This method provides strong evidence that both RNA ends are derived from the same transcript.
This method provided stronger evidence to fully characterize the metrological feature of the methods when a small treatment effect is anticipated.
Family of unconditionally stable implicit LS methods provides strong dissipation of high-frequency modes and has so-called U0 V0 overshoot properties (zero-order displacement and velocity overshoots).
The striking similarity of enrichment patterns seen overall between two independent methods provides strong evidence for the co-occurrence of trait-associated SNPs and genomic regions annotated with specific functional annotations.
Results from multiple methods provided strong evidence that if a threshold exists, it is below current regulatory standards and nearing natural background concentrations.
Phylogenies from both methods provide strong support for the monophyly of several major angiosperm clades, including monocots, eudicots, rosids, asterids, eurosids II, euasterids I, and euasterids II.
All gene sequences, apart from those of the MT genes (due to presence of opposite MT idiomorph in E1) were concatenated and analysed by ML and NJ methods, providing strong bootstrap support for all major clades that were defined by single gene-based phylogenetic analysis.
The Delphi method provides a strong basis for the construct validity of the study findings, with participants able to validate their initial responses and identify areas of uncertainty [ 34].
The method provides a strong clustering ability, with its result easily visible, under which sequences of genome fragments for each species are separated ("self-organized") with high accuracy, based only on similarities in oligonucleotide composition, with absolutely no information given on the species in the course of computation.
While a regularization method provides the possible strong convergence to the minimum-norm solution, its disadvantage is the implicity.
