Taking all the evidence presented, ATX3 seems to be crucial for the correct cell-cell interaction and alignment, required for cell fusion and progression of myogenesis.
Unfortunately, the experts, institutions and policies that support management of communicable and non-communicable diseases in these settings, commonly remain as separate entities with limited interaction and alignment.
Specifically, the impact of scaffold structure (via fiber alignment) and porosity (via introduction of a sacrificial fiber population) on cellular interactions and alignment was evaluated in vitro using neonatal cardiomyocytes as a model cell type that is aligned natively in cardiac muscle.
However, given a lack of significant three-way interaction between congruency, alignment, and expertise, the significant two-way interaction between congruency and alignment for experts and the lack of thereof for novices should not be viewed as compelling evidence for differences in holistic processing due to expertise in upright fingerprints.
A significant interaction between congruency and alignment signifies holistic processing in the composite task and one priori hypothesis was that this interaction would vary across latent fingerprint expertise.
Although the interaction between congruency and alignment for d' may appear stronger for experts, there was no significant difference when compared with the novice interaction.
Additionally, there are some problems with cell to cell interaction, the assembly and alignment of ECM components and the host response to scaffolds.
Separate two-way ANOVAs were done to unpack the expert and novice groups, which revealed a small but significant interaction between congruency and alignment for experts (F 1,13 = 5.000, MSE = 0.077, p = 0.0435, η p 2 = 0.278).1 We found no significant interaction between congruency and alignment for novices (F 1,14 = 0.564, MSE = 0.080, p = 0.465, η p 2 = 0.039).
There was a significant interaction between congruency and alignment (F 1,26 = 16.204, MSE = 0.110, p < 0.01, η p 2 = 0.384) and a trend-level interaction between congruency, alignment, and expertise (F 1,26 = 4.207, MSE = 0.110, p = 0.050, η p 2 = 0.139) which supports our initial observation of the graphs.
Furthermore, the rates of olfactory lateralization in bumble bees evidenced for the first time in the present work corroborates the hypothesis of a link between levels of social interactions and the alignment of the direction of asymmetries in a population.
There were no significant differences for vertical versus horizontal alignment of the dot pairs (p = .50), no interaction between alignment and T3 (p = .51) and no sign of departure from linearity across the four levels of T3 (p = .54).54
