Interaural intensity differences (IIDs) are important cues that animals use to localize high-
frequency sounds. Neurons sensitive to IIDs are excited by stimulation of one ear and …

Of the cells sampled, 54 of 137 (40%) achieved partial inhibition when tested with 60 msec
tones, and the inhibition to these 54 cells occurred primarily during the first few milliseconds …

Of the cells sampled, 54 of 137 (40%) achieved partial inhibition when tested with 60 msec
tones, and the inhibition to these 54 cells occurred primarily during the first few milliseconds …

Of the cells sampled, 54 of 137 (40%) achieved partial inhibition when tested with 60 msec
tones, and the inhibition to these 54 cells occurred primarily during the first few milliseconds …

Interaural intensity differences (IIDs) are important cues that animals use to localize high-
frequency sounds. Neurons sensitive to IIDs are excited by stimulation of one ear and …

Of the cells sampled, 54 of 137 (40%) achieved partial inhibition when tested with 60 msec
tones, and the inhibition to these 54 cells occurred primarily during the first few milliseconds …

Interaural intensity differences (IIDs) are important cues that animals use to localize high-
frequency sounds. Neurons sensitive to IIDs are excited by stimulation of one ear and …

Interaural intensity differences (IIDs) are important cues that animals use to localize high-
frequency sounds. Neurons sensitive to IIDs are excited by stimulation of one ear and …

Of the cells sampled, 54 of 137 (40%) achieved partial inhibition when tested with 60 msec
tones, and the inhibition to these 54 cells occurred primarily during the first few milliseconds …

Interaural intensity differences (IIDs) are important cues that animals use to localize high-
frequency sounds. Neurons sensitive to IIDs are excited by stimulation of one ear and …