Additional file 1.
Figure S1. Face and object stimulus pairs used in each of the three sheep.
Title: Figure S2.
Description: Theta and gamma power during a stimulus.
Title: Figure S3.
Description: Theta phase/gamma amplitude coupling of simulated data.
Title: Figure S4.
Description: Averaged visual evoked potentials (VEPs) from IT recordings.
Title: Figure S5.
Description: Examples of IT MUA phase locking to theta.
Title: Figure S6.
Description: Latency and duration of theta amplitude increase in IT and network model.
Title: Figure S7.
Description: Synchronized theta waves across IT recording arrays and in the network model
Title: Figure S8.
Description: Tightening of theta phase during a stimulus after learning in IT and network model
Title: Figure S9.
Description: Model simulations showing increased theta-gamma coherence independent of increased theta amplitude.
Title: Figure S10.
Description: IT neuronal spike activity during theta waves and correlation between altered synchronization and behavior following learning.
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Kendrick et al. BMC Neuroscience 2011 12:55 doi:10.1186/1471-2202-12-55