ShuttleTracker: Difference between revisions
From Laboratory of Modeling in Biology and Medicine
(Created page with " <div align="center">'''A software for semi-automated cell tracking'''</div><br /> <div align="center"> <div align="left" style="width:500px"> ShuttleTracker can detect stain...") |
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<div align="center">'''A software for semi-automated cell tracking'''</div><br /> | <div align="center">'''A software for semi-automated cell tracking'''</div><br /> | ||
<div align="center"> | <div align="center"> | ||
<div align="left" style="width: | <div align="left" style="width:520px"> | ||
ShuttleTracker can detect stained cell nuclei, generate corresponding | ShuttleTracker can detect stained cell nuclei, generate corresponding | ||
annular perinuclear extensions, measure geometric and photometric properties of detected | annular perinuclear extensions, measure geometric and photometric properties of detected | ||
objects, and perform frame-to-frame nuclei tracking. | objects, and perform frame-to-frame nuclei tracking. Parameters of | ||
the underlying image processing algorithms can be changed manually | the underlying image processing algorithms can be changed manually | ||
and the effects of these changes can be seen nearly immediately | and the effects of these changes can be seen nearly immediately | ||
overlaid on currently displayed microscopic images. | overlaid on currently displayed microscopic images. A key capability | ||
of ShuttleTracker is that nuclear contours and tracks can be generated | of ShuttleTracker is that nuclear contours and tracks can be generated | ||
automatically and then corrected manually. | automatically and then corrected manually. | ||
</div></div><br/> | </div></div><br/> | ||
Revision as of 12:55, 16 November 2018
A software for semi-automated cell tracking
ShuttleTracker can detect stained cell nuclei, generate corresponding annular perinuclear extensions, measure geometric and photometric properties of detected objects, and perform frame-to-frame nuclei tracking. Parameters of the underlying image processing algorithms can be changed manually and the effects of these changes can be seen nearly immediately overlaid on currently displayed microscopic images. A key capability of ShuttleTracker is that nuclear contours and tracks can be generated automatically and then corrected manually.
