Sentence examples for bulk pool from inspiring English sources

The bulk pool temperature calculated from the lumped model is in good agreement with that from the energy balance, and is below the required limit set by regulatory authority.

To date, the FHFA has prequalified several hundred investment firms, property managers and other organizations to bid for the Fannie bulk pool, say sources familiar with the process.

However, since CENP-A has a complex loading dynamics, with its stable assembly into centromeric chromatin restricted to the earliest portion of the G1 cell cycle phase, a condensin contribution to loading might have been masked by the bulk pool of this protein [29].

In order to determine the feasibility of using the SNP array for BSA and XAM mapping, we simulated mapping experiments while varying the population (100 RILs, 200 and 1000 F2s) and bulk pool size (10% or 30%) and the underlying genetic model (eight models with either one or two loci varying in strength and interaction) (Table 1).

For example does one see a broad repertoire if random cells are chosen (or if VR are amplified from a bulk pool of mRNA)?

Lastly, some (astrocytic) biochemical processes, such as ATP-consuming membrane pumps, depend on ATP produced by substrate-level phosphorylation in the glycolytic pathway rather than the bulk pool of ATP; this might be explained by the formation of supramolecular complexes of enzymes and transporters such that at least some glycolytic ATP never enters the bulk cytosol (Schousboe et al., 2011).

Proteins were produced transiently in bulk pools of cells overexpressing human FGE to ensure efficient conversion of Cys to fGly within the consensus sequence and resulting tagged antibodies were purified using Protein A affinity columns and stored in PBS.

Trastuzumab antibodies modified to contain the aldehyde tag in either the light chain (LC), the CH1 domain (Tag C), or at the heavy chain C-terminus (CT, Tag G) were produced in bulk pools of cells overexpressing human FGE.

PCR genotyping was carried out using a DNA bulk-pool from 36 ghd10/NJ06 F2 individuals with the mutant phenotype, and a total of 136 SSR and STS markers scattered among all of the rice chromosomes were used to determine the approximate map position of the ghd10 locus on the rice chromosomes according to Temnykh et al. (2000) and McCouch et al. (2002).

An isotope mass balance model suggests secondary sulfate from sulfide oxidation provides at least 15% of the bulk sulfate pool.

PCR genotyping was carried out using a bulk DNA pool from 36 ghd10/NJ06 F2 individuals with the mutant phenotype, and 136 SSR and STS markers scattered on all of the rice chromosomes were used to determine the approximate map position of Ghd10.