The cell is shown in maximum intensity projection. In the center and right panels, color and opacity have been adjusted to render the cytoplasm in translucent white, the nucleus in opaque blue and the interior of the nucleus in a green to red chromatic gradient with the nucleoli rendered in opaque red.  Individual cillia are approximately 0.2 microns in diameter. Observation of individual cillia in the video indicates that Cell-CT resolution is at least one-half micron.> Read More

The cell is shown in maximum intensity projection. In the center and right panels, color and opacity have been adjusted to render the cytoplasm in translucent white, the nucleus in opaque blue and the interior of the nucleus in a green to red chromatic gradient with the nucleoli rendered in opaque red. > Read More

The Cell-CT™ uses a technique called Optical Projection Tomography to render cells in 3D. This process is illustrated in the video where a cell is shown transported through the Cell-CT’s glass micro-capillary by applying pressure to a gel that embeds cells. As the capillary spins, the cell is scanned from multiple perspectives creating images that are then used to form a 3D image of the Cell. > Read More

VisionGate is dedicated to saving lives through early cancer detection and prevention, utilizing its revolutionary automated 3D cell imaging platform, the Cell-CT™,  that is capable of generating high-resolution 3D biosignatures from intact cells.> Read More