Sentence examples for important phenotypic differences from inspiring English sources

Our data suggest that there are important phenotypic differences in different DMD dog colonies.

Further characterisation is required to determine if there are any important phenotypic differences.

While the frequencies of circulating NKT lymphocytes in sooty mangabeys were lower than those reported in SIV-negative Asian macaques, important phenotypic differences were noted.

These findings emphasize the important role of food-related visual cues in ingestive behavior and suggest that there are important phenotypic differences in the interactions between external visual sensory inputs, energy balance status, and brain regions involved in the regulation of energy intake.

Important phenotypic differences were observed for vegetative organs after 6 days of treatment.

However, linking important phenotypic differences to underlying molecular changes is often challenging.

This finding may be an important phenotypic difference between the db/+and the db/db PerMΦs, not only with respect to modified LDL uptake, but it may impact the innate immune response to ligands that interact with Toll-like-receptor 2 (TLR-2), since CD36 has been identified as costimulatory molecule for this TLR-2 [34].

Comparatively little information is available regarding the genetic background for this important phenotypic difference with particular reference to the endocrine function of the heart.

As adult body size constitutes an important phenotypic difference between P. lessonae and P. ridibundus with ecological implications, knowing the relative body sizes of LLR, LR and LRR can be of importance for predicting their fitness in different habitats.

In contrast, we found no significant mtDNA effects on desiccation resistance in adult flies.> -wrap-foot>> -wraP-foot> P - <0.05 are bolded and italicized P - <0.05 are bolded and italicized Our study adds to a handful of studies demonstrating important functional phenotypic differences between sympatric mtDNA haplotypes, in vivo [ 13, 26– 28, 39] as well as in vitro [ 40– 40].

Thus, we expect prophage and mobile element content to be important for explaining phenotypic differences between closely related strains.