The tampering, aimed at a database used by pharmacists to track potential drug interactions, failed to work because of a programming error.
As an example of application, it is shown how in hydrodynamic chromatography earlier models ignoring the particle-wall hydrodynamic interactions fail to predict the proper choice of channel width for a selective separation.
In this experiment, chimpanzees on occasion exhibited request toward their conspecific partner, and the partner responded to the request by inserting a token, although these interactions failed to result in continuous turn taking behavior between the two partners.
Including potential effect modifiers in the model (e.g., medications and race/ethnicity) and examinations for interactions failed to clearly demonstrate important or consistent effects at α = 0.05.
Although in the direction hypothesized, the probability by impulsivity interactions failed to reach significance in dorsolateral PFC (P = 0.07) and ventral striatum (P = 0.13).
All other main effects and interactions failed to reach significance (though main effect of day: p = 0.06, Greenhouse Geisser correction; rest: p > 0.1).
Problems arise when a protein with these modifications at unspecified sites is included within the database, or where an interaction fails to specify these sites.
As the interactions progress the robots weight their words according to how successful their communication has been, downgrading those words where the interaction failed.
An important caveat is that in this retrospective analysis, a test for interaction failed to find a significant interaction between chemotherapy and RAS mutational status (p = 0.29).
Moreover, stable expression of a phosphomimetic (S415E) PC mutant but not the WT or the phosphorylation-deficient (S415A) PC mutant, disrupted PC-ezrin-actin interaction, failed to activate RhoA, and the cytoskeletal linker, ezrin, remained inactive.
