Sentence examples for different from the proportion from inspiring English sources
The proportion of patients achieving >50%% bleeding reduction at 6 months was not significantly different from the proportion at 12 months (P = .095).095
But the proportion of organisations which acquire it and which have, say, just 6 links is not very different from the proportion of those with 26 links which acquire.
However, the proportion of patients with PCT > 32.5 µg/L in the severe sepsis/septic shock (19 %, n = 16) was not significantly different from the proportion of patients with PCT > 32.5 µg/L in patients without severe sepsis/septic shock (10%%, n = 12) (p = 0.123).
The proportion of mate acceptance was not significantly different from the proportion observed in the treatment with one-day-old females exposed to brothers in the experiment 1 (χ2 = 0.0318, df = 1, p = 0.85).
Under the common variance model 1627 (6% of 26,107) genes showed significant differential expression, and the proportion down regulated in B. rapa (54%) was significantly different from the proportion down regulated in B. oleracea (46%) (Χ2 = 10.39, P = 0.001).
Notably, this proportion of the orthologs displaying lethality (35%, [53/150]) was significantly different from the proportion of all knocked out genes associated with lethality in the MGI database (23% [1567/6812], p-value = 0.0006).
These results are very different from the proportions of selected sites found in the structures, where turns and coils contain more selected sites than expected and sheets less.
The steady state proportions of choices of the richer option for the payoff ratios 3 1 and 1.5 1 were 85.7% and 67.2% respectively, both significantly different from the proportions dictated by the matching law (p < 0.0001).
The proportions of tobacco users who reported having been screened during the current or prior clinic visits were not significantly different from the proportions of non-users who reported having been screened at similar clinic visits (see Table 2).
Although the TEQ proportion in serum would be expected to differ from the TEQ proportion in current dietary intake because of differential congener pharmacokinetics and historical exposure profiles, the proportions in human serum lipid are likely not too different from the proportions in animal fats, which are the primary contributors to human dietary exposure (Lorber et al. 2009).
