RedicGUI: Difference between revisions

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(Adding image note: base: 1000 Total number of iterations to run the main loop function of the simulation. This value represents the number of 'steps' or ')
(Changing image note: base: 100 <br> Represents the total number of AMPAR particles to simulate. By default, these particles will behave like GluR2, in th)
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{{ImageNote|id=1|x=98|y=82|w=220|h=32|dimx=871|dimy=644|style=2}}
{{ImageNote|id=1|x=98|y=82|w=220|h=32|dimx=871|dimy=644|style=2}}
base: 100  
base: 100 <br>
Represents the total number of AMPAR particles to simulate.  
Represents the total number of AMPAR particles to simulate.  


By default, these particles will behave like GluR2, in that, the entire PSD and periPSD region will have one unified diffusion rate scalar. If 'Use GluR1 receptors' is selected as a Run Item, this total number will allocate exactly half of the particles to the GluR1 pool and half to the GluR2 pool. So at the base value of 100, with 'Use GluR1 receptors' checked, there will be 50 particles representing GluR1 and 50 representing GluR2.
By default, these particles will behave like GluR2, in that, the entire PSD and periPSD region will have one unified diffusion rate scalar. If 'Use GluR1 receptors' is selected as a Run Item, this total number will allocate exactly half of the particles to the GluR1 pool and half to the GluR2 pool. So at the base value of 100, with 'Use GluR1 receptors' checked, there will be 50 particles representing GluR1 and 50 representing GluR2.

Revision as of 17:17, 7 September 2013

GUI Interface



ReDiClus in Matlab

Malinow Molecular Methods Quantum Dots Choquet AMPAR