BACKGROUND: Forgetfulness occurs commonly in people with multiple sclerosis (MS), but few treatments alleviate this problem. OBJECTIVE: This study examined the combined effect of two cognitive rehabilitation strategies to improve learning and memory in MS: self-generation and spaced learning. The hypothesis was that the combination of spaced learning and self-generation would yield better learning and memory recall performance than spaced learning alone. METHOD: Using a within groups design, 20 participants with MS and 18 healthy controls (HC) were presented with three tasks (learning names, appointment, and object location), each in three learning conditions (Massed, Spaced Learning, and combination of spaced and generated information). Participants were required to recall the information they learned in each of these conditions immediately and 30 min following the initial presentation. RESULTS: The combination of spaced learning and self-generation yielded better recall than did spaced learning alone. In turn, spaced learning resulted in better recall than the massed rehearsal condition. CONCLUSIONS: These findings reveal that the combination of these two learning strategies may possess utility as a cognitive rehabilitation strategy.
BACKGROUND: Forgetfulness occurs commonly in people with multiple sclerosis (MS), but few treatments alleviate this problem. OBJECTIVE: This study examined the combined effect of two cognitive rehabilitation strategies to improve learning and memory in MS: self-generation and spaced learning. The hypothesis was that the combination of spaced learning and self-generation would yield better learning and memory recall performance than spaced learning alone. METHOD: Using a within groups design, 20 participants with MS and 18 healthy controls (HC) were presented with three tasks (learning names, appointment, and object location), each in three learning conditions (Massed, Spaced Learning, and combination of spaced and generated information). Participants were required to recall the information they learned in each of these conditions immediately and 30 min following the initial presentation. RESULTS: The combination of spaced learning and self-generation yielded better recall than did spaced learning alone. In turn, spaced learning resulted in better recall than the massed rehearsal condition. CONCLUSIONS: These findings reveal that the combination of these two learning strategies may possess utility as a cognitive rehabilitation strategy.
Authors: Lauren A Taylor; Jacqueline R Mhizha-Murira; Laura Smith; Kristy-Jane Potter; Dana Wong; Nikos Evangelou; Nadina B Lincoln; Roshan das Nair Journal: Cochrane Database Syst Rev Date: 2021-10-18
Authors: Maria Pia Amato; Dawn Langdon; Xavier Montalban; Ralph H B Benedict; John DeLuca; Lauren B Krupp; Alan J Thompson; Giancarlo Comi Journal: J Neurol Date: 2012-11-23 Impact factor: 4.849
Authors: Rosalind Kalb; Meghan Beier; Ralph Hb Benedict; Leigh Charvet; Kathleen Costello; Anthony Feinstein; Jeffrey Gingold; Yael Goverover; June Halper; Colleen Harris; Lori Kostich; Lauren Krupp; Ellen Lathi; Nicholas LaRocca; Ben Thrower; John DeLuca Journal: Mult Scler Date: 2018-10-10 Impact factor: 6.312