This time lapse series illustrates the early division up to the four-cell stage of a wild-type C. elegans embryo by DIC microscopy. The first C. elegans embryonic division of the P0 zygote is asymmetr...

This is Video S1 and it corresponds to Figure 2A. It shows that local blebbistatin micropipetting, but not DMSO, increases spine formation and extension (arrowheads). Equal volumes of blebbistatin and...

PrA contains a distinct determinant for glycan-independent ERAD (ER associated degradation). A mutant of the vacuolar proteinase A (PrA*-Gldelta4) (green) is a substrate of ER quality control (ERQC) m...

This movie illustrates the early division up to the four-cell stage of a C. elegans embryo depleted of npl-4 through RNAi. The first C. elegans embryonic division of the P0 zygote is asymmetric and ge...

This is Video S2 which corresponds to still images in top row of Figure 2D. It shows the spine dynamics of control neurons. Time-lapse confocal imaging was performed on DIV14 hippocampal neurons co-ex...

This is Video S3,which corresponds to still images in bottom row of Fig. 2D. It shows that knocking down levels of Myosin II B (MIIB) increases spine dynamics. Spines from MIIB knockdown neurons exten...

This time-lapse series illustrates the early division up to the four-cell stage of a C. elegans embryo depleted of ufd-1 through RNAi. The first C. elegans embryonic division of the P0 zygote is asymm...

This movie illustrates the early division up to the four-cell stage of a C. elegans embryo depleted of cdc-48 through RNAi. The first C. elegans embryonic division of the P0 zygote is asymmetric and g...

This movie illustrates the early division up to the four-cell stage of a C. elegans embryo depleted of ufd-1 through RNAi. The first C. elegans embryonic division of the P0 zygote is asymmetric and ge...

This movie illustrates the early division up to the four-cell stage of a C. elegans embryo depleted of cdc-48 and atl-1 through RNAi. The first C. elegans embryonic division of the P0 zygote is asymme...