Second, and crucially, we found similar HRV values when comparing each of the tasks with its oddball control equivalent, and a significant decrement in HRV as a function of time-on-task.
These experiments show that increment and decrement thresholds vary as a function of the adaptation state of the visual system, and as a function of the direction of change in the adaptation state.
Performance decrements (SDLP increment) as a function of time are seen after both drug and placebo treatment, following a similar pattern over distance/time traveled.
Mice were then submitted to attentional testing in which trials using light signals of 2, 1 or 0.5 s were intermixed to evaluate the decrement in correct responses as a function of the decrease in light signal duration and thus, to construct a reference curve for the attentional performance of C57Bl/6 mice.
For both increment and decrement probes, threshold variation with phase is non-sinusoidal in shape, but increment and decrement probe thresholds vary as a function of the sinusoid phase.
The asymptote of the sigmoid function, α, is set to 1.4τ0.1 to simulate the smooth decrement of IP3 peak values as a function of τ as shown in Figure 14A [14A.
Methods We determined, by logistic regression analysis, the probability of observing a decrement in postmyocardial infarction ventricular function as a function of incremental time delays to reperfusion.
A scatterplot of the percentage decrements in AGAT activity in all PBMC samples as a function of the total temozolomide dose (in mg) and plasma AUC administered up to the time of PBMC sampling is displayed in Figure 3.
Therefore PEO is responsible of a decrement in the elastic character, as also indicated by the decrement of the intrinsic elastic modulus ({text{G}}_{0}^{{prime }}). Figure 7 Tan as a function of frequency for formulation with 3% of PVA, 0.6% of borax, 30% of acetone and variable amount of PEO.
The upper limit, λmax, and the lower one, λmin, of the allowable range as a function of growth velocity, V, obtained from the experiments of step-increment and step-decrement in growth velocity, can be generally expressed as λmax = AV−b, λmin = cV−d, where a, b, c and d are constants for given alloy and temperature gradient.
