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. Author manuscript; available in PMC: 2021 Apr 1.

Published in final edited form as: Neuropharmacology. 2020 Jan 16;166:107964. doi: 10.1016/j.neuropharm.2020.107964

Table 1:

Electrophysiological properties of PL neurons

	Control	KML29	T-test
Passive Properties
Tau	23.07±0.87	21.47±1.00	t₍₁₄₎=3.055, p<0.05
IR	147.33±10.89	155.67±14.44	t₍₁₄₎=1.341, p=0.201
Rect	0.72±0.02	0.75±0.03	t₍₁₄₎= 1.405, p=0.182
Sag	0.92±0.16	0.83±0.12	t₍₁₄₎=0.788, p=0.444
sAHP	−750.33±68.86	−606.67±78.58	t₍₁₄₎=2.908, p<0.05
Action Potential
Vm	−67.05±1.74	−63.89±2.26	t₍₁₄₎=2.525, p < 0.05
ADP	12.95±1.47	11.89±1.45	t₍₁₄₎=2.250, p<0.05
Rheo	1487.33±109.60	1434.00±113.57	t₍₁₄₎= 1.134, p=0.276
Thresh	−36.69±2.25	−37.57±2.03	t₍₁₄₎=0.702, p=0.495
Spike amplitude	65.95±4.15	65.24±3.96	t₍₁₄₎=0.390, p=0.702
Spike width	1.64±0.10	1.70±0.11	t₍₁₄₎=0.158, p=0.158
Max rise rate	143.93±14.78	138.13±14.92	t₍₁₄₎=0.901, p=0.383
Min decay rate	−70.20±4.36	−70.33±5.66	t₍₁₄₎=0.056, p=0.957