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期刊名:Frontiers in synaptic neuroscience

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ISSN:1663-3563

e-ISSN:1663-3563

IF/分区:4.1/Q1

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共收录本刊相关文章索引542
Clinical Trial Case Reports Meta-Analysis RCT Review Systematic Review
Classical Article Case Reports Clinical Study Clinical Trial Clinical Trial Protocol Comment Comparative Study Editorial Guideline Letter Meta-Analysis Multicenter Study Observational Study Randomized Controlled Trial Review Systematic Review
Elena M Boggio,Giuseppina Lonetti,Tommaso Pizzorusso et al. Elena M Boggio et al.
There is mounting evidence showing that the structural and molecular organization of synaptic connections is affected both in human patients and in animal models of neurological and psychiatric diseases. As a consequence of these experiment...
Abigail Kalmbach,Paul H M Kullmann,Karl Kandler Abigail Kalmbach
Before hearing onset, the topographic organization of the inhibitory sound localization pathway from the medial nucleus of the trapezoid body (MNTB) to the lateral superior olive (LSO) is refined by means of synaptic silencing and strengthe...
Lindsay Oberman,Fritz Ifert-Miller,Umer Najib et al. Lindsay Oberman et al.
Fragile X Syndrome (FXS) is the most common heritable cause of intellectual disability. In vitro electrophysiologic data from mouse models of FXS suggest that loss of fragile X mental retardation protein affects intracortical excitability a...
Claudia Clopath,Wulfram Gerstner Claudia Clopath
A phenomenological model of synaptic plasticity is able to account for a large body of experimental data on spike-timing-dependent plasticity (STDP). The basic ingredient of the model is the correlation of presynaptic spike arrival with pos...
Harmen J Krugers,Paul J Lucassen,Henk Karst et al. Harmen J Krugers et al.
Exposure of an organism to environmental challenges activates two hormonal systems that help the organism to adapt. As part of this adaptational process, brain processes are changed such that appropriate behavioral strategies are selected t...
Jan M Schulz,Peter Redgrave,John N J Reynolds Jan M Schulz
Cortico-striatal spike-timing dependent plasticity (STDP) is modulated by dopamine in vitro. The present study investigated STDP in vivo using alternative procedures for modulating dopaminergic inputs. Postsynaptic potentials (PSP) were evo...
Makoto Nishiyama,Kazunobu Togashi,Takeshi Aihara et al. Makoto Nishiyama et al.
GABAergic interneuronal network activities in the hippocampus control a variety of neural functions, including learning and memory, by regulating θ and γ oscillations. How these GABAergic activities at pre- and postsynaptic sites of hippo...
Dominique Debanne,Mu-Ming Poo Dominique Debanne
Long-lasting plasticity of synaptic transmission is classically thought to be the cellular substrate for information storage in the brain. Recent data indicate however that it is not the whole story and persistent changes in the intrinsic n...
Kevin Staras,Tiago Branco Kevin Staras
Presynaptic terminals in hippocampal neurons house functionally distinct vesicle pools, the size, structure and biochemical features of which are major determinants of presynaptic strength and performance. In classical models of synaptic fu...
Robert C Froemke,Dominique Debanne,Guo-Qiang Bi Robert C Froemke
Spike-timing-dependent plasticity (STDP) has attracted considerable experimental and theoretical attention over the last decade. In the most basic formulation, STDP provides a fundamental unit - a spike pair - for quantifying the induction ...