Sentence examples for metabolic performance in from inspiring English sources

The thermal sensitivity of metabolic performance in vertebrates requires a better understanding of the temperature sensitivity of cardiac function.

Selection on individual enzymes within glycolysis, particularly phosphoglucose isomerase (Pgi), has been associated with metabolic performance in numerous organisms.

This result indicates that the capacity of developmental plasticity to compensate metabolic performance in this mitochondrial nuclear incompatible genotype was limited.

Foote et al. [ 76] found two positively selected amino acid sites, which could influence overall metabolic performance, in the mitochondrial genes of killer whales (Orcinus orca).

Integrative methods based on mass balance approaches of relevant biogeochemical variables (DIP, O2, DIC, organic carbon) have been recommended for estimation of metabolic performances in dynamic and complex coastal environments [ 12].

Further, since E. coli is still one of the most widely used systems for the production of recombinant proteins in industrial bioprocessing, managing changes in metabolic performance, such as augmenting the metabolic activity and population uniformity in the ∆yeaG strain, could represent a novel route for optimising such processes.

Mitochondria produce up to 95% of eukaryotic cell energy through oxidative phosphorylation, thereby having an important role in metabolic performance.

Therefore, our study suggests that an increment in the metabolic performance of the sperm produced may be an efficient – and often neglected – evolutionary response to sperm competition that can complement or supplement an increase in sperm numbers.

To investigate whether a permanently altered C/EBPβ-isoform ratio affects metabolic performance, we analysed mice deficient in the cis-regulatory uORF that is required for LIP expression (C/EBPβΔuORF/BL6 mice; based on mice described in 5, but back-crossed in C57BL/6J background, see also Fig EV1A).

However, the frequently documented steatohepatitis in experimental and human cancer cachexia and its impact on overall energy homeostasis suggests that the liver also plays an important but as-yet underestimated role in the metabolic performance during cancer cachexia (Martignoni et al, 2009; Teli et al, 1995; Tisdale, 2002).

All measurements were performed in a PhenoMaster System (TSE systems) via the Washington University Diabetic Mouse Models Phenotyping Core Facility, which allowed metabolic performance measurement and activity monitoring by an infrared light = beam frame.