The phrase "word memory" is grammatically correct and can be used in written English.
It refers to the ability to remember and recall specific words or vocabulary. Example: "Her excellent word memory allowed her to effortlessly recall the definitions of even the most obscure terms on the vocabulary test."
These findings demonstrate a specialised cortical mechanism for rapid, automatic and phonology-dependent formation of neural word memory circuits.
A semantic short-term memory task (i.e. word memory) was more sensitive to disruption by speech than a mathematical task.
Two of these measures are the Computerized Assessment of Response Bias-97 (CARB-97) and Word Memory Test (WMT).
Two commonly used symptom validity tests are the Test of Memory Malingering (TOMM) and Word Memory Test (WMT).
Formation of new word memory traces is reflected in a neurophysiological response increase during a short exposure to novel lexicon.
GCE effects were observed on the incidental face memory task, and GCE by assessment number interaction effects was seen on the incidental word memory task.
For every five years of reported use, half of participants were able to recall one fewer word on a 15-word memory test.
Each stimuli condition in each visual field was compared between zero- and two-word memory load conditions, between two- and six-word memory load conditions and between zero-word and six-word memory load conditions.
Regarding the Ten-word memory test, the only test having reliability below 0.7 (r = 0.67), the correlation is influenced by the variability of the scores.
During the zero-word memory load condition it is possible to observe the baseline hemispheric semantic priming performance for the control group.
This suggests that following a LH lesion the RH is benefiting from an association boost in the zero-word memory load condition.
