Sentence examples for maximum metabolic rates from inspiring English sources

In Lizard Island O. doederleini maximum metabolic rates dropped by approximately 25%.

The thermal optimum for different species have been extensively studied, representing the temperature where the difference between routine and maximum metabolic rates is greatest; i.e. the aerobic scope is at its maximum [ 2].

CFD analysis showed the maximum metabolic rate densities for this scaffold are 6.04×10−3 mol/s/m3 for O2 at 0.71 mL/min and 1.91×10−2 mol/s/m3 for glucose at 0.35 mL/min.

In this analysis, four performance phenotypes were used to compare mechanisms of control of aerobic maximum metabolic rate (MMR): (i) untrained sedentary (US) subjects, as a reference group against which to compare (ii) power trained (PT), (iii) endurance trained (ET) and (iv) high altitude adapted native (HA) subject groups.

These polymorphisms constitute an abundant source of candidates for genes underlying microevolutionary response to selection on increased maximum metabolic rate.

We quantified this increase in metabolic rate above the 36°C RMR as the difference between the smoothed maximum metabolic rate (maxMR) and the 36°C RMR.

Specifically, we evaluated: (1) the relation between basal (BMR) and maximum metabolic rate (MMR), and (2) the role of huddling on the characteristics of torpor at different temperatures.

Historically, tissue oxygenation defined as the maximum metabolic rate of oxygen that can be supported by the blood-stream is inferred from the flow of oxygenated blood-stream ishe tinferred

The surrogate for the maximum metabolic rate of benzene (vmax/ K m) in our analyses is the exposure-specific level of benzene metabolites (micromolar per parts per million) produced at nonsaturating (parts per billion) air concentrations.

We connected these STC increases in MMPs with greater stability of respiratory complexes by estimating the degradation of the Arrhenius plot given by accelerating mtRMR up to mt maximum metabolic rate.

This resulted in a maximum metabolic rate that always occurred during the first half of the 36°C phase of the respirometry experiment, while estimates of the 36°C RMR always occurred in the latter half of the 36°C exposure.