… capture and release of SW480 cells from spiked blood samples, we collected all the released
cells and extracted the whole genomic DNA for … sample after capture/release process was …

… targeting of tumor cell membranes and lateral fluidity, thus enhancing capture performance.
… that long multivalent aptamer DNA strands can be combined with tumor cell membrane to …

… of multivalent binding between DNA nanosynapse and cell … a bioinspired nanoplatform
for precise capture of heterogeneous CTCs. The topology-defined anisotropic aptamer (DNA …

… With the inability to promote multivalent binding, 0-simplex can … capture of CTCs. To
evaluate the effect of topologically engineered RLIs on cell capture, we compared the cell capture …

… viability, but also reduce a tedious release process and … for the capture and release of
various tumor cells and will inspire … 4 NPs can capture target cells through multivalent aptamers. …

… cellular state of the enveloped BMSCs in the DNA network. BMSCs were stained with red
fluorescent dye CM-DiI, and DNA … II; the morphologies of the DNA network and BMSCs were …

… [ 12 ] Till date, multiple cancer vaccine strategies have been proposed using Ags such as
whole tumor cells, DCs or Ags in the form of proteins, peptides, DNA or mRNA. [ 13 ] Different …

… bioinspired functions and applications such as compartmentalization, transport, drug release,
… Before deciding to dive straight into the bioinspired function, we have chosen to review the …

… before and after release observed under an inverted fluorescence microscope. Survival of
captured and released cells was calculated by the ratio of living cells to total cells, which were …

… The present work provides a new clue for the bioinspired design of nanobiointerfaces in
the biomedical field by leveraging natural cell–cell interactions with a natural biomaterial. …