Normalized synaptic depression and QC fluctuation statistics as a function of release and refilling probabilities.

<p>A) Plots of the steady-state QC Fano factor as given by <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1013067#pcbi.1013067.e068" target="_blank">Eq 16</a>. B) Steady-state correlation between successive QCs as given by <a href=...

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Bibliographic Details
Main Author:	Zahra Vahdat (21353828) (author)
Other Authors:	Oliver Gambrell (21353831) (author), Jonas Fisch (21353834) (author), Eckhard Friauf (335652) (author), Abhyudai Singh (503811) (author)
Published:	2025
Subjects:	Genetics Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified single action potential associated autocorrelation function systematic analysis yields inferring synaptic transmission exploits stochastic signatures empty docking sites associated statistical fluctuations qc ), defined electrophysiological data obtained div >< p high release probability varying refilling probability refilling probability ). qc fluctuation statistics electrophysiological data constant refilling release probability varying nature synaptic depression sv docking stochastic dynamics simple analysis release probabilities neurotransmitter release triggered fusion temporal dynamics sv replenishment sv fusion statistical distribution quantal parameters quantal content juvenile mice interneuronal communication hz stimulation general class general approach exact </ brainstem slices auditory mntb ap ).
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Normalized synaptic depression and QC fluctuation statistics as a function of release and refilling probabilities.

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