<p>(<b>A</b>) The blue trace shows the average synaptic current, which reaches its peak within fractions of ms (n = 7). The black bar represents the depolarisation of the pre-synapic terminal. (<b>B</b>) Kinetics of the subconductance states of an AMPA receptor population (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0116616#pone.0116616.s005" target="_blank">S4 Supporting model</a>). Left plot, deterministic simulation of a population of GluA3/GluK2 receptors by 1 μM of agonist. Right plot, stochastic simulation of a population of 50 receptors. Only the most populated states are represented for sake of clarity.</p
<p>(A) Trajectories of GluA2-coupled QDs in excitatory (red), inhibitory (green) synapses or in extr...
From left to right are reported the time course of the neurotransmitter and the channel states , , ...
<div><p>Physiological and electron microscope studies have shown that synapses are functionally and ...
<p>An example of the curves obtained with Monte Carlo simulations of a single synapse configuration ...
<p>(a) Relationship between the AMPA concentration [<i>AMPAr</i>] in the model synapse and the maxim...
The synaptic response depends on the dynamics of the released neurotransmitter, as well as on the ab...
<p>The figure shows 13 curves where all synapse parameters were kept constant except the side length...
Since the introduction of the alpha function by Rall in 1967 [12], there has been significant progre...
men ptic os ese tan ea ac ral e ficie is o s in receptors and they may open upon binding with neurot...
Binding kinetics of receptor arrays can differ dramatically from that of the isolated receptor. We s...
<p>The five curves represent the percentage of open AMPA receptors after the release of glutamate in...
<p>(A) The kinetic scheme used to model the receptors. O is the open state; D1 and D2 are desensitiz...
AbstractAMPA-type glutamate receptors are tetrameric ion channels that mediate fast excitatory synap...
A kinetic model of the glutamate DL-alpha-amino-3-hydroxy-5-methyl-4-isoxazolepropionic acid (AMPA) ...
© 2015 Montes et al. Physiological and electron microscope studies have shown that synapses are func...
<p>(A) Trajectories of GluA2-coupled QDs in excitatory (red), inhibitory (green) synapses or in extr...
From left to right are reported the time course of the neurotransmitter and the channel states , , ...
<div><p>Physiological and electron microscope studies have shown that synapses are functionally and ...
<p>An example of the curves obtained with Monte Carlo simulations of a single synapse configuration ...
<p>(a) Relationship between the AMPA concentration [<i>AMPAr</i>] in the model synapse and the maxim...
The synaptic response depends on the dynamics of the released neurotransmitter, as well as on the ab...
<p>The figure shows 13 curves where all synapse parameters were kept constant except the side length...
Since the introduction of the alpha function by Rall in 1967 [12], there has been significant progre...
men ptic os ese tan ea ac ral e ficie is o s in receptors and they may open upon binding with neurot...
Binding kinetics of receptor arrays can differ dramatically from that of the isolated receptor. We s...
<p>The five curves represent the percentage of open AMPA receptors after the release of glutamate in...
<p>(A) The kinetic scheme used to model the receptors. O is the open state; D1 and D2 are desensitiz...
AbstractAMPA-type glutamate receptors are tetrameric ion channels that mediate fast excitatory synap...
A kinetic model of the glutamate DL-alpha-amino-3-hydroxy-5-methyl-4-isoxazolepropionic acid (AMPA) ...
© 2015 Montes et al. Physiological and electron microscope studies have shown that synapses are func...
<p>(A) Trajectories of GluA2-coupled QDs in excitatory (red), inhibitory (green) synapses or in extr...
From left to right are reported the time course of the neurotransmitter and the channel states , , ...
<div><p>Physiological and electron microscope studies have shown that synapses are functionally and ...