The phrase "a pool proportion" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a specific ratio or distribution related to a pool, but without context, it is unclear when to use it.
Example: "The study analyzed a pool proportion of participants who preferred online learning."
Alternatives: "a group ratio" or "a sample proportion".
The number of SNPs and error rate more strongly influence pool proportion inference, where read count contributes little.
In the A-pool tournaments, the proportion of concussions sustained by centre was about twice that of defence and wing (OR 2.01, (95% CI 0.87 to 4.66)).
Initial treatment with ceftazidime plus a glycopeptide also showed a higher resolution rate than a glycopeptide plus aminoglycosides (pooled proportion of 75%, 95% CI 0.69 0.80) that were used in 16 included studies [ 55, 66– 68, 75– 86] with 574 episodes.
The strengths of this systematic review include explicit eligibility criteria, conduct of a comprehensive search and the usage of random-effects model to pool proportions in keeping with the large heterogeneity.
In Figure 5, bottom, we present the phylogenies and pool proportions inferred by the lineage model.
Errors encountered most often took the form of merged lineages or "migrating" pool proportions and nearest-neighbor interchanges between taxa.
Across 13 samples amplified in triplicate, pool proportionality was maintained within similar values across all samples and libraries, with standard deviations of pool proportions less than 3%.
The inferred model appears to recapitulate much of the relative location of these branches on the phylogenetic tree and also reflect appropriate pool proportions.
We note that pool proportions of the unknown sample (green in Figure 6) indicate that it likely has a similar collection location to that of the 12-m sample.
Summing over the lineages at each position combines the pool proportions and the SNP state to give the expected reference allele frequency for pool i and SNP j: p ij = ∑ k = 1 K s ik ⋅ (1 − l kj ).
