The ten attractors correspond to the main cell types observed during early flower development, namely, meristematic cells of the inflorescence, which is itself partitioned into four regions (I1, I2, I3, and I4; Figures 1A and D), and sepal, petal (P1 and P2), stamen (S1 and S2), and carpel primordial cells within flower meristems (Figures 1B and E) [3], [12].
The original Boolean FOS-GRN converges to ten attractors that correspond to the main cell types observed during early flower development, and thus provided a mechanistic explanation to the ABC model.
This is the predominant type observed.
Many of the concepts described above are captured in a recent proposal to develop a common framework covering all the main types of observing systems for monitoring near-Earth space, together with the current generation of models.
The three main types of patterns observed in linear and radial flow experiments, namely, compact, wormhole and uniform patterns are numerically simulated.
The main conclusions are: The physical properties of the tested samples reflect the microstructure types observed.
Anaphase lagging chromosomes are a major source of aneuploidy in normal vertebrate cells (Cimini et al., 2001) and the main type of chromosome segregation defect observed in CIN cancer cells (Thompson and Compton, 2008; Bakhoum et al., 2014).
Three main types of tubes were observed and are characterised as follows: (1) Multilayered surface modulated micro- and nanotubes (SMMTs and SMNTs, respectively) with fluctuating diameters caused by periodically interrupted movement of catalytic particles during tube formation.
Three main types of profiles were observed.
In the TEM images of the composite, two main types of structures can be observed, e.g., branched PANI nanofibers in Figure 7a and new nanostructures that consist of CNFs modified by nanostructured blocks of PANI (Figure 7b, c, d).
