Sentence examples for aerobic limit from inspiring English sources

Dives normally last around 30 seconds, but can last longer, although few exceed the estimated aerobic limit of 40 seconds.

Finally, it could be argued that, by extrapolating the modern ectotherm aerobic power limit to the body size of large theropods, our approach underestimates the aerobic limits for large reptiles.

Previous studies investigating physiological differences between the sexes in birds have focused on maximum performance and aerobic limits and/or scopes (Chappell et al., 1996, 2011; Hammond et al., 2000).

Why did the 31-year-old father of two suffer through a painful 4 38 mile -- a speed close to his aerobic capacity limit -- at the start of the race?

The four conditions that were considered were carbon limited aerobic growth, nitrogen limited aerobic growth, carbon limited anaerobic growth and nitrogen limited anaerobic growth.

To address this issue, in this work we present a steady-state vapor intrusion analytical model incorporating a piecewise first-order aerobic biodegradation limited by oxygen availability that accounts for lateral source to building separation.

To study the impact of growth rate on cell physiology, gene expression, and recombinant protein secretion, the HSA producing P. pastoris strain was grown in aerobic glucose limited chemostat cultures over a broad range of different dilution rates (D = μ = 0.015, 0.025, 0.05, 0.075, 0.1, 0.125, and 0.15 h–1).

Experimental data were collected from literature for chemostat cultivations performed at various dilution rates under each of the four different conditions: carbon limited aerobic [ 20, 32- 35], carbon limited anaerobic [ 36, 37], nitrogen limited aerobic [ 35, 36, 38, 39] and nitrogen limited anaerobic [ 40, 41] (Additional file 5).

Experimental data from chemostat cultivations from four different conditions (carbon limited, nitrogen limited, aerobic and anaerobic) was taken from Jewett et al. [ 20].

By using the model to simulate different growth conditions and compare the simulated fluxes from different conditions using the random sampling algorithm we investigate the yeast metabolism in carbon limited, nitrogen limited, aerobic and anaerobic conditions.

Chemostat cultivations were performed at a dilution rate of 0.05 h-1 under the same four different conditions as used for simulations above (carbon limited, nitrogen limited, aerobic and anaerobic) and microarray data as well as external and intracellular flux measurements was obtained for each condition [ 20].