id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
v118rb72g6n	Sebastian Sensale Rodriguez	DNA Kinetics and Resistive Signals in Nanopore Devices	2020		.txt	text/plain	425	13	31	A theory for the resistive signal of DNA molecules translocating through a charged nanopore is developed, which is extensively tested against finite element method simulations. In consistency with molecular dynamics simulations, it also shows that DNA molecules can adsorb into the pore walls, leading to higher current drops (and slower translocation times) than when translocating through the bulk.	cache/v118rb72g6n.txt	txt/v118rb72g6n.txt