Sentence examples for min increase in from inspiring English sources
For every 60 min increase in daily ambulatory movement, adults with diabetes had a 29% reduced risk of premature all-cause mortality (HRadjusted = 0.71; 95% CI: 0.60 0.85).
4-6 mm Breath-hold No Triggered acquisition in free breathing (5 min increase in acquisition time) X (X) (X) Fast spin echo T2-w.
One unit of AGPP activity was defined as the amount of enzyme causing a one unit per min increase in absorbance.
One unit of GBSS activity was defined as the amount of enzyme causing a one unit per min increase in absorbance (Nakamura et al. 1989).
One unit of GBSS activity was defined as the amount of enzyme causing a one unit per min increase in absorbance at 340 nm.
or IR) 4-6 mm Breath-hold No Triggered acquisition in free breathing (5 min increase in acquisition time) X (X) Diffusion weighted imaging Multi breath-hold No Triggered acquisition in free breathing (5 min. increase in acquisition time) X X 3D gradient echo T1-w.
Mechanical (clamp) or chemical (mustard oil) stimulation of the heel induced prolonged (median duration >30 min) increases in reflexes to both muscles.
The initial oven temperature was set at 50°C for 1 min, increased in a rate of 30°C per min to 130°C for 1 min, increased in a rate of 16°C per min to 230°C, held for 1 min, increased in a rate of 60°C per min to 280°C, and held for 1 min.
The initial oven temperature was set at 50°C for 1 min, increased in a rate of 30°C min−1 to 130°C for 1 min, increased in a rate of 16°C min−1 to 230°C, held for 1 min, increased in a rate of 60°C min−1 to 280°C, and held for 1 min.
In contrast, the phosphorylation of Rab8A, 8B and 13 Ser occurred significantly later at ∼40 min increasing in a time-dependent fashion to 3 h (Fig 8A).
Both ATP and MTX induced similar rapid (within 2 3 min) increases in ROS production from M1 polarized macrophages but in M2 polarized macrophages the enhanced ROS production was significantly delayed (no significant increase occurred before 8 10 min) and reduced.
