update210926p2

Author: mizutanilab

README.md

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 ## MCTrace <A href="https://scicrunch.org/scicrunch/Resources/record/nlx_144509-1/SCR_016532/resolver">RRID:SCR_016532</A>
-MCTrace is a program for skeletonized model building and refinement with a graphical user interface. It consists of over 50,000 lines of custom source code in C++ and uses DirectX 9.0 API. MCTrace executable 'kozo---.exe' is available from the Releases pane of the <b><a href="https://github.com/mizutanilab/MCTrace">repository homepage</a></b>. 
+MCTrace is a program for skeletonized model building and refinement with a graphical user interface. It consists of over 50,000 lines of custom source code in C++ and uses DirectX 9.0 API. MCTrace executable is available from the Releases pane of the <b><a href="https://github.com/mizutanilab/MCTrace">repository homepage</a></b>. 
 
 <IMG alt=screenshot src="pics/rfview1.jpg" align=left>
 Neuronal circuits, which are essential for brain functions, are built up by neurons as a 3D network, so tracing the 3D neuronal network of brain is the first step to understanding the mechanism of brain functions. We demonstrated that a skeletonized model of neuronal processes can be built by tracing the 3D coefficient map. An example of the obtained network model of human brain tissue using MCTrace is shown left. In this process, the 3D image was converted into 3D Cartesian coordinates by model building. The 3D coordinates are easier to handle than the image itself, making it possible to analyze the geometry of brain network. The entire 3D network of fly brain hemisphere appeared in <a href="https://www.technologyreview.com/s/602398/first-3-d-map-of-a-fruit-flys-brain-network/">MIT Technology Review</a> were built with this software.<BR clear=left>