How organs reach their final shape is a central yet unresolved question in developmental
biology. Here we investigate whether mechanical cues contribute to this process. We analyze …

… In vivo, we observed such microtubule response to stress and consistently found no
significant effect of trichome number on sepal shape in wild-type and lines with trichome number …

… To our knowledge, there are no other proteins known in invertebrate or vertebrate animals
… behaviour found in all of n = 9 complete intercalation events, n = 8 junction shrinkages, and …

… (G) Number of GFP-positive stage 1 and 2 primordia in meristems from plants grown in two
different conditions (n=17 meristems for short and long day condtion and n=16 for long day …

… To our knowledge, there are no explicit measurements of the size of vertex openings in
the literature. Our STED imaging of adherens junction in the germ-band indicates that vertex …

… As reported in our previous study (Hervieux et al., 2016), the sepal first undergoes fast growth
… No significant difference between dividing and nondividing clones from the sepals can be …

… Then, we carefully assigned the cell label n to each cell by comparing it with the original
confocal image in Fig. S1 c. Because we are interested in seeing the CMTs, ie, the microtubules …

NLP Workbench is a web-based platform for text mining that allows non-expert users to obtain
semantic understanding of large-scale corpora using state-of-the-art text mining models. …

… However, since there are no other types associated with this … The intuition behind this
approach is that embeddings of entities of the same type will be closer to one another in an n-…

English. Most organs and organisms have remarkably consistent final shapes, yet at the
cellular level, growth and shape can be highly variable. Surpacellular signals, eg morphogen …