For channel-confined DNA fragments, the mean spreading time scales as total mass times the square of the minimum required gap, and rescaled spreading times follow a universal first-passage distribution.
In all three cases, the lowest data set is forN1 =0, the dashed horizontal lines correspond toN 2 =0, while the dotted lines present the[N 1 =1;m 1 →∞]limit
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Diffusive spreading of a polydisperse polymer solution in a channel
For channel-confined DNA fragments, the mean spreading time scales as total mass times the square of the minimum required gap, and rescaled spreading times follow a universal first-passage distribution.