The central node Meningitis (Mn) is the basic decision concept which gathers the cause-effect interactions from all other input nodes.
Future research should be directed to gain an understanding of the nature of individual implementation factors, their cause-and-effect interactions, and their relationships.
The main focus of this chapter is the specification of the cause-and-effect interactions between the microstructure of nitrided cases, their fundamental properties, and their engineering performance.
Thus, the cause, effect and consequences of these bacterial interactions in the nasopharynx warrants further study.
The "grand challenge" in this area is to infer dynamic (time-resolved) mechanistic (quantitative cause-effect) regulatory interactions from data [ 4].
The logic of this design was that if the contents of memory matter for temporal attention, a priming effect of this repetition may be expected and alleviate the attentional blink (i.e., cause an interaction effect with Lag, not just a main effect).
The complex 'cause-and-effect' interactions by which implementation factors appear to interact throughout the implementation process are also discussed.
This finding supports the notion that the distortions of spatial intervals between flashes observed in Experiment 1 reflected the audiovisual tau effect, caused by interactions between auditory and visual temporal intervals.
Adding more drugs can induce severe side effects and cause unpredictable interactions.
In brain physics, these cause-effect relationships encompass the complex dynamic interactions of cerebral blood flow, deformable brain tissue and cerebrospinal fluid.
Although their effects on freshwater organisms have been widely studied, most studies applied traditional statistical methods, which only focus on single stressor and simple cause-effect relationships without considering the complex interactions among stressors.
