Cell Imaging Software — for and by cell biologists

Cell imaging software can be overly complex and demanding to work with. The App Suite software has been developed with this in mind. The result is a modular easy-to-use software tool, tailored for cell biologists working in the lab or doing later data analysis away from the lab.

Ideally, cell population data such as cell morphology, movement and growth rate should be obtained label-free. However, imaging systems based on regular bright-field microscopy struggle to measure these basic but important qualities.

Direct, non-invasive and real-time monitoring of living cells with HoloMonitor.

Cell Population Data on a Single-cell Level

The reason for this is that older imaging methods create images to be viewed by humans. In contrast, HoloMonitor creates images to primarily be processed by computers. This essential difference allows the App Suite imaging software to non-invasively and automatically assess important cell population characteristics on a single-cell level.

Result page of the HoloMonitor Kinetic Dose Response Assay.

Simple 5-step Workflow

App Suite features a simple 5-step user interface:

1.	Select Application	Choose your cell imaging assay.
2.	Sample Setup	Set your experimental conditions.
3.	Imaging Setup	Set your experiment duration and frequency of imaging.
4.	Capture Images	Start your automatic time-lapse imaging.
5.	Real-time Results	View your data evolve during the experiment.
6.	Additional Options	Export cell videos and single-cell data to Excel for further analysis or reanalyze your results with other App Suite live cell assays.

App Suite in 1 Minute

One Sample, Multiple Assay Results

Recorded time-lapse images can at any time be reanalyzed using any one of the HoloMonitor assays. In that way, multiple results are obtained from the same cell culture and experiment — saving time, money and not least precious cells.

Moreover, the HoloMonitor assays do not affect the sample. As HoloMonitor neither requires reagents nor labels, the sample may be further analyzed using complementary instrumentation.