In summary, the electrophysiological and behavioral data suggest that migraine is associated with cognitive dysfunctions, particularly, that cognitive dysfunctions can be related to the duration and the frequency of headache.
Second, our behavioral data suggest that males of H. cavitympanum may accrue an energetic benefit through the use of high frequencies in their calls.
As the behavioral data suggest that recognition was at chance in the passive condition, these results show that the differential activation we observed in the ROIs of the intrinsic system are associated with the subjective attribution of movement to self since in this analysis all external factors were precisely matched in terms of movement authorship and synchronicity.
As already mentioned above, behavioral data suggest that the two tasks may elicit the two effects differently.
Behavioral data suggest that reduced growth rates associated with fish presence are likely due to the behavioral response of crayfish to fish.
Taken together, behavioral data suggest that emotional distractors may be capable of interfering with the ongoing task at very different levels of cognitive involvement.
Our behavioral data suggest that a VSTM trace can be disrupted by another stimulus pattern, even though observers were not required to remember it.
Molecular genetic, developmental, hodological and behavioral data suggest that the medial (Dm) and the lateral zone of the dorsal telencephalon (Dl) of ray-finned fish likely contain the structures homologous to the mammalian amygdala and hippocampus, respectively (Rodríguez et al., 2002; Portavella et al., 2004; Northcutt, 2006; Martín et al., 2011; Mueller et al., 2011).
Our behavioral data suggest that at least five such tiles of the mushroom body would be required to accommodate learned search for fructose or aspartic acid, learned escape from quinine or from high-concentration salt and in addition a less specific appetitive value-memory.
Therefore, findings regarding networks relevant to one ethanol behavioral phenotype should be considered "specific" to that phenotype unless other genetic, pharmacological, or behavioral data suggests links to other aspects of ethanol's actions in animal models or humans.
