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Results suggest that a two-stage decrease mechanism exists in both long period (L) and lc during isothermal crystallization: (1) a significant decrease in the initial stage (primary crystallization dominant), and (2) a much slower decrease in the later stage (secondary crystallization dominant) that is nearly linear with log time.
The DS junction had a much slower decrease in anisotropy (0.13 s–1), but like that of the Y junction, the anisotropy returned to approximately its starting value.
The power-law relationship, if it was at all, had a much lower α value of 0.35, indicating much slower decrease of the count of gene pairs as K increases.
After the rapid increase in fluorescence, probably representing formation of DCC-SSB·dT70 and with a rate constant similar to that when DNA was in excess, there is a much slower decrease in fluorescence (3.4 μM−1 s−1), consistent with formation of DCC-SSB 2·dT70 DCC-SSB 2·dT70
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This will be a fast process for the large number of FP plants required; for the huge BTL complexes, a much slower stepwise decrease is expected.
This study clearly shows that the decrease in BDG over the course of the disease was much slower than the decrease in mannan.
Lactate presented a much slower normalization rate decreasing significantly at 6 h compared to that of baseline (4.0 [3.0 to 4.9] vs. 2.7 [2.2 to 3.9] mmol/L; p < 0.01) but with only 52% of patients achieving normality at 24 h.
Lactate presented a much slower normalization rate decreasing significantly at 6 h compared to that of baseline (4.0 [3.0 to 4.9] vs. 2.7 [2.2 to 3.9] mmol/L; p < 0.01) but with only 52% of patients achieving normality at 24 h.
The charge and discharge capacities decrease relatively fast from the first cycle to the fifth cycle and then decrease much slower from the fifth cycle to the tenth cycle.
The time course of the increase in PaCO2 after a decrease in VE is much slower than the rate of decrease after an increase in VE [ 13].
This function has a slope that decreases much slower than (s_{mathrm{a}}(t)), thus resembling the logarithmic function (100).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com