acute injury, in a group of six rats, a reversible increase in mean FD was found at the left (ipsilateral side to the injury) cerebral cortex, from 1.38 to 1.59, and at the left cerebellar cortex from 1.51 to 1.73. In addition, an indication of plastic changes after repeated (third) injury was found as an irreversible increase in mean FD: 1.54 on the left and 1.48 on the right side of parietal cortex
We used spectral analysis and Higuchi fractal dimension (FD) to correlate the EEG spectral character...
Ischemic stroke, a cerebral vascular accident, is induced by occlusion of blood vessels in the brain...
Determining regions of altered brain physiology after diffuse brain injury is challenging. Microglia...
The cerebellum, even when not directly damaged, is potentially interesting for understanding the ada...
We used electrocortical spectral analysis and fractal methods for assessing the effects of unilatera...
The aim of this study was to investigate the effects of varying sampling frequencies on fractal anal...
The surrogate data test for nonlinearity has been used in order to establish the existence of nonlin...
We recorded electrocortical activity in anesthetized rats and constructed kmax new self-similar time...
The present study focuses on application of quantitative methods measuring differences between parti...
We investigated cerebellar electrocortical activity before and after unilateral brain injury in anes...
The complexity, entropy and other non-linear measures of the electroencephalogram ( EEG), such as Hi...
<div><p>The brain is a self-organizing system which displays self-similarities at different spatial ...
The complexity, entropy and other non-linear measures of the electroencephalogram ( EEG), such as Hi...
BACKGROUND AND OBJECTIVE For more than 20 years, Higuchi's fractal dimension (HFD), as a nonlinear m...
Background and objective: For more than 20 years, Higuchi's fractal dimension (HFD), as a nonlinear ...
We used spectral analysis and Higuchi fractal dimension (FD) to correlate the EEG spectral character...
Ischemic stroke, a cerebral vascular accident, is induced by occlusion of blood vessels in the brain...
Determining regions of altered brain physiology after diffuse brain injury is challenging. Microglia...
The cerebellum, even when not directly damaged, is potentially interesting for understanding the ada...
We used electrocortical spectral analysis and fractal methods for assessing the effects of unilatera...
The aim of this study was to investigate the effects of varying sampling frequencies on fractal anal...
The surrogate data test for nonlinearity has been used in order to establish the existence of nonlin...
We recorded electrocortical activity in anesthetized rats and constructed kmax new self-similar time...
The present study focuses on application of quantitative methods measuring differences between parti...
We investigated cerebellar electrocortical activity before and after unilateral brain injury in anes...
The complexity, entropy and other non-linear measures of the electroencephalogram ( EEG), such as Hi...
<div><p>The brain is a self-organizing system which displays self-similarities at different spatial ...
The complexity, entropy and other non-linear measures of the electroencephalogram ( EEG), such as Hi...
BACKGROUND AND OBJECTIVE For more than 20 years, Higuchi's fractal dimension (HFD), as a nonlinear m...
Background and objective: For more than 20 years, Higuchi's fractal dimension (HFD), as a nonlinear ...
We used spectral analysis and Higuchi fractal dimension (FD) to correlate the EEG spectral character...
Ischemic stroke, a cerebral vascular accident, is induced by occlusion of blood vessels in the brain...
Determining regions of altered brain physiology after diffuse brain injury is challenging. Microglia...