Table 1.
Driver and modulator properties of the central auditory pathways.
| ICc to MGBv | MGBv to AI | MGBd to AII | L5 to MGBd | ICl to MGBd | L6 to MGBv | L6 to L4 | |
|---|---|---|---|---|---|---|---|
| Large EPSPs | Bartlett and Smith (2002), Lee and Sherman (2010) | Lee and Sherman (2008), Rose and Metherate (2001) | Lee and Sherman (2008) | ||||
| Small EPSPs | Bartlett and Smith (2002), Lee and Sherman (2010) | Bartlett and Smith (2002) | Lee and Sherman (2009b) | ||||
| Depressing synapses | Bartlett and Smith (2002), Lee and Sherman (2010) | Lee and Sherman (2008), Rose and Metherate (2001) | Lee and Sherman (2008) | ||||
| Facilitating synapse | Bartlett and Smith (2002), Lee and Sherman (2010) | Bartlett and Smith (2002) | Lee and Sherman (2009b) | ||||
| iGluRs only | Bartlett and Smith (2002), Lee and Sherman (2010) | Lee and Sherman (2008) | Lee and Sherman (2008) | ||||
| iGluRs and mGluRs | Bartlett and Smith (2002), Lee and Sherman (2010) | Bartlett and Smith (2002) | Lee and Sherman (2009b) | ||||
| Dense terminal arbors | Bartlett and Smith (2002), Bartlett et al. (2000) | Huang and Winer (2000), Llano and Sherman (2008) | Huang and Winer (2000), Llano and Sherman (2008) | Bartlett et al. (2000), Llano and Sherman (2008), Ojima (1994), Winer et al. (1999, 2001) | |||
| Sparse terminal arbors | Bartlett and Smith (2002), Bartlett et al. (2000), Huang and Winer (2000), Smith et al. (2007) | Bartlett and Smith (2002), Llano and Sherman (2008), Ojima (1994), Winer et al. (2001) | Prieto and Winer (1999) | ||||
| Thick axons | Bartlett and Smith (2002), Bartlett et al. (2000) | Huang and Winer (2000), Llano and Sherman (2008) | Huang and Winer (2000), Llano and Sherman (2008) | Bartlett et al. (2000), Llano and Sherman (2008), Ojima (1994), Winer et al. (1999, 2001) | |||
| Thin axons | Bartlett and Smith (2002), Bartlett et al. (2000), Huang and Winer (2000), Smith et al. (2007) | Bartlett and Smith (2002), Llano and Sherman (2008), Ojima (1994), Winer et al. (2001) | Prieto and Winer (1999) |
Grey shading: Driver properties
White shading: Modulator properties