<p>The measurement of spikes' threshold potential is showed by dash line in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0041986#pone-0041986-g002" target="_blank">Fig. 2A</a>. <b>A</b>) shows a measurement of refractory periods of spike-1 by two pulses at a GABAergic neuron from a control mouse (blue trace) and a whisker tactile deprivation (red trace). <b>B</b>) shows the statistical analyses of spikes' refractory periods at GABAergic neurons from controls (blue symbols) and whisker tactile deprivation (red symbols; n = 16, p<0.01). <b>C</b>) shows statistical analyses in the threshold potentials of sequential spikes at GABAergic neurons from controls (blue symbols) and whisker tactile deprivation (red symbols; n ...
Deprivation-induced plasticity of sensory cortical maps involves long-term potentiation (LTP) and de...
<p>The activities of network neurons in barrel cortex were recorded by two-photon cellular imaging w...
There is growing evidence that ongoing brain oscillations may represent a key regulator of attention...
<p>The measurement of spikes' threshold potential is showed by dash line in <a href="http://www.plos...
<p>Depolarization pulses (150 ms, black trace under 2A) were injected into the neurons to evoke sequ...
<p>The depolarization pulses (150 ms, black trace under 4A) were injected into the neurons to evoke ...
<p>The function of inhibitory synapses was assessed by recording sIPSC on pyramidal neurons. <b>A</b...
<p>The function of excitatory synapses was evaluated by recording spontaneous excitatory postsynapti...
<p>(<i>A</i>) Purkinje cells recorded in the Crus2A of a WT mouse during the stimulation of the whis...
<p>In paired pulse experiments neuronal excitability upon single whisker stimulation was assessed fo...
The cerebral cortex is thought to generate sensory experience and facilitate broadly integrative pro...
SummaryFunctional maps in the cerebral cortex reorganize in response to changes in experience, but t...
Functional maps in the cerebral cortex reorganize in response to changes in experience, but the syna...
How homeostatic processes contribute to map plasticity and stability in sensory cortex is not well-u...
<p>(<b><i>A</i></b>) Animals were prepared for chronic recordings of local field potentials and unit...
Deprivation-induced plasticity of sensory cortical maps involves long-term potentiation (LTP) and de...
<p>The activities of network neurons in barrel cortex were recorded by two-photon cellular imaging w...
There is growing evidence that ongoing brain oscillations may represent a key regulator of attention...
<p>The measurement of spikes' threshold potential is showed by dash line in <a href="http://www.plos...
<p>Depolarization pulses (150 ms, black trace under 2A) were injected into the neurons to evoke sequ...
<p>The depolarization pulses (150 ms, black trace under 4A) were injected into the neurons to evoke ...
<p>The function of inhibitory synapses was assessed by recording sIPSC on pyramidal neurons. <b>A</b...
<p>The function of excitatory synapses was evaluated by recording spontaneous excitatory postsynapti...
<p>(<i>A</i>) Purkinje cells recorded in the Crus2A of a WT mouse during the stimulation of the whis...
<p>In paired pulse experiments neuronal excitability upon single whisker stimulation was assessed fo...
The cerebral cortex is thought to generate sensory experience and facilitate broadly integrative pro...
SummaryFunctional maps in the cerebral cortex reorganize in response to changes in experience, but t...
Functional maps in the cerebral cortex reorganize in response to changes in experience, but the syna...
How homeostatic processes contribute to map plasticity and stability in sensory cortex is not well-u...
<p>(<b><i>A</i></b>) Animals were prepared for chronic recordings of local field potentials and unit...
Deprivation-induced plasticity of sensory cortical maps involves long-term potentiation (LTP) and de...
<p>The activities of network neurons in barrel cortex were recorded by two-photon cellular imaging w...
There is growing evidence that ongoing brain oscillations may represent a key regulator of attention...