Sentence examples for chances using a from inspiring English sources

New Era decided to up David's chances, using a crowdfunding platform to raise resources that will allow the grassroots organization to go head to head against Goliath, which in this case is a multi-billion dollar utility giant.

Patients treated with single AAV may have a second chance using a different serotype.

In principle, for weighted graphs one could eliminate connections that may be present by chance using a threshold to set all non-significant values to zero.

To measure this we assessed if there were any CNAs that were more or less likely to be associated with each other, more than by chance, using a statistical analysis.

First, we tallied the number of comparisons where the direction of the difference supported the hypothesis (myrmecochores>non-myrmecochores) and tested whether comparisons supporting the hypothesis were more frequent than expected by chance using a sign test [58].

The weighted κ statistic was calculated to determine agreement between parent-reported and measured index BMI status adjusted for chance, using a linear set of weights.

The weighted kappa statistic was calculated to determine agreement between parent-reported and measured index BMI-status adjusted for chance, using a linear set of weights.

The MVH system segregates experimental peaks into three intensity classes and measures the point probability of matching a given combination of peaks by random chance using a multivariate hypergeometric distribution [17].

Phase 3 In the test phase, the aim was to determine the kappa value (agreement adjusted by chance), using a blinded study, while ensuring an approximate 50% prevalence in order to optimise the kappa statistics validity [ 12, 13].

We tested the hypothesis that the distribution of total variance occurred by chance using a χ 2 test (Methods) and found significantly greater variance than expected in each tissue (Table 1B).

To determine whether a person was unable to produce asparagus odorants in urine, we asked whether the proportion of correct answers about each sample was different than chance (0.5 = chance) using a repeated-measures analysis of variance (ANOVA) and Tukey post hoc tests.