The Motor Protein Myosin-X Transports VE-Cadherin along Filopodia To Allow the Formation of Early Endothelial Cell-Cell Contacts
Mol. Cell. Biol. Almagro et al. 30: 1703

Supplemental material

Files in this Data Supplement:

  • Supplemental file 1 - Legends to Movies S1 to S10
    MS Word document, 28K.
  • Supplemental file 2 - Movies S1 (VE-Cad-YFP moving along preformed filopodia) and S2 (Absence of YFP patch movement along filopodia)
    Zipped QuickTime Movie files, 811K.
  • Supplemental file 3 - Movie S3 (Movements of VE-DSR patches along filopodia in HUVEC)
    QuickTime Movie files, 3.62 MB.
  • Supplemental file 4 - Movie S4 (Absence of DSR patch movement along filopodia)
    QuickTime Movie files, 1.58 MB.
  • Supplemental file 5 - Movie S5 (Backward MyoX-GFP-mediated transport of VE-DSR along a filopodium)
    QuickTime Movie files, 3.72 MB.
  • Supplemental file 6 - Movie S6 (Movements of VE-DSR patches along filopodia in HeLa cells)
    QuickTime Movie files, 4.37 MB.
  • Supplemental file 7 - Movie S7 (Backward and forward MyoX-GFP-mediated transport of VE-Cad-DSR along a filopodium)
    QuickTime Movie files, 652K.
  • Supplemental file 8 - Movie S8 (Blockage of VE-CFP transport by GST-FERM-DSR expression)
    QuickTime Movie files, 3.88 MB.
  • Supplemental file 9 - Movie S9 (Inhibition of stable cell-cell contacts by GST-FERM-DSR expression)
    QuickTime Movie files, 4.75 MB.
  • Supplemental file 10 - Movie S10 (Cotraveling of MyoX and VE-Cad on filopodia participates in wound healing)
    QuickTime Movie files, 7.55 MB.