Conexus software offers a suite of tools to analyze neuroanatomical images.
The Conexus project delivers a graphical database of neuroanatomical connections in the macaque monkey. It specifically emphasizes thalamo-cortical and cortico-cortical connections. This software solution allows users to enter data seamlessly and search for patterns gathered from different experiments and varied investigators across multiple journals. It results in a unified macaque atlas.
Conexus provides a more efficient and effective approach for students, modelers, and experimentalists to access available data on neuroanatomical connections. They can also compare their findings with existing data. The software's search and 3D visualization tools are the perfect combination for this purpose.
The project concentrates on the tools necessary to visualize large numbers of immunohistologically stained sections together in 3D. This alignment feature enhances the software's visualization capability greatly. Conexus originated as the successor to the XANAT project. It receives funding from the Human Brain Project at NIH as part of the Human Brain Project at UC Davis (Ted Jones, PI).
Overall, Conexus offers a database of neurological connections in the macaque monkey. It stores data gathered from a wide range of sources, allowing users to search, visualize, and compare their research findings. The software's search and 3D visualization tools prove powerful and effective for this purpose. The software's alignment tools help with 3D visualizations of stained sections. The positive impact of Conexus for brain research is undeniable, and its integration with immunohistology data will enhance it even further.
Conexus provides a more efficient and effective approach for students, modelers, and experimentalists to access available data on neuroanatomical connections. They can also compare their findings with existing data. The software's search and 3D visualization tools are the perfect combination for this purpose.
The project concentrates on the tools necessary to visualize large numbers of immunohistologically stained sections together in 3D. This alignment feature enhances the software's visualization capability greatly. Conexus originated as the successor to the XANAT project. It receives funding from the Human Brain Project at NIH as part of the Human Brain Project at UC Davis (Ted Jones, PI).
Overall, Conexus offers a database of neurological connections in the macaque monkey. It stores data gathered from a wide range of sources, allowing users to search, visualize, and compare their research findings. The software's search and 3D visualization tools prove powerful and effective for this purpose. The software's alignment tools help with 3D visualizations of stained sections. The positive impact of Conexus for brain research is undeniable, and its integration with immunohistology data will enhance it even further.
What's New
Version 0.2: N/A