Premedication with ketamine alone or in association with diazepam increased the length of MAD determination, requiring more end-tidal sevoflurane concentration decrements and equilibrium times, thus resulting in longer times from T0 to T2.
Participants in the highest decile of 1,4-DCB concentration had decrements of −153 mL [95% confidence interval (CI), −297 to −8] in forced expiratory volume in 1 sec and −346 mL/sec (95% CI, −667 to −24) in maximum mid-expiratory flow rate, compared with participants in the lowest decile.
For bicarbonate concentrations, a maximum decrement in bicarbonate concentrations of 1.2 meq/L (95%CI: 1.9 0.45)(r = 0.53; Pearson's, p = 0.003; Figure 3A) was noted with each increase of 100 mg/kg L-arginine; in those receiving the 12 g dose, the mean decrease in bicarbonate was 3 mEq/L (range 1 to 7; p<0.01; Figure 3B).
The increment in plasma insulin concentration and the decrement in plasma glucagon concentration were correlated with the decrement in EGP (r = 0.45, P < 0.01, and r = 0.35, P < 0.05, respectively) after the M+S combination.
This analysis suggests that a doubling in mercury concentration produces a decrement of approximately 10% of a standard deviation, or 1.5 IQ points.
The residual NH3 N content in the fermentation broth is closely related to the CDW) whereby increased cell concentration caused a decrement in NH3 N content.
None of the concentrations elicited a decrement in the number of cells as monitored by DNA content.
Participants in the highest decile of 1,4-DCB concentration had FEV1 and MMEFR decrements of −153 mL (95% CI, −297 to −8) and −346 mL/sec (95% CI, −667 to −24), respectively, compared with participants in the lowest decile.
Trasande's linear model originally used a dose response relationship of 0.59 1.24 IQ point decrements for every 1-μg/L increase in cord blood mercury concentration, with an average decrement of 0.93 IQ points (Trasande et al. 2005).
