<p>(A, B, C and D) Top panels display the dendritic location used for dendritic stimulation (blue circle) and the range of possible report locations (white dotted lines). Bottom panels show example current measurements before (black) and after stimulation (grey or blue) as well normalized current before and after stimulation. Following proximal dendritic stimulation, (A) proximal dendritic current decreases (DED = 2.94%±2.19%, p<001, n = 11/12) (B) somatic current shows increase in excitability by 4.89%±1.89 (p<0.001 n = 10/10) (C) Un-stimulated dendrites don't show DED (%DED = 0.05%±2.93%, p = 0.22, n = 10/10) and (D) Current resulting from whole cell photo-stimulation does not change significantly (DED = −0.4%±1.9, n = 9/9, p = 0.10).</p
<p>(A) Recording electrodes were placed at the AIS (red), soma (green) and distal dendrite (blue) on...
<p>(A) Ratio of active PKC to 2AG versus spine for both theta burst stimulation (TBS) and 20 Hz stim...
A: Perforated patch recording of a spontaneously spiking neuron with an average perturbed firing rat...
<p>The neuron models and stimulation protocols were the same as those used in <a href="http://www.pl...
<p>(<b>A</b>)EYFP-ChR2 expressing hippocampal neuron is stimulated with ∼28 um light spot (blue circ...
<p>(A,B) Voltage traces and i/o curves for whole-cell somatic recordings <i>in vitro</i>. In A, unca...
<p><b>a</b>) the 3D reconstruction used in most simulations (<i>left</i>, cell ri06 from the neuromo...
<p>(A) % reduction in somatic depolarization caused by dendritic vs. somatic inhibition at stimulus ...
<p>(A) Experimental setup for testing somatic inhibition. Red electrode shows dendritic site of stim...
<p>A, Left, Actual and predicted depolarization vs. input rate for one cell stimulated at 115 µm and...
<p>Q-values of the dendritic input impedance (blue), somatic input impedance (red), and dendro-somat...
<p>(A) Fluorescence signal recorded from the dendritic tuft during repeated stimulation by spike tra...
<p>Input resistance (R<sub>N,D,</sub> gray dots) was measured at individual points of the motoneuron...
<p>A, Whole-cell patch-clamp recording from a soma of a PC in response to hyperpolarizing (–100 µA) ...
1. Intradendritic recordings from Purkinje cells in vitro indicate that white matter stimulation pro...
<p>(A) Recording electrodes were placed at the AIS (red), soma (green) and distal dendrite (blue) on...
<p>(A) Ratio of active PKC to 2AG versus spine for both theta burst stimulation (TBS) and 20 Hz stim...
A: Perforated patch recording of a spontaneously spiking neuron with an average perturbed firing rat...
<p>The neuron models and stimulation protocols were the same as those used in <a href="http://www.pl...
<p>(<b>A</b>)EYFP-ChR2 expressing hippocampal neuron is stimulated with ∼28 um light spot (blue circ...
<p>(A,B) Voltage traces and i/o curves for whole-cell somatic recordings <i>in vitro</i>. In A, unca...
<p><b>a</b>) the 3D reconstruction used in most simulations (<i>left</i>, cell ri06 from the neuromo...
<p>(A) % reduction in somatic depolarization caused by dendritic vs. somatic inhibition at stimulus ...
<p>(A) Experimental setup for testing somatic inhibition. Red electrode shows dendritic site of stim...
<p>A, Left, Actual and predicted depolarization vs. input rate for one cell stimulated at 115 µm and...
<p>Q-values of the dendritic input impedance (blue), somatic input impedance (red), and dendro-somat...
<p>(A) Fluorescence signal recorded from the dendritic tuft during repeated stimulation by spike tra...
<p>Input resistance (R<sub>N,D,</sub> gray dots) was measured at individual points of the motoneuron...
<p>A, Whole-cell patch-clamp recording from a soma of a PC in response to hyperpolarizing (–100 µA) ...
1. Intradendritic recordings from Purkinje cells in vitro indicate that white matter stimulation pro...
<p>(A) Recording electrodes were placed at the AIS (red), soma (green) and distal dendrite (blue) on...
<p>(A) Ratio of active PKC to 2AG versus spine for both theta burst stimulation (TBS) and 20 Hz stim...
A: Perforated patch recording of a spontaneously spiking neuron with an average perturbed firing rat...