Sentence examples for approached stable from inspiring English sources

The glucose infusion rate approached stable values during the final 40 min of the study, and the rate of whole-body glucose uptake (the M value) was calculated as the mean glucose infusion rate from 80too 120 min.

The glucose infusion rate approached stable values during final 40 min of the study, and the rate of whole-body glucose uptake (M value) was calculated as the mean glucose infusion rate from 80 to 120 min, corrected for glucose space and normalized per kilogram of fat-free mass (Mffm).

The glucose infusion rate approached stable values during final 40 minutes of the study and the rate of whole-body glucose uptake (M value) was calculated as the mean glucose infusion rate from 80too 120 min, corrected for glucose space and normalized per kilogram of fat-free mass (M/FFM).

By using the measurement system in oblique hole, we can see that with the increase in the hole depth, the measurement results are basically approaching stable value.

( E 1, E 2 ) = ( 4.5, 2 ) (see Figure 43; (3) ( E 1, E 2 ) = ( 5, 2 ) (see Figure 5);   Figure 5 The prey approaches stable state, but the prey approaches extermination at last.

Evolutionary branching is predicted to occur at an evolutionarily singular point that is approaching stable (or convergence stable, CS) but not evolutionarily stable (ES), and it is actually observed in individual-based simulations in many models for the evolution of ecological traits.

Later, this trend slowed down and approached to stable state after 120 min of irradiation time.

The presented corrosion detection mechanism features compact device size (ideal for embedded optical fiber applications), non-contact approach, stable performance, and high spatial resolution.

Recent studies show that as important as the classification accuracy is the behaviour of the FSS approach: stable approaches should be used instead of those with a great degree of variance [ 29].

As an in vivo approach, stable isotope labeling with amino acids in cell culture (SILAC) allows proteins to be labeled by growing cells in media containing isotopically labeled amino acids (e.g., C/ N-arginine, N-arginine, C/ N-lysine N-lysine

1, 2 In an idealized form of this approach, stable subunits representing the most common substructural elements found in a wide range of small-molecule targets are readily linked together using only cross-coupling reactions.