Sentence examples for evolution of a range from inspiring English sources

In the past few years, a variety of methods have been developed to allow the in vitro evolution of a range of biomolecules including novel and improved biocatalysts (enzymes).

Recent advances in nucleic acid chemistry and polymerase engineering enable the synthesis, replication, and evolution of a range of synthetic genetic polymers (XNAs) with improved chemical and biological stability.

The extreme Antarctic environment has led to the evolution of a range of novel physiological adaptations in the local biological species, drawing bioprospectors to the region.

We also found considerable variation in gene family copy number when comparing Daphnia to insects and present phylogenetic analyses to shed light on the evolution of a range of conserved immune gene families.

These considerations led to the evolution of a range of interface arrangements that brought together organizations with the mandate to offer public good on one hand, and those that could facilitate this goal though the provision of resources, technical expertise or outreach, on the other.

A similar result was obtained by subjecting randomly generated metabolic networks (i.e., not generated by a procedure mimicking evolution) to a range of environments and assessing the amount of biomass they produced [ 84].

The paper describes the concept of missile evolution and the development of a range of missile advancements designed to defeat the evolving array of aircraft defensive measures.

The strong selection pressure predation imposes on prey animals have resulted in the evolution of a wide range of antipredator devices encompassing a range of behavioral and morphological traits (Cott 1940; Edmunds 1974; Ruxton et al. 2004).

Because of competing forces and variations through time, the relative importance of geomorphic processes responsible for the long-term topographic evolution of a mountain range is not always obvious.

Those organisms that produce a wider range of variation because of greater ontogenetic allometric change produce more raw material for natural selection, leading to the evolution of a wide range of descendants.

In this paper, we will present a detailed study of the growth and evolution of a diverse range of ZnO nanostructures that can be grown on Au-coated 4H-SiC substrates.