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Knowledge of the interplay between different receptors is not fully understood, and because of this complexity, defining the actual contribution of brain ACh to specific behaviors has been challenging.
The aim of the present study was to evaluate the contribution of brain motor areas to the perceptual judgement of whether or not a visual object is reachable, without performing actual movements towards the object.
Studies have also demonstrated the contribution of brain volume to physiological falls risk.
The contribution of brain tissue (gray and white matter) is responsible for the left part of the histogram.
What has not been well examined to date is the contribution of brain function to physiological falls risk.
However, the contribution of brain microvasculature and glial inflammatory activity to the recruitment of systemic, potentially neurotoxic, inflammatory cells remains ill defined (Allen et al., 2012).
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Experimental approaches that evoke impulsive behaviour in animals, effected either pharmacologically or by selective brain lesions, have dissected the contribution of individual brain regions and transmitter systems to impulsive behaviour (Dalley and Roiser, 2012; Eagle and Baunez, 2010; Winstanley, 2011) (Tables 1, 2).
Noninvasive transcranial brain stimulation (NTBS) is widely used to elucidate the contribution of different brain regions to various cognitive functions.
These techniques allow either the role of the whole brain, brainstem, or spinal cord to be examined or the contribution of specific brain areas such as the amygdala, insula, or hippocampus to be considered.
In order to assess the contribution of these brain areas to the encoding of consciously perceived contents, we modeled the brain activity in 68 regions of interest covering the whole cortex (See 'Materials and methods') and re-trained our decoders using just the distributed source signals from these regions.
Moreover, the relative contribution of different brain nuclei to these processes has not been fully established.
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