Verbal Working memory (vWM) capacity measures the ability to maintain and manipulate
verbal information for a short period of time. The specific neural correlates of this construct …

The neural bases of verbal (nonspatial) working memory (VWM) have been primarily
examined using visual stimuli. Few studies have investigated the neural bases of VWM …

Load-dependent and practice-related changes in neocortical and cerebellar structures
involved in verbal working memory (VWM) were investigated using functional MRI (fMRI) …

Verbal working memory (VWM) engages frontal and temporal/parietal circuits subserving the
phonological loop, as well as, superior and inferior cerebellar regions which have …

Working memory (WM) is the ability to keep a limited amount of information “on line” for
immediate use during short intervals. Verbal WM has been hypothesized to consist of …

Working memory subsumes the capability to memorize, retrieve and utilize information for a
limited period of time which is essential to many human behaviours. Moreover, impairments …

Neuroimaging studies in humans have shown that different working memory (WM) tasks
recruit a common bilateral fronto-parietal cortical network. Animal studies as well as …

Using fMRI, neural substrates of verbal working memory were investigated with respect to
differences in working memory capacity. Listening-span test (LST), Listen, and Remember …

Concomitant increase in activity within the mid-dorsolateral prefrontal cortex (MDLFC) and
the posterior parietal cortex (PPC) is observed in most functional neuroimaging studies of …

In working memory (WM), functional imaging studies demonstrate cerebellar involvement
indicating a cognitive role of the cerebellum. These cognitive contributions were …