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. 2015 Dec 9;35(49):16105–16115. doi: 10.1523/JNEUROSCI.2563-15.2015

Figure 7.

Figure 7.

Relationship between CF and SRF properties in NSR neurons. SRFs of eight NSR neurons that exemplify the relationship between CF and centroid elevation wherein the high-CF neurons have centroids at higher elevation. The gyradius, indicative of SRF size, also decreased with CF in these neurons. All SRFs were obtained with broadband noise at 20 dB above threshold. A, Neuron #87A01: CF = 12 kHz, centroid azimuth = 42°, centroid elevation = 3°, gyradius = 47°. B, Neuron #68B04: CF = 18 kHz, centroid azimuth = 40°, centroid elevation = 3°, gyradius = 52°. C, Neuron #93B03: CF = 18 kHz, centroid azimuth = 9°, centroid elevation = 0°, gyradius = 61°. D, Neuron #41B03: CF = 20 kHz, centroid azimuth = 55°, centroid elevation = 8°, gyradius = 45°. E, Neuron #40A01: CF = 24 kHz, centroid azimuth = 37°, centroid elevation = 19°, gyradius = 40°. F, Neuron #34A01: CF = 24 kHz, centroid azimuth = 21°, centroid elevation = 17°, gyradius = 41°. G, Neuron #40B01: CF = 29 kHz, centroid azimuth = 32°, centroid elevation = 27°, gyradius = 35°. H, Neuron #41A01: CF = 29 kHz, centroid azimuth = 46°, centroid elevation = 24°, gyradius = 37°.