Time-lapse microscopy is an effective research tool to monitor cell behavior and cell
divisions. Recent advances in microfluidics have accelerated the adoption of time-lapse …

Time-lapse microscopy is an effective research tool to monitor cell behavior and cell
divisions. Recent advances in microfluidics have accelerated the adoption of time-lapse …

Time-lapse imaging of cell colonies in microfluidic chambers provides time series of
bioimages, ie, biomovies. They show the behavior of cells over time under controlled …

One obvious feature of life is that it is highly dynamic. The dynamics can be captured by
movies that are made by acquiring images at regular time intervals, a method that is also …

The direct observation of cells over time using time-lapse microscopy can provide deep
insights into many important biological processes. Reliable analyses of motility, proliferation …

Background Automated time-lapse microscopy can visualize proliferation of large numbers
of individual cells, enabling accurate measurement of the frequency of cell division and the …

Time‐lapse microscopy can be described as the repeated collection of an image (in n‐
dimensions; x, y, z, λ) or field of view from a microscope at discrete time intervals. The …

This document presents an algorithm to automatically perform two dimensional tracking of
cells in in-vitro cultures. The developed software handles all the necessary data processing …

Recent advances of long-term time-lapse microscopy have made it easy for researchers to
quantify cell behavior and molecular dynamics at single-cell resolution. However, the lack of …

In biology, many different kinds of microscopy are used to study cells. There are many
different kinds of transmission microscopy, where light is passed through the cells, that can …