Sentence examples for more frequently generated from inspiring English sources

Actually, incomplete fusion defects are more frequently generated between the scan tracks and layers [57, 58].

More significantly, questions on key inquiry, basic information and hypothesis when asked more frequently generated arguments that scored higher in terms of degree of soundness and strength.

Overall participants thought that imaging tests more frequently generated effects on patients as compared to non-imaging tests, in both positive and negative ways.

Otherwise, the properties of the sample space would be biased toward those of more frequently generated networks, and, consequently, the significance assigned to any property would be questionable.

Finally, based on the results of in vitro analyses, H. pylori biofilm formation can decrease susceptibility to antibiotics and H. pylori antibiotic resistance mutations are more frequently generated in biofilms than in planktonic cells.

H. Yonezawa et al. in "Biofilm Formation by Helicobacter pylori and Its Involvement for Antibiotic Resistance" demonstrated that biofilm formation of H. pylori could decrease susceptibility to antibiotics and H. Pylori antibiotic resistance mutations were more frequently generated in biofilms than in planktonic cells.

While human mistakes more frequently generate damage, the system components combined with their complexity are more important [ 33].

"The criticism is that there may be an incentive for advisers to pay more in commissions, or to trade more frequently, to generate soft dollars to pay for research that helps them manage all their accounts," said Jay Baris, a securities lawyer with Kramer Levin Naftalis & Frankel, a New York law firm.

Very few of the weaker storms, even though much more frequently occurring, generate disturbances exceeding the large-magnitude thresholds, here defined from an actual example of a directional-drilling campaign in the North Sea.

Motivation: Our focus has been on detecting topological properties that are rare in real proteins, but occur more frequently in models generated by protein structure prediction methods such as Rosetta.

Although it is difficult to reach a definitive conclusion based on these data, most of the yeast observations suggest that duplications that arise as a consequence of homologous recombination between flanking repeated sequences occur more frequently than those generated by non-homologous end-joining events.