Sentence examples for molecular tools provides from inspiring English sources

The use of new phenomics techniques combined with rapidly advancing molecular tools provides a powerful impetus to identify key traits and genes for stress tolerance, and new methods to introduce these genes into important food crops.

The present effort to identify and describe key attributes of uncharacterized NAC TFs in potato genome using high-throughput genome-wide survey, and utilization of available expression data coupled with molecular tools provides foundation of our understanding of their regulatory roles.

These molecular tools provide a new approach for improving the efficacy of vaccines.

Molecular tools provide the potential for rapid species-level resolution of interactions.

Molecular tools provide exciting opportunities for investigating community interactions in the field (Roy & Lawson Handley, 2012).

Molecular tools provide new opportunities for understanding the ecology of infectious diseases, for example, by increasing our understanding of factors that determine spatial and temporal distribution of pathogens and disease (1, 2).

Although molecular tools provide sufficient power in detecting genetic variation, empirical data on species delimitation are often difficult to interpret, since both gene introgression after speciation and shared ancestral polymorphisms can result in species paraphyly [ 15].

This molecular tool provides a noteworthy benefit for quality control of medicinal plants and industry plants for pharmacological prospects.

The advent of powerful molecular biology tools provides the ability to identify genes involved in reproductive isolation and focuses attention on the molecular mechanisms that separate biological species.

Therefore, it has been shown that molecular tools can provide new insights into the mechanisms, pace and geography of marine speciation.

This paper introduced a combined approach based on biological and molecular tools to provide additional support for the hypothesis of the existence of at least two different tick species currently considered as R. microplus.