To evaluate the potentially active role of sleep for verbal memory, we compared memory recall after sleep, with and without interference before testing.
To address mechanisms underlying the age-dependent beneficial effects of BACE1+/– deletion on memory, we compared levels of choline acetyltransferase (ChAT), a marker of cholinergic neurons, between wild-type, 5XFAD and BACE1+/−·5XFAD mice (Fig. 2).
To further investigate whether the correlation patterns identified in a main effect of memory-related region (hippocampus and PHC) were observed in the unsuccessful encoding of IWS memories (i.e., IO memories), we compared hippocampal-related correlations with PHC-related correlations in the same ROIs during IO.
For computations on the shared-memory system, we compare the libraries using only the dual algorithm if they implement it, and we otherwise use the standard algorithm.
To investigate how the neurons involved in memory formation responded to subsequent memory recall, we compared the reactivation rates to the corresponding activation rates.
To test a substrate memory effect we compared direct addition of CBM-SUMO to the enzymatic preparation with the pretreatment of the filter paper with CBM-SUMO prior to the enzymatic hydrolysis reaction.
Owing to this role of the PFC in the regulation of working memory, here we compared PFC gene expression profiles of 60 genetically diverse CD-1 mice that exhibited a wide range of general learning abilities (i.e., aggregate performance across five diverse learning tasks).
To gauge the size of the memory bias, we compared it to the split-half baseline bias, calculated by randomly dividing baseline color matches into two groups and calculating the distance between the group averages (x-axis, Fig. 5, left panel).
To evaluate responses related to item recollection and context memory, we first compared the overall magnitude of recollection-related activity for each delay, which allowed us to determine whether changes in MTL involvement are observed even when controlling for subjective recollection.
We compare memory intensive AND/OR graph search with inference methods, and place various existing algorithms within the AND/OR search space.
