Sentence examples for percentage par from inspiring English sources

Population attributable risk percentage (PAR%) was estimated by the formula: PAR% = Pe (RR − 1)/(Pe [RR − 1] + 1) × 100, where Pe represents the risk genotype frequency in the population and RR represents the relative risk of the risk genotype [ 22].

These HLA alleles conferred sizeable population-attributable risk percentage (PAR%) for GD (Table 4).

Population attributable risk percentage (PAR) for the risk genotypes (SNP rs5770917 C/C and T/C) was evaluated using the following formula, PAR = [p RR 1)]/[p RR 1)+1]), where p is calculated based on genotype frequencies in healthy controls and RR indicates relative risk of the risk genotypes.

It is an example of a model, which uses population attributable risk percentage (PAR %) estimations.

We calculated the population attributable risk percentage (PAR%) of asthma for community-acquired E coli BSI using the formula established by Miettinen.

4 The population attributable risk percentage (PAR%) was calculated and refers to the percentage of cases attributable to the cervical conisation.

The pricing should be based either on recent transactions such as the sales conducted by Merrill Lynch in September 2008 at 22¢ on the dollar, or at a percentage of par as determined through a "down-case" discounted cash flow valuation.

About 70percentt of provisional ballots were counted, but 30percentt weren't -- a percentage on par with the rest of the country, but the sheer volume of provisional ballots in Maricopa County means that tens of thousands of earnest voters will see their votes essentially trashed each election cycle.

The percentage of PAR-1 4 PAR-1 4e cells was determined from the fraction of cells in the sampositivebated with specells antibodies that exceeded the threshold for the fluorescence signal intensity obtained wash the control sample.

Figure 3b shows that, among the total DAPI-stained elements, the percentage of PAR-positive cells in white matter ROI (hatched bars) had already increased significantly (P<0.001) 3 h after PM+Mg2+, and it remained elevated (P<0.001) 24 h later.

In order to visualise the contribution of socio-demographic risk factors on perinatal morbidity in each municipality, we calculated the population-attributable risk (PAR) percentages.