<p>A. Receptor activation (peak value, arbitray units) as a function of distance to release site in control conditions (no glia, blue) and with diffusion barriers but without uptake (glia only, green). B. Changes in perisynaptic receptor response (averaged activation assuming an homogeneous receptor distribution in the non-synaptic part of the ADI) induced by the presence of diffusion barriers (green) and by diffusion barrier with transporters (brown ; 10000/µm<sup>2</sup>). C. Changes in response kinetic induced by diffusion barriers without transporters (green) and by diffusion barriers with transporters (brown; 10000/µm<sup>2</sup>).</p
<p>For clarity only most affected target filter <i>τ</i><sub>3</sub> = 500<i>ms</i> (red) is shown. ...
The flux of neurotransmitter receptors in and out of synapses depends on receptor interaction with s...
Diffusive processes on curved surfaces are highly relevant for cellular processes and are increasing...
<p>Left, middle and rigth panels in each row correspond to results obtained with GluN2A, GluN2B and ...
<p>A, B and C depict the two conditions tested. In both conditions, proximal escape routes are parti...
Most glutamatergic synapses in the mammalian central nervous system are covered by thin astroglial p...
<p>A. Three-dimensional representation of the model showing the localisation of glia and transporter...
Monte Carlo simulations of transmitter diffusion and its interactions with postsynaptic receptors ha...
<p>Effects of glial wrapping on AMPAR activation (model as in <a href="http://www.plosone.org/articl...
<p>(A) Trajectories of GluA2-coupled QDs in excitatory (red), inhibitory (green) synapses or in extr...
The surface of astrocyte processes that often surround excitatory synapses is packed with high-affin...
AbstractRecent findings suggest that rapid activation of extrasynaptic receptors and transient deple...
AbstractWe have developed a biophysically realistic model of receptor activation at an idealized cen...
AbstractActions of the excitatory neurotransmitter glutamate inside and outside the synaptic cleft d...
<p>(A) The kinetic scheme used to model the receptors. O is the open state; D1 and D2 are desensitiz...
<p>For clarity only most affected target filter <i>τ</i><sub>3</sub> = 500<i>ms</i> (red) is shown. ...
The flux of neurotransmitter receptors in and out of synapses depends on receptor interaction with s...
Diffusive processes on curved surfaces are highly relevant for cellular processes and are increasing...
<p>Left, middle and rigth panels in each row correspond to results obtained with GluN2A, GluN2B and ...
<p>A, B and C depict the two conditions tested. In both conditions, proximal escape routes are parti...
Most glutamatergic synapses in the mammalian central nervous system are covered by thin astroglial p...
<p>A. Three-dimensional representation of the model showing the localisation of glia and transporter...
Monte Carlo simulations of transmitter diffusion and its interactions with postsynaptic receptors ha...
<p>Effects of glial wrapping on AMPAR activation (model as in <a href="http://www.plosone.org/articl...
<p>(A) Trajectories of GluA2-coupled QDs in excitatory (red), inhibitory (green) synapses or in extr...
The surface of astrocyte processes that often surround excitatory synapses is packed with high-affin...
AbstractRecent findings suggest that rapid activation of extrasynaptic receptors and transient deple...
AbstractWe have developed a biophysically realistic model of receptor activation at an idealized cen...
AbstractActions of the excitatory neurotransmitter glutamate inside and outside the synaptic cleft d...
<p>(A) The kinetic scheme used to model the receptors. O is the open state; D1 and D2 are desensitiz...
<p>For clarity only most affected target filter <i>τ</i><sub>3</sub> = 500<i>ms</i> (red) is shown. ...
The flux of neurotransmitter receptors in and out of synapses depends on receptor interaction with s...
Diffusive processes on curved surfaces are highly relevant for cellular processes and are increasing...