3D object tracking and lineage tracing
Accurately analyze object motion and explore cell division, differentiation and fate
Track and lineage editing
Single click and drag-n-drop track / lineage editing. Simple, quick, perfect.
Fast surface rendering
Quickly create and instantaneously display thousands of 3D objects per time point
Lossless compression and more features
Optimize file size without compromising performance or content
3D Object Tracking and Lineage Tracing
Capturing the motion of life
Detecting, analyzing and understanding how cells, organelles and particles move in 3D environments is essential for a wide range of research fields. Moreover, normal cell division and cell differentiation are both critical to the development and homeostasis of most biological systems including humans. Abnormal cell division and uncontrolled cell differentiation are critical factors in a variety of conditions including cancer, immunological disorders and developmental defects.
After tracking the user has a myriad of track display options which include independent controls for tracks, anchors (i.e. the track points), trends (i.e. the vectors that indicate overall direction for each track). Each display option has its own size/scale and color controls to ensure you can get the perfect visualization output for your presentations and publications.
Note: Aivia introduced 2D object tracking and lineage tracing in 2013
Gallery
Track and Lineage Editing
Fast Surface Rendering
No more waiting - see your results now
Performance comparison
Contact us
Please fill in your contact details and tell us more about your research and image analysis requirements
Tel: 1-855-423-5577
15921 NE 8th St, Suite 200
Bellevue, WA 98008
Lossless compression and more
In addition to the major features above, Aivia 7 brings tens of new improvements to help make the overall Aivia experience better. Here are some of the improvements you will find in Aivia 7:
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Aivia TIFF with lossless compression
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Even faster Aivia TIFF for large (in the Z dimension) - efficient down sampling also in Z (previously only X and Y)
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Color detected objects (outlines, surfaces, tracks, dendrites and spines) by any calculated measurement
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More robust soma (neurons) detection and analysis
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More accurate neuron tracing