Live Cell Imaging Videos

Live cell videos, imaged without labels, directly in an incubator by the HoloMonitor live cell imager. The colors are computer-generated and added after the imaging in the software. Different colors indicate the optical thickness of the cells. The technology (digital holography) has many benefits for applying it for label-free imaging cytometry.

Learn more about the technology

Go directly to our Live Cell Videos YouTube playlist if your browser has trouble playing the videos.

Click on the videos below to play them:

  • Wound healing assay of (modified) U2OS cells by Monica Hellesvik | HoloMonitor®
  • HeLa cells stably transfected with GFP | HoloMonitor®
  • Time-lapse quantitative phase imaging of primary melanocytes | HoloMonitor®
  • Differentiating human iPS cells in a label-free time-lapse sequence | HoloMonitor®
  • C4-2 prostate cancer cells with 48h treatment of ISA-2011B by Tianyan Wang | HoloMonitor®
  • Kinetic cell death assay with A549 cells | HoloMonitor®
  • MCF-7 breast cancer cells with altered cytoskeleton dynamics by Monica Hellesvik | HoloMonitor®
  • Time-lapse of a cell escape & invasion of the 3D Matrigel matrix, by Monica Hellesvik | HoloMonitor®
  • Time-lapse monitoring of human bronchial epithelial cells by Frida Berlin | HoloMonitor®
  • JIMT-1 cells imaged for 72 hours | Rafnsdóttir et al. (2023) | HoloMonitor®
  • Time-lapse imaging of HT-1080 cells by Pasqualini Lab | HoloMonitor®
  • Endothelial response to flow 67 hours | HoloMonitor®
  • Human CD34+ umbilical cord blood cells growing in a microgrid for 96 hours | HoloMonitor®
  • Studying wound healing together with Single Cell Tracking Assay | HoloMonitor®
  • JIMT-1 spheroid cell migration imaged for 72 hours | Rafnsdóttir et al. (2023) | HoloMonitor®
  • Live cell imaging of HeLa cells in JellaGel™ | HoloMonitor®
  • Studying living cells with label-free Single Cell Tracking | HoloMonitor®
  • Following breast cancer cells over time without cell markers | HoloMonitor®
  • Image & analyze cancer cell behavior over time | HoloMonitor®
  • Live cell imaging to follow everyday cell life | HoloMonitor®
  • Efficiently evaluate Drug Responses in living cells over time | HoloMonitor®
  • Long-term non-invasive live cell imaging of JIMT-1 cells | HoloMonitor®
  • Label-free kinetic cell motility studies | Imaging living cells | HoloMonitor®
  • HeLa cell death in 3D digital holographic imaging | HoloMonitor®