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Article
The Use of a Self-Generation Memory Encoding Strategy to Improve Verbal Memory and Learning in Patients with Traumatic Brain Injury
Applied Neuropsychology
  • Bruce K. Schefft, University of Cincinnati
  • Mario F. Dulay, Baylor College of Medicine
  • Jamison D. Fargo, Utah State University
Document Type
Article
Publisher
Taylor and Francis
Publication Date
3-27-2008
Abstract

The generation effect refers to the theory that optimal acquisition and retention of information is achieved by active participation rather than by passive observation. The efficacy of a self-generation memory encoding strategy was tested using a verbal paired-associate task for free recall, cued recall, and recognition memory in 40 traumatically brain-injured outpatients in two studies. In study #1, self-generation encoding procedures improved recognition memory, but not free recall, compared with the didactic presentation of information. In study #2, self-generation procedures improved cued recall test performance, but the results demonstrated that the type of cue that is provided moderates the efficacy of self-generation procedures. Results provide preliminary empirical support for the use of self-generation encoding procedures in improving upon verbal memory and learning abilities in individuals with TBI.

Citation Information
Schefft BK, Dulay MF, Fargo JD. Use of self-generation memory encoding strategies to improve recognition and recall in patients with traumatic brain injury. Applied Neuropsychology. 2008;15:61-68.