The importance of the practice of recall as a part of the memory process can hardly be overestimated.

Another type of question involving the memory process is the one which initiates recall, but here thought is active.

The recent advent of neuroimaging techniques provides an opportunity to examine brain regions related to a specific memory process such as episodic memory encoding.

In the last decade, epigenetic markers like DNA methylation and post-translational modifications of histone tails have emerged as important regulators of the memory process.

Recent empirical findings suggest a significant influence of emotion on memory processes.

Memory processes, for instance, as ordinarily tested seem to be normally acute.

Participants engaged in a cognitive challenge that involved working memory processes.

Learning and memory processes critically involve the orchestrated regulation of de novo protein synthesis.

Memory processes decidedly good-span for eight numbers auditorily and for seven numbers visually.

Unipolar and bipolar depression are known to exert detrimental effects on learning and memory processes.

The hippocampus plays a crucial role in memory processes.

Drug addiction is an aberrant memory that shares the same memory processes as other memories.

In contrast, cholinergic signaling in the septohippocampal system is suggested to be involved in memory processes.

Interestingly, only hippocampus-mediated memory processes are thought to be sensitive to the effects of chronic stress.

The results indicate that chronic stress differentially affects hippocampus-mediated and hippocampus-independent memory processes in tree shrews.

The presence of an MMN in response to deviant stimuli highlights preserved automatic sensory memory processes.