Sentence examples for most contributing to from inspiring English sources

This helps in identifying the segment that is least contributing to healthy pulmonary function or conversely most contributing to poor pulmonary function.

Fatigue tests were carried out to characterize propagation of fatigue cracks in weld metal, it was found that a large Paris exponent made the few large amplitude cycles most contributing to crack propagation.

"What we really need to do now is to drill down into which of those factors are key, which are most contributing to this survival gap the most, so then we can really work on targeting those areas of disadvantage," O'Connell said.

The tissues contributing mostly to these differences were liver and total brain in the case of NDUFA4, and cerebellum and total brain (with cerebellum probably most contributing to the total brain difference) in the case of NDUFA5.

Subsequently, we investigated which of the functional domains were most contributing to the association.

The presence of diabetes, however, was not significant, as has been found in other studies (6, 9, 11), suggesting that hyperglycemia is the factor most contributing to the risk of complications and death.

The number of events being very large, a preliminary selective search algorithm is used to identify the most contributing events to the probability of failure value.

This formulation is robust to mode truncation, offering a huge reduction in computational cost, and providing insights into the most contributing structure to exchanges and transfer.

He claims that it is "one of the most contributing factors to the evolution of human intelligence," quoting a theory advanced by Dr. Craig Stanford, a professor of anthropology at the University of Southern California.

Saithe was the most contributing fish to similarities on mean daily catch within Bolsøya (54.9 %), Eresfjord (52.1 %), Vatnefjorden (48.9 %) and Frænfjorden (34.3 %), while sea trout was the most contributing fish to similarities within Måndalen (44.1 %) (Table 3).

Among other residues, L794 in the C-helix (Figure 4C) was identified as one of the most contributing residues to ErbB3-ErbB4 functional divergence.