6533b86ffe1ef96bd12ce008

RESEARCH PRODUCT

Influence of articulation rate on two memory tasks in young and older adults.

Teresa CerveraCarmen DasíMaría José SolerJuan Carlos Ruiz

subject

AdultMaleRecallProcess (engineering)Age FactorsExperimental and Cognitive PsychologyCognitionMiddle AgedSensory SystemsNumerical digitTask (computing)Speech Production MeasurementMemoryMental RecallHumansSpeechFemaleBaddeley's model of working memoryArticulation (phonetics)SlownessPsychologyCognitive psychology

description

This study investigated the relation between phonological loop functioning and age. Phonological loop is a time-based subsystem of the Working Memory Model of Baddeley and Wilson, which uses rehearsal of information as an active process to avoid phonological decay. Performance differences were examined between young and older adults in two speech-based memory tasks, such as the immediate serial recall of words and the Digit Ordering Task. Analysis showed that performance on both tasks was lower for the older group. Articulation rate was also measured to test the hypothesis that the impairment of some cognitive functions in adults can be associated to their slowness or the greater time needed by older adults for the rehearsal process. A significant negative correlation was found for articulation rate with age. When the effect of articulation rate on Serial Recall and Digit Ordering Tasks was partialled out, the difference between the two groups was eliminated.

10.2466/pms.106.2.579-589https://pubmed.ncbi.nlm.nih.gov/18556911