Slb/Wnt11 controls hypoblast cell migration and morphogenesis at the onset of zebrafish gastrulation
Development
Ulrich et al. 130 (22): 5375.
DEV00758 Movies
Files in this Data Supplement:
Movie 1
-
Timelapse
movie showing the movement of gsc-GFP positive cells (prechordal
plate and notochordal precursor cells) in a wild-type embryo from shield stage
to bud stage.
Movie 2
-
Timelapse
movie showing the movement of epiblast (ectoderm, red rhodamine) and
hypoblast (prechordal plate, green GFP) cells in wild type embryos for 45
minutes at the onset of gastrulation. Hypoblast (prechordal plate) cells are
moving from bottom (germ ring) to the top (animal pole), while epiblast cells
are moving in the opposite direction. Dorsal (start of movie), ventral (middle)
and lateral (end) views.
Movie 3
-
Timelapse
movie showing the movement of epiblast (ectoderm, red rhodamine) and
hypoblast (prechordal plate, green GFP) cells in slb embryos
for 45 minutes at the onset of gastrulation. Hypoblast (prechordal plate) cells
are moving from bottom (germ ring) to the top (animal pole), while epiblast
cells are moving in the opposite direction. Dorsal (start of movie), ventral
(middle) and lateral (end) views.
Movie 4
-
Timelapse
movie showing the movement of wild-type and slb prechordal plate
precursor cells at four consecutive timepoints (0, 2.5, 5, 7.5 minutes). The
cells move from top (germ ring) to bottom (animal pole).
Movie 5
-
Timelapse
movie showing the movement of two wild-type and three slb
epiblast cells at four consecutive timepoints (0, 2.5, 5, 7.5 minutes). The
cells move from top (animal pole) to bottom (germ ring).