Gab2 regulates cytoskeletal organization and migration of mammary epithelial cells by modulating RhoA activation -- Abreu et al. 22 (1): 105 Data Supplement - Supplemental Materials -- Molecular Biology of the Cell

Supplemental Materials

This article contains the following supporting material:

Supplemental Materials
Movie01 - Videos 1 and 2: MCF-10A/Gab2 cells exhibit a lack of persistent directionality (video 1 for control, video 2 for MCF-10A/Gab2).
Movie02 - Videos 1 and 2: MCF-10A/Gab2 cells exhibit a lack of persistent directionality (video 1 for control, video 2 for MCF-10A/Gab2).
Movie03 - Videos 3 and 4: MCF-10A/Gab2 cells exhibit reduced stability of cell colonies (video 3 for control, video 4 for MCF-10A/Gab2).
Movie04 - Videos 3 and 4: MCF-10A/Gab2 cells exhibit reduced stability of cell colonies (video 3 for control, video 4 for MCF-10A/Gab2).
Movie05 - Videos 5 and 6: MCF-10A/Gab2 cells tend to disperse following cell division, rather than associating to form epithelial colonies (video 5 for control, video 6 for MCF-10A/Gab2).
Movie06 - Videos 5 and 6: MCF-10A/Gab2 cells tend to disperse following cell division, rather than associating to form epithelial colonies (video 5 for control, video 6 for MCF-10A/Gab2).
Movie07 - Video 7: MCF-10A/Gab2 cells have a reduced tendency to join pre-existing colonies (video 7 for MCF-10A/Gab2, compare to video 3 for control).