These specific properties of BF projection to the frontal cortex support our hypothesis that the frontal ERP is generated by BF inputs to deep cortical layers through a fast circuit mechanism.
More recently, it has been proposed that more dorsal regions of the lateral prefrontal cortex are involved in goal-directed attention (Corbetta and Shulman 2002; Shulman et al. 2009) and that a hierarchy exists in which dorsal and anterior portions of the frontal lobes support increasingly abstract representations (Badre 2008; Badre et al. 2009).
The association of this function with the IFG in the literature is consistent with models implicating this region in alerting and executive attention networks (e.g., [17]), as well as proposals that sub-regions of the right inferior frontal cortex support the detection of a behaviorally relevant cue [79].
Models of cocaine addiction emphasize the role of disrupted frontal circuitry supporting cognitive control processes.
On the rear it's 4.3-inch monochrome e-ink screen, used in conjunction with the frontal LCD, supports new types of usage for a smartphone.
The up-regulation of LOC488837 in the amygdala versus frontal cortex supported the initial analysis.
IFG is involved in attentional control and response inhibition (Hampshire et al. 2001) whereas medial frontal cortex supports selection of appropriate response (e.g. Rushworth, Kennerley & Walton 2005).
This relatively liberal threshold was chosen based on our regionally specific a priori hypotheses, which are also expressed in the acquisition of only a partial volume (covering MTL, midbrain, basal ganglia, and frontal cortex; Supporting Information Fig. S5).
The classic pedagogical approach, mainly based on frontal lessons supported by book reading, unlikely produces a constructivist view of knowing in students, but empirical experiences cannot always be used to understand particular concepts such as evolutionary theory.
For example, Hirvonen and colleagues (2013) have used PET imaging to demonstrate that alcoholics have profound deficits in the levels of cannabinoid receptor 1 (CB1) in the cortex, and particularly in the frontal cortex, supporting further efforts to pharmacologically manipulate cannabinoid signaling in people with AUD.
