Sentence examples for differences in the generation from inspiring English sources

This conclusion is in accord with our findings that there were no significant differences in the generation and repair of seDSBs produced by topotecan between WT and ATM-deficient cells, as assessed by neutral comet assays (Fig. 6d).

However, earlier research found significant gender differences in the generation of ankle torque and in the reaction times after a perturbation.

First, we found no differences in the generation of DCs from Jak3−/− bone marrow progenitors, when compared to wild type cells.

Conversely, ST2+/− and ST2−/− demonstrated enhanced IL-33 expression to a similar degree, despite exhibiting differences in the generation of the late-phase inflammation (Figure 5C).

No obvious differences in the generation of H2O2 and autofluorescence of phenolic compounds were detected between typical HR lesions and HLR lesions (Figure 1C and D).

The differences in the generation of fibrocytes under SF and SC conditions (Fig. 1) suggested that these cells may respond differently to the presence of serum within the culture medium.

The quantitative questionnaire data suggest that there are few significant differences in the generations' and genders' reports of work-life balance, work hours and attitudes towards patient care.

This result likely reflects the difference in the generation process: Aftershocks are generated primarily by the stress disturbance that acts within a widespread area, whereas earthquake swarms in the geothermal region are caused by the migration of crustal/magmatic fluid into the localized permeable zone.

While the lag phase duration was similar for the two brands, there was a substantial difference in the generation times.

This large difference in the S-wave velocity structures implies a difference in the generation process of the high strain rate between the northeastern and the central parts of the NKTZ.

This result implies a difference in the generation process: Earthquake swarms are controlled by the fault weakening process due to fluid intrusion into a fault damage zone that serves as a highly permeable channel, whereas aftershocks are caused primarily by stress changes due to slip dislocation during the mainshock or its afterslip.