Sentence examples for in the pooling process from inspiring English sources

Importantly, the statistics used here to infer nucleotide variability were developed to account for the bias towards intermediate allele frequency in the pooling process (see Materials and methods).

7 This significance threshold reflects the chance that a non-zero allele-frequency difference may occur by chance as a result of the random assortment of chromosomes (and unlinked areas within chromosomes) in the pooling process.

Note that the effective number of samples can also be thought of as a measure of multiplicative noise being added to all estimates in the pooling process (i.e., 'global noise'; Dakin et al., 2005).

At this bulk size the extent of random fluctuations in allele frequencies introduced in the pooling process become comparable to the approximate 'platform noise' of DArT-BSA (24% at p < 0.05 in the test experiment, but only 17% in the subsequent validation experiment).

Note that, in this fit, we discover that the pooling process (when invoked) always reports a flanker on similar trials (p3 = 1.00) and always reports the target on dissimilar trials (p4 = 1.00).

Given that there are ∑  i  = 1,17 1/ i = 3.4 times more SNPs in 18 chromosomes than in a single individual, the pool process uncovers about 60% more SNPs than individual sequencing – for any given region sequenced in common and assuming an average depth of 14× for the pool and 7x in the individual.

Mathematical models are derived by analyzing five critical areas: molten steel level in the pool, solidification process, roll separating force and torque, roll gap dynamics, and roll drive dynamics.

Migration characteristics of CNTs from liquid phase to vapor phase in the pool boiling process of refrigerant-based nanofluid are investigated experimentally, and some conclusions are obtained.

Therefore, in order to evaluate the phase-change heat transfer characteristics of refrigerant-CNT nanofluid and the cycle behavior of CNTs, the migration of CNTs in the pool boiling process of refrigerant-CNT nanofluid should be researched.

The migration of CNTs from liquid phase to vapor phase in the pool boiling process of refrigerant-CNT nanofluid determines the distribution of CNTs concentration in the liquid phase and vapor phase, and then has significant effect on the phase-change heat transfer characteristics of refrigerant-CNT nanofluid as well as the cycle behavior of CNTs.

It is assumed that a porous bed will be formed in the pool in the process of core melt fragmentation and quenching.