Performance on free recall in this group is significantly predicted by scores on executive tests, indicating that executive dysfunction contributes to retrieval failure (deficient internal search strategies), and is responsible for the apparent mnemonic deficit rather than a dysfunction of storage (Pillon et al., 1993; Costa et al., 2014).
In addition, if the personomy information is available, it would be possible to increase the memory of the recommended tags by taking into account the user's vocabulary preferences, which will certainly contribute to the retrieval of the resource.
The performances of such approaches are often influenced by "noise" contained in software artifacts (e.g., recurring words in document templates or other words that do not contribute to the retrieval itself).
Therefore, distinct populations of mushroom body neurons contribute to memory retrieval, with the role for αβ neurons becoming more critical as time progresses after training.
Given that the human memory system could be divided into 2 independent processes, recollection and familiarity (Jacoby 1991; Yonelinas 2002), the finding of hippocampal and PHC activation could contribute to the subsequent retrieval of memory details, but not to the retrieval of memory items only.
The parietal lobe has also found to contribute to declarative memory retrieval (Shannon and Buckner 2004; Lundstrom et al. 2005).
PPC has been shown in adults to contribute to successful episodic retrieval (Henson, Rugg, et al. 1999; McDermott et al. 2000; Shannon and Buckner 2004).
Therefore, our data strongly suggest that even these very early novelty signals can contribute to the rapid retrieval of behaviorally relevant contingencies.
It is therefore difficult for us to exclude the possibility that a privileged population of AP-2 remains at synapses after RNAi and that this can contribute to synaptic vesicle retrieval.
