Both basal and apical expulsion of mutant cells was observed, the former characterized by specific reorganization of cell adhesion and polarity proteins, the latter by complete cytoplasmic diffusion of these proteins.
The observed spatial reorganization of telomeric clusters between insect and human stages prompted us to investigate whether the composition of clusters also changed between the two stages.
The study reveals two phases of decline in land use directly on the edge of the marsh, although indicators of anthropogenic disturbance of the vegetation never entirely disappear during these periods between 3900 and 3300 cal BCE at the transition from the Late Neolithic (LNII) to the Bronze Age and from 1650 to 800 cal BCE when we observe a reorganization of the settlement on the higher slopes.
In this work we have observed the spatial relationship between the vacuole and the protoplasm of a living sporangiophore and revealed intracellular reorganization of sporangiophore upon vertical displacement.
Perhaps we cannot go as far as to say that we observe network sparsification, but, especially by looking at the clustering coefficient, we can say that we observe a reorganization of the network, and that it becomes less clustered with time, which supports the hypothesis that the network develops into a more hub-and-spoke structure.
In parallel we observed a reorganization of the actin cytoskeleton with formation of stress fibers (Figure 1A).
We observed a reorganization of the actin cytoskeleton after ligation of α-dystroglycan, with monoclonal antibodies to α-dystroglycan and in a subset of podocytes with fibronectin.
We have recently observed a reorganization of the H. chilense chromatin in wheat background between different chromosomes (A. Martín, personal communication).
However, Chino et al. (1992) and Calford et al. (1999), using anesthetized adult cats, observed a larger reorganization in V1 (∼3 mm) and a larger RF displacement (∼5 mm), while Murakami et al. (1997) observed no reorganization in the LPZ in V1 of adult awake macaque monkeys.
Indeed, we observe reorganization of the neuroepithelium with loss of pseudostratified layout of the neural tube, downregulation of cadherin-6B expression and perturbed distribution of N-cadherin.
