|
|
|
|
|
|
|
||
| ||||||||||||||||||||||||||
Index of Online Supplemental Material for
J. Cell Biol. 10.1083/jcb.200712036
Cao et al.
• Figure S1 GFP-Moesin marks F-actin cap and furrow.
• Figure S2 Jasp induces excess actin polymerization around the furrow.
• Figure S3 LatA injection results in disruption of GFP-Dlg and Spider-GFP–marked furrow plasma membrane integrity.
• Figure S4 Suppression of nuf phenotypes.
• Figure S5 Localization of RhoGEF2 and F-actin in nuf and Rab11 embryos.
• Video 1 F-actin signal is rapidly recovered at the furrow after photobleaching.
• Video 2 LatA injection results in loss of membrane integrity and spindle fusions.
• Video 3 F-actin is not stably maintained in nuf embryos.
• Video 4 F-actin loss precedes membrane loss in nuf embryos.
• Video 5 Reducing the dosage of Twinstar stabilizes F-actin at the furrow in nuf embryos.
• Video 6 GFP-Dlg–marked furrow membrane is not stably maintained in nuf embryos treated with DMSO.
• Video 7 Jasp injection stabilizes membrane at the furrow in nuf embryos.
• Video 8 C3 exotransferase injection results in loss of membrane integrity and spindle fusions.
• Video 9 RhoA(Q63L) suppresses the nuf furrow defects local to the injection site.
| ||||||||||||||||||||||||||
|
|
