The Change of Functional Connectivity Specificity in Rats Under Various Anesthesia Levels and its Neural Origin

@article{Liu2012TheCO,
  title={The Change of Functional Connectivity Specificity in Rats Under Various Anesthesia Levels and its Neural Origin},
  author={Xiao Man Liu and Xiao-Hong Zhu and Yi Zhang and Wei Hua Chen},
  journal={Brain Topography},
  year={2012},
  volume={26},
  pages={363-377}
}
Spatiotemporal correlations of spontaneous blood oxygenation level dependent (BOLD) signals measured in the resting brain have been found to imply many resting-state coherent networks under both awake/conscious and anesthetized/unconscious conditions. To understand the resting-state brain networks in the unconscious state, spontaneous BOLD signals from the rat sensorimotor cortex were studied across a wide range of anesthesia levels induced by isoflurane. Distinct resting-state networks… CONTINUE READING

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lme4: linear mixed-effects models using S4 classes. R package version

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