Sentence examples for versatile role of from inspiring English sources

Thus, the present study determined a versatile role of goat dung as inexpensive substrate for the production of amylolytic enzyme from G. arilaitensis strain ALA4.

Accurate calculations of the free energy of binding are still elusive; however progresses were made with respect to how one may deal with the versatile role of water.

These functional groups usually lead to the versatile role of l-cysteine during the synthetic process, such as sulfur sources, polydentate ligands, self-assembly reagent, or even shape-controlling agent [25 32].

In this review article, we highlighted the recent research progress in the production of high quality graphene by LPE, with a particular emphasis on the versatile role of different categories of surfactants.

These short examples show the versatile role of bioenergy and outline the material, societal, technical and economic dimensions of its use as well as potential conflicts among these dimensions [7]: The material dimension: It principally refers to the availability of goods like raw materials, agricultural land or woody biomass.

These contradictory findings may be explained by the versatile role of TIMP-2 [ 12].

Drawing on global examples with a focus on African case studies, this paper demonstrates the versatile roles of trees and agroforestry in reducing smallholder's exposure to climate-related risks.

Therefore, dissecting the versatile roles of centrosomal Nlp members in human disorders is still a worthwhile challenge ahead.

Besides various versatile roles of intrinsic disorder in assembly, function, and regulation of different proteinaceous machines discussed in this Review, a new concept of a "stochastic machine" has been recently proposed as a basic mechanism of a scaffold protein action.

The conservation of the protein motifs and structures, the absence of a particular conifer subfamily, and the intrinsically disordered N-terminal domain can account for the versatile roles of these proteins in tree biology and for the molecular mechanisms regulating their expression levels and functions.

We chose protein ubiquitination as a target for further analysis due to its versatile role in many aspects of cellular homeostasis and, e.g., the replicative potential of a cell and as it therefore may in fact underlie several of the previously presented molecular alterations in asbestos-associated carcinogenesis.