Sentence examples for the understanding of gene function from inspiring English sources

The advent of transgenic and gene replacement technologies has revolutionized the understanding of gene function and regulation.

The genome-enabled research paradigm in rice biology has contributed to this goal through the understanding of gene function and regulation.

This emphasizes that results obtained in animal models, albeit important for the understanding of gene function, might not be always extrapolated to human physiology and/or human diseases.

However, through a global analysis of gene expression at the RNA level, the understanding of gene function is possible.

The understanding of gene function and regulatory interactions is enhanced through the efficient and seamless combination of the appropriate data.

The delivery of DNA into human cells has been the basis of advances in the understanding of gene function and the development of genetic therapies.

Thus, the reported combination of phylogenetic and expressional analysis may offer a valuable tool for future studies and may contribute to the understanding of gene functions in these crops.

Our results provide a framework for future investigations aiming at the understanding of gene functions and identifying the molecular basis underlying phenotypic variation of economically important traits in domestic cattle breeds.

Rapid progress being made in genome sequencing projects provides raw material for the potential understanding of gene function, so effective reverse genetic strategies are increasingly in demand [ 1].

Moreover, the basic understanding of gene function and physiology combined with well-characterized stereotypic behaviors provides the possibility of using zebrafish and C. elegans for neurotoxicity risk assessment based on behavioral end points (Orger et al. 2004).

Mutations in this gene have been identified previously as disease-causing in milder types of autosomal recessive skeletal dysplasias with differing phenotypes; identification of this additional disease phenotype associated with the gene, however, has furthered understanding of gene function and suggested its involvement in other related disease phenotypes.