A two-layer random-walk model of mRNA transport in dendritic trees predicts that a retrograde persistence bias equalizes travel times to synapses, while an anterograde bias makes them grow linearly with distance.
The CMFPT to return to the entry pointc 0 ij(0) =w 0 ij(0)/p0 ij(0)
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A persistent random-walk model of molecular transport in neuronal dendritic trees
A two-layer random-walk model of mRNA transport in dendritic trees predicts that a retrograde persistence bias equalizes travel times to synapses, while an anterograde bias makes them grow linearly with distance.