Product DemonstrationsLife Sciences

Real-time live imaging of GFP-tagged HeLa cells

1 Aug 2023
Real-time live imaging of GFP-tagged HeLa cells

In this video, Phase Holographic Imaging showcases live imaging of HeLa cells that have been stably transfected with green fluorescent protein (GFP) with the HoloMonitor® M4FL, allowing for label-free, non-invasive analysis of these fluorescently tagged cells in real-time.

About the company

Phase Holographic Imaging (PHI) logo

Phase Holographic Imaging (PHI)

Phase Holographic Imaging AB (PHI) provides researchers in academia and the life science industry with products for live-cell kinetic studies. PHI’s time-lapse cytometer, the HoloMonitor® system, is based on our core technology holographic microscopy. Since introducing the first instrument in 2011, PHI now offers a range of products for label-free, long-term quantitative analysis of living cell dynamics, circumventing the drawbacks of traditional methods requiring toxic stains. Headquartered in Lund, Sweden, PHI trades through a network of international distributors.

The HoloMonitor system is a versatile tool providing detailed information about the life cycle and behavior of living, or dying, cells to scientists all over the world. Focus areas include basic cell research as well as the development of more efficient treatment strategies for cancer and other diseases. Committed to promoting the science and practice of time-lapse cytometry, PHI is continuously developing new products and applications in close collaboration with scientific expertise.

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HoloMonitor M4FL Live Cell Analysis System

Phase Holographic Imaging (PHI)

The HoloMonitor ® live cell imaging system enables long-term non-invasive analysis of cell cultures within your standard incubator. With the latest add-on fluorescence module, cell biologists benefit from minimizing light exposure and reducing photocytotoxicity when automatically obtaining accurate live-cell morphology, migration, proliferation data, and multi-well time-lapse videos down to a single-cell level in real-time.

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