Sentence examples for powerful in generating from inspiring English sources

Motion is extremely powerful in generating an orienting response.

IL-12 producing DC has been found to be powerful in generating protection against tuberculosis infection [32], [33].

While extremely powerful in generating and testing hypotheses, MD methods are severely limited in time scale because of the short time steps (on the order of femtoseconds for atomistic simulations) required for accurate integration of the trajectory and proper description of the molecular system.

George Brown says, "Social systems can play a powerful role in generating both psychiatric and physical disorder.

The chart below shows where the committee stands in the financial landscape: responsible for the success of its own national sports organizations, heavily dependent on the international body, and yet the international group's most powerful partner in generating support.

This led me to think about how critical space can be in generating powerful results in anyone's life.

Further evidence for the powerful effect of recombination in generating pathogenic diversity is seen in comparisons of the Great Plains populations with those populations from the Washington/Oregon area where the sexual stage of P. graminis tritici occurs annually.

He had expected the storyline to be "quite big", he said, but had not realised how powerful social media would be in generating debate, with Twitter picking up on subtle aspects of Rob's control over Helen very early on in the storyline.

The next-generation sequencing (NGS) technology is far more powerful than any existing generic DNA fingerprinting methods in generating DNA markers.

By identifying commonalities across disparate published qualitative sources, meta-synthesis works in a similar way to a meta-analysis of disparate published quantitative sources, in generating a more powerful level of evidence in relation to a particular issue.

Reconstructing phylogenies of genomic regions that control phenotypic diversity can therefore be a powerful method for verifying their involvement in generating and maintaining phenotypic diversity, and in increasing our understanding of the processes giving rise to novel and adaptive phenotypes (e.g. [ 16]).