Sentence examples for enormous functional from inspiring English sources

A study done by Angel et al. [12] reveals that zedoaria plants have a certain camphoraceous aroma and enormous functional active compounds such as essential oils, phenolics, and flavonoids which are strong components of anti-oxidant agent [12].

Here, we review examples in which evolutionary biochemists have used big data and high-throughput experimental tools to shed new light on the enormous functional diversity of extant enzymes, and the evolutionary processes that gave rise to it.

The different particular combinations of the elements mentioned above contribute to alter or vary the basal promoter strength, and generate an enormous functional diversity among the σ70 promoters.

The TRP superfamily of ion channels is a structurally defined group of cation channels showing an enormous functional diversity [ 1].

The patterns of alternative splicing displayed by certain groups of Syts indicate enormous functional diversity that is only beginning to be understood.

Nematodes are extraordinarily abundant animals and show enormous functional diversity, including frequent acquisition of digestive system and tissue parasitism in a wide range of hosts, including all large-bodied animals and most plants.

The edge effect of graphene nanoribbons including the enormous oxygen functional groups and the insertion of edge carbon layers leads to the formation of MoS2 with large interlayer spacing.

Human cancers are increasingly viewed as complex ecosystems comprised of cells harboring enormous genetic, functional and phenotypic heterogeneity (Meacham and Morrison, 2013).

However, despite an enormous number of functional imaging studies, a precise delineation of the brain regions crucial for distinct aspects of action recognition has remained elusive.

Nevertheless, comparing the enormous number of functional imaging studies in adults with (mostly inherited isolated) dystonia with the very limited research in children highlights obvious difficulties and challenges of studying children (Table 2).

Alternative splicing generates an enormous amount of functional and proteomic diversity in metazoan organisms.