Sentence examples for differences in capabilities between from inspiring English sources

It is important to keep in perspective inherent differences in capabilities between tissue-based assays and in vivo assays using molecular imaging.

Second, Lehr does not recognise the tremendous differences in capability between the states of east Africa and the nations of southeast Asia.

Whereas three trials per session were utilized with C57BL/65 mice in each component, behavior of 129/SvJ mice could only be sustained for two trials per component per session, demonstrating differences in testing capabilities between these two strains under these experimental conditions and thus precluding the ability to make systematic strain comparisons of learning capabilities.

In an earlier study on the goldfish, Popper [35] detected no significant differences in hearing capabilities between fish of 5 and 10 cm SL.

Owing to differences in visual capabilities between fish species [ 8– 10], it is reasonable to suspect that different wavelengths might induce different behaviours between teleost and elasmobranch species.

Because of the similarities and differences in metabolic capabilities between Pelobacter and Geobacter species, in silico modeling of these two Pelobacter species will provide insight into their metabolism.

There is as yet no satisfactory explanation for these controversial findings but differences in regenerating capabilities between subtypes of neurons may be responsible.

Recent studies with nets illuminated with green LEDs or chemical lightsticks indicate that visual-based BRTs can also be effective for reducing sea turtle interactions [ 5]. Results from this study suggest that exploiting the differences in visual capabilities between sea turtles and fish species is a worthwhile approach for developing BRTs.

This is the first demonstration of differences in learning capability between alternative adult phenotypes, and also of transient modifications in learning capability during the process of phenotypic transformation; the latter modifications go beyond the differences observed between the two extreme phenotypes.

In order to determine whether statistically significant differences in predictive capability between models exist, we performed paired t-test analyses of correlations (between DGV and phenotypes) for all analytical models across the 20 bootstrap replicates for each best-fit model (Table  5).

The difference in prevention capabilities between L. reuteri and L. johnsonii post-weaning may involve their response to diet composition as this factor has been shown to be an important contributor to development of T1D [19], [19].