For instance, in monkeys the area 4 and 3a representations appear to be more fractured than the SI maps [20], [22], perhaps consistent with the involvement of these areas in coordinated muscle recruitment.
These representations appear to be referenced to an internal prototype.
Phoneme-free prosodic word form representations appear to be involved in ERP stress priming obtained in the present and in our previous cross-modal study (Friedrich, Kotz, Friederici, & Alter, 2004).
From domain perspective, time domain representation appears to be the more comfortable and familiar domain of representation and was preferred for manipulation as a first choice by maximum number of students.
The more abstract (superordinate) visual representation appears to be available earlier with subsequent refinements needed to allow categorization at the basic levels.
The information content within a number of individual anatomical regions is sufficient for exemplar and category identification, but the content of the representation appears to be somewhat different across regions.
This over-representation appears to be further exaggerated by long-term acclimation to elevated temperatures.
While combining collective agency with certain forms of representation appears to be a highly valuable endeavor in certain circumstances, other combinations should be explored, as well.
Thus, although gene representation appears to be high in this transcriptome, we expect that further sequencing, either in a high-throughput manner or on an individual basis, will be necessary to determine full-length sequences of many transcripts.
Basic features of olfactory and gustatory representation appear to be conserved across vertebrates [ 3– 7].
