Because the many interviews, studies, and anecdotes in the book are presented in a thematic, associative order, you must struggle to notice whether they are from the nineteen-sixties (the heyday of weird science) or the nineteen-nineties, when — one imagines — they are more reliable.
Because the many interviews, studies, and anecdotes in the book are presented in a thematic, associative order, you must struggle to notice whether they are from the nineteen-sixties (the heyday of weird science) or the nineteen-nineties, when one imagines they are more reliable.
However, since the influence of sleep spared backward associations, associative strength obviously represents a factor secondary to temporal order in declarative memory consolidation during sleep.
Of course; but part of the fun in Ashbery is finding how much narrative sense can be pieced together from these remarkable associative feats, in order to appreciate the surplus above and beyond the story they nearly tell.
Thus, bees of the paired group had to experience 4 blank trials interspersed in a pseudorandom way with associative trials in order to equate the number of placements in the conditioned setup (8) between paired and unpaired groups.
However, most of these studies focus mainly on functional sex differences in higher order (associative) brain areas, thereby ignoring possible sex differences in primary auditory cortices.
Rogers, R. F. & Matzel, L. D. Higher-order associative processing in Hermissenda suggests multiple sites of neuronal modulation.
From this perspective, an effect of sustained semantic processing is more likely to be observed in areas that occupy later processing stages, in particular higher-order associative areas such as the angular gyrus and regions of the prefrontal cortex, which are optimally suited to maintain an organized pattern of activity for extended durations [36], [37].
In this context, the finding that hippocampal integrity predicted overall naming performance can be interpreted as reflecting recall of higher-order associative information from semantic memory, a process common to the basic-level naming of many different types of concepts.
On the other hand, human fMRI studies of associative and higher-order learning revealed that correlates of V t) are found in the ventral midbrain (O'Doherty et al., 2006), anterior insula cortex and the brainstem (Seymour et al., 2004), medial prefrontal cortex and bilateral insula, and temporal pole and the hippocampus (Tanaka et al., 2004).
Further disconnection studies have shown that MD thalamus provides an additional component to these associative recognition and temporal order memory circuits.
