CytoTrack technology is a new kind of scanner that is specifically developed for the challenges of scanning and analyzing rare cells, such as Circulating Tumor Cells (CTC).
The basic idea behind CytoTrack is closely related to conventional CD/DVD technology. The sample is spread on a special glass disc (CytoDisc™). The area of the disc is much larger than a conventional microscope slide and can accomodate up to 100 million cells in a monolayer. This makes it possible to scan all nucleated cells in a blood sample, and hereby eliminate the need for a pre-selection step.
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CytoTrack CT11™ scanner
The new CytoTrack CT11™ provides state-of-the art rare cell scanning and isolation capabilities.
This instrument can detect rare cells (such as CTCs) efficiently and at great speed. The optical sensitivity is extremely high.
Individual target cells can be characterized ‘on disc’ or ‘off disc’.
This highly flexible technology is ideal for exploring new possibilities within CTC approaches and techniques.
CytoTrack CT11™ allows users to experiment with different protocols, staining techniques, antibodies and set-ups, thus making it possible to study a variety of cancer types.
The CT11™ instrument features the new cell picking functionality. After enumeration of CTCs, selected cells can be lifted from the glass surface and entered in to Eppendorf tubes. Target cells can be isolated completely with no white blood cell contamination, and target cells are kept intact.
Easy to use
The CT11™ has an easy-to-use graphical user interface. The user will be able to perform scans after just a few hours of training.
Each target cell (hot spot) on the disc can be revisited very quickly in less than one second (going from hotspot to hotspot). This makes it very easy to step through a list of targets in order to examine each target cell in detail.
High quality images
The camera provides high resolution (HD images) of the target cells.
The camera has an automatic focusing feature and images are displayed automatically in an overview image gallery.