We investigated with fMRI whether different lateralization types of cortical activation in prosodic tasks are caused by individually different stress-related coping strategies.
It is possible that TMS-induced impairments in performance (i.e., in proportions of correct responses, i.e., "hits") in speech tasks are caused by disruption of decision making or response selection processes, not perceptual processes.
The contouring-error, defined as the orthotropic distance from the actual motion position of machine tool to the desired contour of curved surface in multi-axis contour-following tasks, is caused by the facts such as servo lag, dynamics mismatch, external disturbances, and so forth.
The results of the present study suggest that the impairment of individuals with aMCI in PM tasks was caused by disrupted initiation of intentions (PM component) rather than impaired declarative memory functioning (RM component).
The complexity of the control task is caused by the dynamic effects, which are described in details for test mechanism.
The high complexity of this optimization task is caused by the sheer number of panels (thousands) and the coupling of different panels if they are assigned to the same mold.
The best model (Fig. 3A) suggests that habitats differences in latency to solve the technical innovation task were caused by the effect of neophobia, which affected innovation directly but also indirectly by reducing physical exploration of the apparatus.
It is also possible, since striatal feedback activation reflects goal satisfaction (Han, Huettel, Raposo, Adcock, & Dobbins, 2009), that the modulation of activation in our task is caused by enhanced motivation affecting the subjective value of performing well during those blocks.
These results, together with the fact that the intracranial ∆[HbT] resembled the simulated crosstalk artifact between layers, indicate that the extracranial Δ[HbT] during the hand-motor task was caused by changes in the extracerebral circulation.
In contrast, since the possibility of the intracranial changes during the hand-motor task being caused by crosstalk artifacts between layers could not be ruled out, the ability of SSR to remove all extracerebral contribution from the reconstructed brain activations was not fully confirmed.
It is possible that the lack of learning from negative feedback in our task is caused by a particular choice of wording 'Bad Luck' (Fig. 2A), which may suggest that the negative outcome is not resulting from the participant's action.
