id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-321562-hk4hzl13	Liu, Xuan	Cell membrane-derived biomimetic nanodecoys for viruses	2020-05-12		.txt	text/plain	1412	78	38	Such pathogenic binding and entry mechanisms offer opportunities for developing broadly applicable anti-viral strategy, which subvert the interaction of specific membrane proteins and viruses. For viral infection inhibition, MVs mimicking cell-surface receptors could compete with native cellular receptors to bind to the specific ligands. To divert Zika virus (ZIKV) away from its intended targets, an anti-ZIKV host-mimicking nanodecoy (ND) constructed by wrapping a polymeric core with mosquito medium host cell membranes was developed (Rao et al., 2019) . What is perhaps most convenient about these cell membrane-based viral decoys is the natural binding ability of host cells that makes the exogenous engineering of receptor moieties unnecessary. Membrane vesicles derived from the modified cells, named hNTCP-MVs, were conferred important surface properties to play a specific biological function.	./cache/cord-321562-hk4hzl13.txt	./txt/cord-321562-hk4hzl13.txt