The Journal of Neuroscience, August 29, 2007, ():
Gamma Oscillations Coordinate Amygdalo-Rhinal Interactions during Learning
J. Neurosci. Bauer et al.
27: 9369
Supplemental Data
Files in this Data Supplement:
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Supplemental Table
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Fig. S1. Relation between theta and gamma activity in the BLA and rhinal cortices. (A1) Superimposed FFTs of focal waves recorded at 7 different entorhinal sites in waking. (A2) Correlation between gamma (y-axis) and theta (x-axis) power at all entorhinal sites recorded in this study (r = 0.23). The data was normalized to total power. Panels B-C show frequency distributions of raw (B) and normalized (C) theta power at entorhinal (1), perirhinal (2), and BLA (3) sites. (D) Comparison between gamma power (black bars) at sites with high (left) vs. low (right) theta power (white bars) at entorhinal (D1), perirhinal (D2), and BLA (D3).
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Fig. S2. Average rhythmicity index for perirhinal, and entorhinal firing in relation to 35-45 Hz oscillations recorded by the same microelectrode. The data is expressed as % of pre-CS values and is shown for the data obtained at early (A) and late (B) stages of learning.
