Metadata record for the manuscript: Unique gap junction- and cofilin-dependent cellular protrusions mediate cancer cell migration by tethering to osteogenic cells

This metadata record provides details of the data supporting the claims of the related manuscript: “Unique gap junction- and cofilin-dependent cellular protrusions mediate cancer cell migration by tethering to osteogenic cells”. The data consist of 10 files.<br>The related study investigated migration and invasion of metastatic cancer cells and discovered an alternative “migration-by-tethering” mechanism through which cancer cells gain the momentum to migrate by adhering to mesenchymal stem cells or osteoblasts.<br>The data files are as follows:<b>- FlowCytometryParameters.wsp</b> - Underlying Figure 4 e in the related manuscript.<b>- Incucyte Timelapse Transwell Data.txt</b> - Underlying Supplementary Figure 1 e.<b>- Muscarella et al Final Submission Raw Data.xlsx</b> - Underlying all figures in the related manuscript and all supplementary figures. This file contains many tabs labelled by which figure they relate to.<b>- Muscarella et al Revision Supplemental Figures.pdf</b> - Containing all supplementary figures and Supplementary - <b>Table 1.mp4</b> - See the Results section of the related manuscript for details.<b>- Supplementary Video 1.mp4</b> - See the Results section of the related manuscript for details.<b>- Supplementary Video 2.mp4</b> - See the Results section of the related manuscript for details.<b>- Supplementary Video 3.avi</b> - See the Results section of the related manuscript for details.<b>- Supplementary Video 4.mp4</b> - See the Results section of the related manuscript for details.<b>- Supplementary Video 5.mp4</b> - See the Results section of the related manuscript for details.<b>- Supplementary Video 6.mp4</b> - See the Results section of the related manuscript for details.<br>