Sentence examples for both methods support the from inspiring English sources

Thus, gene presence/absence analyses could be used to test whether both methods support the same rooted rings.

Both methods support the monophyly of known Blochmannia isolates and newly sampled Camponotini associates (Bayesian posterior probability of 1.00 and bootstrap support of 78%).

To address this, some authors have recommended that Per Protocol (PP) analysis also be conducted alongside ITT to provide a more robust conclusion if both methods support the non-inferiority [ 9, 20].

The results obtained by both methods support the function of subfamily A in ABA responses, and provide insights into the shared and different transcriptional regulation machineries as well as evolutionary divergent patterns of PP2C gene regulatory networks in dicots and monocots.

Notably, RT-PCR data is suggestive for the microarray to underestimate changes in the gene expression even though both methods supported the general directions of changes.

Both methods supported the capacity of DECM to influence the differentiation of hASC cells cultured on composite scaffolds.

It is known to be potentially implicated in oncogenesis (Marchetti et al., 2008) and also the other two members of the NTRK receptor family, NTRK1 and NTRK3 are selected to be significant by both methods, supporting the implication of NTRK2 in oncogenesis.

Both treeing methods support the existence of at least three major classes of arsC genes, corresponding to the Archaea/Eukarya, the Enterobacteriales (enteric γ-Proteobacteria) and α-Proteobacteria, and the Low GC Gram-positive Bacteria.

Both phylogenetic methods support the division of Cx. palpalis into three divergent lineages (pal-N-AUS, pal-S-AUS and pal-PNG) that show no geographic overlap (see Additional file 2).

The recovered phylogenetic trees using both Bayesian and ML methods support the results of studies using fragments of mtDNA and nuclear markers and other smaller-scale studies using whole mitogenomes.

Both ML and NJ methods support the rickettsia-eukaryotic SLP-2 group, although their position within this clade is much less resolved.