… Live-seq can address a broad range of biological questions by transforming scRNA-seq
from an end-point to a temporal analysis … the transcriptome of a live cell. Before exploring this …

… Another example from live cell imaging of DNA DSB dynamics in budding yeast showed
that the spatial chromatin organization differ at various time scales (11,12). Therefore, it is …

… These nanometric scale oscillations can be detected by depositing living cells onto a
micro-fabricated cantilever and by monitoring its displacements with an atomic force microscope-…

… The earliest analysis techniques based on DNA, … of cells, respectively, preventing their use
for live-cell analysis. The introduction of linear DNA probes that can study events in live cells, …

… In this work, we combined live-cell imaging with temporally controlled perturbations to … cells.
Contrary to the textbook model that cells sense mitogen availability only in the G 1 cell cycle …

… We first assign each mitochondrion in the first temporal frame to a new track. In each
subsequent temporal frame, we assign each mitochondrion to either an existing track or to a new …

… mice, the living cells could be distinguished from dead cells in situ, because the living cells
have both … The spatial and temporal modulation of cells has generated great interest among …

… Here we use live-cell, single-molecule tracking in S. cerevisiae to visualize constrained …
Our study provides a global spatiotemporal model for transcription initiation in live cells. …

… It is possible to observe nascent transcription in live cells using the RNA stem-loop and …
Nearly all our knowledge of transcriptional bursting in living cells comes from the MS2 imaging …

… the force distribution across a single living cell remains a challenge. … temporal resolution of
333 ms have been demonstrated for force mapping. The dynamic mapping of cell force of live …