When such a change is applied to the optics, the controller also changes the decoding software in the computational module.
All experimental group results, that is, labeled antibody, labeled control HuIgG, and unlabeled antibody were compared to harvested untreated tumor and a threshold of a twofold change was applied.
During training, one arm of the T-maze contained bait, but during 6 consecutive trials this arm did not contain bait, or an intramaze change was applied (placing of a novel object in the baited arm).
When an intra-maze change was applied, an interaction between housing and back-test classification was found: high responders from a barren environment spent more time investigating the novel object than low-responders from the same environment.
After these initial filter steps, an arbitrary cut-off value of a two-fold ratio change was applied to identify differentially expressed genes.
A pore water pressure change was applied at the bottom of cylindrical samples of grout and the pressure equalization was measured at the top.
At the C-terminus, a more radical structural change was applied.
However, as reported by Lee (1986) and Lee et al. (1987) only a correction for recent climate change was applied, and this was only for boreholes less than 200 m deep, despite the fact that Wheildon et al. (1981) had undertaken a full palaeoclimate correction.
Similarly, a probabilistic decision criteria for a safety laboratory end point (hemoglobin change) was applied to facilitate phase III dose selection.
Because the change was applied retroactively, it included those already serving time.
At each step of such a random walk, a small change is applied to the current genotype and the phenotype of the changed genotype is computed; if the phenotype fulfills a pre-specified criterion, the current genotype is updated; if not, the change is rejected, and the current genotype is kept.
