Sentence examples for highly correspond to from inspiring English sources

Tirapazamine was significantly more effective in all oxygen deprived cell lines, and our results for tirapazamine highly correspond to previous studies of this bioreductive prodrug [ 62].

The intensity of the signal of hPSCs highly corresponded to the cell number and remained consistent in a mixed population with differentiated cells.

The results indicated that the outcomes inferred using the model highly corresponded to the actual distribution of the target species.

Wind erosion hazard is also expected to increase slightly and the spatial variation of the hazard highly corresponds to soil properties.

The reliability figures highly corresponded to the values obtained for the original long version of the EMBU from 14 countries (N = 3.500) [ 21].

The local entropy value is low for regions with smooth variations, which highly likely correspond to haze-opaque regions.

The high presence of leaderless genes in these genomes may highly probably correspond to their extreme habitat, as suggested for archaea [ 24].

The characteristic property of the transcriptional networks that enhances monotonicity is the tendency of many nodes to have a skewed distribution of signs in their edges, see Fig. 3. Up to a gauge transformation, in fact, highly asymmetric sign distributions correspond to highly positive sign concentrations, hence closer to monotone than random sign distributions.

Instead, we think that one possible mechanism distinguishing essential genes from disease genes is that essential genes contain a larger fraction of highly conserved sites (with the underlying assumption that highly conserved sites correspond to functionally important loci).

The existence of such effect is quite logical, as usually highly connected nodes correspond to the principal airports of the main European cities which, in most of the cases, are connected among themselves via direct flights.

Highly energetic interactions correspond to the high-temperature conditions present in the early Universe.