Sentence examples for characterizing animals from inspiring English sources

Factors characterizing animals or herds, such as breed, age, herd size, grazing system, and breeding system were also analyzed.

That may be a convenient way of characterizing animal behavior, though, as Fletcher observes, the kind of loyalty shown is limited because such loyalty cannot be betrayed.

For while acknowledging that non-experimental methods of characterizing animal culture are limited [8], [54], it is only through such longitudinal observations that we can document how long animal cultures like Eye covering endure and also detail what, if any, further diffusion dynamics they exhibit as new members become integrated into the community and others are removed or die out.

The most commonly used genetic marker for characterizing animal biodiversity and identifying maternal lineages is the mitochondrial genome.

The most popular single marker for characterizing animal biodiversity is the mitochondrial genome, as mitogenetic variation tracks the matrilineal component of historical genetic diversity, migration routes [ 2, 3] the timing of divergence events [ 2- 5], and has relevance to fitness [ 6- 8].

We argue that we have made unprecedented advances in documenting and characterizing animal mitochondrial recombination and acknowledge that the system is in its infancy and there is still more to learn.

Factorial analyses: Factorial analyses were applied to characterize animals according to their anxiety-like behaviors from the EPM.

Hence, we produced and characterized animals completely deficient in LMα2 chain, but instead overexpressing a truncated form of LMα1 chain (dy3K/δE3 mice) that lacks the dystroglycan binding site (LG4-5 domatns athehe C-terminus, also known as the E3 fragment), but retains the integrin binding site (LG1-3, see Fig. 1A) [34], [34].

The internal transcribed spacer gene is used in particular for investigating Fungal life forms, while the mitochondrial cytochrome oxidase I (COI) gene is mostly used to characterize animals.

C. fleckeri produces one of the most potent venoms known to man but its protein composition is poorly understood compared to those of other well characterized animals, such as snakes, scorpions and spiders.

However, the experimental design of the Freimann's group differed from ours as we evaluated the gene expression profiles that characterized animals after the mild chronic exercise and, in a different set of rats trained in parallel using an identical training protocol, we determined the cardioprotection by measuring the extent of the injury caused by ischemia/reperfusion experiments.