Finally, we found highly significant division-level random effects in Model 2, which indicates that unobserved neighborhood effects remain unaccounted for.
But one highly significant decision has effectively now been made.
The differentiation between groups in the division of seven was highly significant and explained 52% of total variance while variance among populations within the groups was only 6% (Table 2).
The process of meiosis is mainly related to the behavior of chromosomes during prophase and anaphase of the first meiotic division, with highly significant events taking place (i.e., homologous synapsis, recombination, and segregation).
Correlated with TrpB speciation, TrpA proteins showed a division into two, statistically highly significant subgroups; see Figure 2. The larger TrpA1 group consisted of TrpA sequences originating from genomes that possess a trpB1 gene.
Subsequently, we performed gene ontology (GO) analysis of differentially expressed genes to gain better insight in the functional changes during long-term culture: downregulated genes revealed a highly significant enrichment in categories involved in cell division and DNA repair whereas upregulated genes were enriched in cell adhesion, development, and extracellular matrix organization.
The variance of the division-level random intercepts remained highly significant in Model 3. We explored the relationship between neighborhood context and child health outcomes on a group of tea estates in South India.
significance *: significat **: highly significant.
Highly significant concordance values were observed for all the retinotopic division maps (for all maps concordance correlation coefficient > 0.39, P < 0.001; see Supplementary Table 2 for details).
The division into the Dact1/3 and Dact2/4 groups was highly significant in the likelihood mapping analysis (92.2%, Figure 2C) and well supported in the PhyML tree for gnathostome sequences (bootstrap value of 100; Additional file 5).
Finally, we found highly significant random effects in the model, which suggests that there are unobserved division-level factors that affect the risk of malnutrition at age one.
