MergeMap was developed by Yonghui Wu (Ph.D. student, Computer Science), Dr. Timothy J. Close (Professor, Botany and Plant Sciences), and Dr. Stefano Lonardi (Associate Professor, Computer Science), at the University of California, Riverside (UCR). Please forward any inquiry to Yonghui Wu (email@example.com). The web-server is currently hosted by the Department of Computer Science and Engineering, UCR.
The individual genetic linkage map is in the following format:
group lg1 ;BEGINOFGROUP m0 0.000 m8 11.183 m7 11.183 m6 12.183 ...... m94 175.020 m95 179.032 m97 183.083 m98 183.083 ;ENDOFGROUP . . . group lg2 ;BEGINOFGROUP m100 0.000 m108 11.183 m107 11.183 m106 12.183 ...... m194 175.020 m195 179.032 m197 183.083 m198 183.083 ;ENDOFGROUP
Each individual genetic map may consists of multiple linkage groups (LG). Each LG starts with the line "group group_name", where group_name is the name for that LG, followed by the line ";BEGINOFGROUP", and then the main body of the LG. It ends with the line ";ENDOFGROUP" indicating the end of the LG. The main body of the LG consists of multiple lines, each of which corresponds to one marker. Each line specifies the name of the marker as well as the distance (in cm) from the marker to the first marker in the LG. Please refer to example.txt for an example.
The LGs from the input genetic maps are first divided into clusters according to their marker compositions. Two LGs belong to the same cluster if they share any markers in common.
For each cluster, three graphs in the .gif format are produced. They are saved as lgx.gif, lgx_consensus.gif, and lgx_linear.gif files respectively, where x is the id of the cluster. The lgx.dot graph highlights the conflicts among the individual maps. It also shows the solution by MergeMap as to which marker occurrences are being deleted. An example along with a detailed explanation is given at the download page. The lgx_consensus.gif shows the simplified consensus DAG while the lgx_linear.gif shows the final linearied consensus map.