… The ability to precisely and efficiently edit DNA sequences within the genome of living cells
… (DSB) at a precise target location in the genome of a wide variety of cells and organisms 5,6,7…

… A bunch of reaction types, such as acyl imidazole chemistry and tosyl chemistry, are proved
feasible for labeling living cells using this approach. For instance, Reddi et al. utilized the …

… precision control of molecular states of a photochromic molecule in different regions of the
cells. We … in live cells. RPOC can automatically detect and control biomolecular activities and …

… the presence of living cells. … cells in a population 19 . Similarly, light-controllable tetrazine
ligations would open up applications such as cell surface engineering with single-cell precision …

… Fluorescence microscopy can generate exceptional measurement contrast for the detection
of tiny signals emitted from single molecule fluorescent tags in the milieu of a living cell, …

… microscopy,11 all with 1–2 nm spatial precision. However, the best time resolution in these
… nm spatial precision in live cells. This high time-resolution and spatial precision are made …

… knowledge the first labeling of an endogenous protein inside living cells by exogenously
derived fNbs. By contrast, in live HeLa Kyoto cells expressing α-Lamin-EGFP chromobodies, …

… (68,69) NCC utilizes the inherent optical lensing effect of live cells in a cell guiding channel
to extract single cell information in a completely label-free way and associate biomolecular …

… cell biological nanobot systems in precision oncology, including: i) engineered artificial cells
as “… anti-tumor therapeutic strategies of engineered living cell nanorobots under external …

… decaging of vinyl ether for precise mRNA imaging in live cells, as illustrated in Scheme 1. …
in live cells and further distinguish the mRNA expression level of tumor cells to normal cells. …