Sentence examples for substantially greater differences from inspiring English sources

However, most of the difference among groups was due to substantially greater differences in women (35 ± 7 g/m2.7 in NGT, 39 ± 8 g/m2.7 in IFG, and 42 ± 8 g/m2.7 in IFG and IGT combined; P < 0.0001) than in men (35 ± 6 g/m2.7 in NGT, 37 ± 8 g/m2.7 in IFG, and 37 ± 8 g/m2.7 in IFG and IGT combined; P = 0.13).

Although the processivity differences in ubiquitination in vitro are consistent with similarly subtle differences in interaction by co-IP, neither result matches the substantially greater difference in degradation for wild-type versus mutant TMDs.

As a consequence, the differences between strata created on the basis of just 7 days of observation were substantially greater than the differences that would have resulted had it been possible to create strata using information on each individual's usual (long-term average) intake.

In these groups, intraduodenal infusion of glucose at 1 kcal/min was associated with only a modest rise in blood glucose, and while the glycemic responses to loads of 2 kcal/min, 3 kcal/min, and 4 kcal/min were substantially greater, there was little difference between them (Fig. 2).

Although the optimized tea mixture was effective against all Salmonella strains, the inhibition was substantially greater for specific serotypes, with differences observed even among strains of the same serotype (p < 0.05).

These between-individual differences were substantially greater for the treadmill- than the track-based calibration equations.

Table 5 results indicate the differences between the mean values which are substantially greater than the standard deviation.

Furthermore, subgroup analysis comparing male stroke patients to male AHAs and female stroke patients to female AHAs yielded similar results with mean differences in HRQOL being substantially greater in the physical sphere.

Mean tibial cortical wall thickness and area were substantially greater in the triple jumpers; the mean group difference ranged from about 20% at the shaft sites, to over 50% at the distal tibia.

Differences among the three study groups are substantially greater for the TTO data than for the rank and VAS data.

For example, the implications of a chemical's interference with iodine uptake into the thyroid are substantially greater for an infant than for an adult because of differences in thyroid hormone storage and circulating half life.