The underlying rationale arises from observed sex differences in social vulnerability and in the associated risks for adverse health outcomes, including mortality and functional decline [ 20, 23, 24].
The rationale arises from the finding that hippocampal lesions can have contrasting effects on biconditional problems involving these same two cue types, with only the latter condition impaired (Coutureau et al., 2002; Sziklas & Petrides, 2002; Dumont et al., 2007; Albasser et al., 2013).
The rationale arose from previous findings showing that fornix lesions spare the learning of spatial biconditional tasks, despite the same task being highly sensitive to both hippocampal and anterior thalamic nuclei lesions.
The first was that the rationale arose from evidence of a functional link between c- fos activation and recognition memory (Seoane e tal., 2012), leading to the likelihood that these two pairs of rats would have had atypical relative patterns of Fos expression in key sites.
The clinical rationale for standardisation arises from the fact that the majority of studies demonstrating the association between low ABI and CV risk, have used this recommended methodology and it is not known if this would differ with alternative methods.
The rationale largely arose from disconnection studies showing how these two sites are interdependent [32,88].
The rationale for these distinctions arises from the strategic costs imposed on the United States and Britain by terrorists.
The rationale for this choice arises from the understanding that river systems can be viewed from different perspectives.
Although action observation is sometimes considered a technique separate from motor imagery, the rationale to employ both arises from the perspective that the aim of the intervention is to evoke action simulation in the brain (Jeannerod and Decety, 1995).
As it turns out, this is the same control that serves to validate the molecular marker adopted [ 7] and arises from the following rationale: If a specific gene duplication is actually part of a macro-scale event of whole genome duplication (WGD), we expect little or no selection pressure arising from dosage sensitivity since a WGD does not generate a dosage imbalance.
The rationale for the use of AS arises from its strong similarity to tears, which contains growth factors, cytokines, vitamins, and bactericidal components that provide the necessary nutritional factors to maintain cellular tropism and reduce the risk of contamination and infection during epithelial repair processes [ 2].
