Although the ME subscale contains a large narcissism/egocentric component, the construct spans a broad range of features, not all of which are relevant to representations of self or self-referential processing.
We present the key methods relevant to the representation of biochemical processes in signal transduction models, with a particular reference to apoptotic processes.
Other issues relevant to the representation criterion include how the use of model organisms constitutes an example of case-based reasoning (Ankeny 2012) and how model organisms involve idealizations or known departures from features present in the model's target as the result of laboratory cultivation (Ankeny 2009).
The Hebbian outlook, coupled with a more modern understanding of functional cortical anatomy, would predict that cortical regions relevant to the representation of a memory would be activated and functionally integrated during recognition and recall.
We next introduce notation relevant to the representation of a protein's localization.
Both groups of regions overlap with the areas that receive vestibular input (Smith et al. 2012; zu Eulenburg et al., 2012), which is highly relevant to bodily representation of self-face, as well as its acquisition process.
This means that irrespective of whatever other regions of the brain contain representation relevant to each sign, a motor representation is inherently included.
Reinforcing the hunch that causation could be relevant to meaning and representation is the observation that there is a sense in which the number of rings in a tree stump represents the age of the tree when it died and that the presence of smoke means fire.
(Saying this, however, does not require that the idea itself have no properties or even that these properties are not relevant to the idea's representation of the object).
