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1
Non-stationary single-channel behavior during the deactivation phase reveals differences in γ-aminobutyric acid receptor (GABAR) kinetics in neurons from ventrobasal (VB) and thalamic reticular (RT) regions
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Non-stationary single-channel behavior during the deactivation phase reveals differences in γ-aminobutyric acid receptor (GABAR) kinetics in neurons from ventrobasal (VB) and thalamic reticular (RT) regions

Mozrzymas, Jerzy W. ; Barberis, Andrea ; Vicini, Stefano

figshare 2011

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2
The onset kinetics of currents evoked by non-saturating γ-aminobutyric acid GABA in thalamic reticular (RT) is much slower than in ventrobasal (VB) neurons
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The onset kinetics of currents evoked by non-saturating γ-aminobutyric acid GABA in thalamic reticular (RT) is much slower than in ventrobasal (VB) neurons

Mozrzymas, Jerzy W. ; Barberis, Andrea ; Vicini, Stefano

figshare 2011

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3
QRT-PCR analysis of gene expression: P43 versus P43
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QRT-PCR analysis of gene expression: P43 versus P43

Wong, Yong Wee ; Schulze, Christian ; Streichert, Thomas ; Gronostajski, Richard M ; Schachner, Melitta ; Tilling, Thomas

figshare 2011

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4
Validation of microarray data by qRT-PCR
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Validation of microarray data by qRT-PCR

Wong, Yong Wee ; Schulze, Christian ; Streichert, Thomas ; Gronostajski, Richard M ; Schachner, Melitta ; Tilling, Thomas

figshare 2011

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5
Stationary single-channel kinetics reveal substantial differences in open times and burst kinetics of channels in ventrobasal (VB) and thalamic reticular (RT) neurons
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Stationary single-channel kinetics reveal substantial differences in open times and burst kinetics of channels in ventrobasal (VB) and thalamic reticular (RT) neurons

Mozrzymas, Jerzy W. ; Barberis, Andrea ; Vicini, Stefano

figshare 2011

Texto completo disponível

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