Abstract:Introduction: In recent years, computerized cognitive training (CCT) programs have been developed commercially for widespread public consumption. Despite early enthusiasm, whether these programs enhance cognitive abilities in healthy adults is a contentious area of investigation. Given the mixed findings in the literature, researchers are beginning to investigate how beliefs and attitudes toward CCT impact motivation, expectations, and gains after cognitive training. Method: We collected survey data from 497 N… Show more
“…Several factors are also known to support long-term cognitive training. These include the possession of high behavior control, intrinsic motivation to achieve a goal, and interest in the performed activity, including due to the awareness of the development of cognitive deficits [22,28,47]. Previously, it was shown that when assessing motivational inducers of behavior, older women single out cognitive training as a priority in maintaining their health; however, only 8% of this group actually consistently participated in cognitive training using a battery of computerized techniques [48].…”
Section: Groupmentioning
confidence: 99%
“…Apparently, therefore, the lack of visible success after the first training sessions causes them to refuse further activities. Individualized cognitive training with feedback that reinforces subjective assessments of change can help to improve cognitive self-esteem in older adults [22], and success can help to reduce perceptions of difficulties and become more willing to participate in cognitive activities [50].…”
Section: Groupmentioning
confidence: 99%
“…Some researchers to increase the probability of this expansion propose to pay attention to the personalization of a CCTP, and to increase efficiency-to perform the training not individually, but in groups [11]. However, according to another point of view, exactly individualized computerized cognitive training may enhance cognitive self-efficacy in healthy seniors [22].…”
There are numerous data in existence, the computerized cognitive training programs (CCTP) maintain or improve the plasticity of the neural networks in the brain. It is known as well that CCTP reduces the probability of cognitive dysfunctions associated with aging. In the chapter, the age-associated specificity in the temporal dynamics of changes in the visuospatial short-term memory (VSWM, also called visuospatial working memory) is presented. VSWM has been analyzed as there are evidence for age-related decline in visuospatial memory associated with hippocampus atrophy in aging. Memory retrieval decline in older women in comparison with young women while computerized training at home is shown. The elderly achieving results which are comparable to the youngs are determined by significantly increased duration while performing the memory tasks. To reveal factors of the CCTP’s efficiency, age-related differences in the attention systems using the Attention Network Test were resolved. In the group of older women, VSWM efficiency is negatively related to the errors of incongruent information selection whereas in young women—to the reaction time while testing. Thus, the success of long-term systematic training of visuospatial memory in old age is strongly related to the high level of executive control.
“…Several factors are also known to support long-term cognitive training. These include the possession of high behavior control, intrinsic motivation to achieve a goal, and interest in the performed activity, including due to the awareness of the development of cognitive deficits [22,28,47]. Previously, it was shown that when assessing motivational inducers of behavior, older women single out cognitive training as a priority in maintaining their health; however, only 8% of this group actually consistently participated in cognitive training using a battery of computerized techniques [48].…”
Section: Groupmentioning
confidence: 99%
“…Apparently, therefore, the lack of visible success after the first training sessions causes them to refuse further activities. Individualized cognitive training with feedback that reinforces subjective assessments of change can help to improve cognitive self-esteem in older adults [22], and success can help to reduce perceptions of difficulties and become more willing to participate in cognitive activities [50].…”
Section: Groupmentioning
confidence: 99%
“…Some researchers to increase the probability of this expansion propose to pay attention to the personalization of a CCTP, and to increase efficiency-to perform the training not individually, but in groups [11]. However, according to another point of view, exactly individualized computerized cognitive training may enhance cognitive self-efficacy in healthy seniors [22].…”
There are numerous data in existence, the computerized cognitive training programs (CCTP) maintain or improve the plasticity of the neural networks in the brain. It is known as well that CCTP reduces the probability of cognitive dysfunctions associated with aging. In the chapter, the age-associated specificity in the temporal dynamics of changes in the visuospatial short-term memory (VSWM, also called visuospatial working memory) is presented. VSWM has been analyzed as there are evidence for age-related decline in visuospatial memory associated with hippocampus atrophy in aging. Memory retrieval decline in older women in comparison with young women while computerized training at home is shown. The elderly achieving results which are comparable to the youngs are determined by significantly increased duration while performing the memory tasks. To reveal factors of the CCTP’s efficiency, age-related differences in the attention systems using the Attention Network Test were resolved. In the group of older women, VSWM efficiency is negatively related to the errors of incongruent information selection whereas in young women—to the reaction time while testing. Thus, the success of long-term systematic training of visuospatial memory in old age is strongly related to the high level of executive control.
“…Despite the concerns noted above, CTT has only been growing in popularity (Goghari, Krzyzanowski, Yoon, Dai, & Toews, 2020). As discussed by Hague et al (2020), this raises difficult questions for health psychologists who are asked to provide these services, often by patients and parents who are desperate for any sort of improvement.…”
Section: Evidence-based Practice and Cctmentioning
Objective: Cognitive dysfunction is associated with common pediatric conditions, including attention-deficit/hyperactivity disorder, traumatic brain injury, and acquired brain injuries secondary to acute and chronic illness. There is substantial interest in computerized cognitive training (CCT) as a way to remediate these deficits, but use of CCT has been the subject of ongoing debate regarding its effectiveness. This invited commentary describes the current evidence base and potential benefits and costs of CCT, discusses clinical decision-making from the perspective of evidence-based practice, and offers suggestions for future development and research. Method: A selective review of reviews of the recent CCT literature, with a focus on pediatric conditions. Results: Large claims have been made for the effectiveness of CCT, but research to date indicates only limited and circumscribed benefits. Improvements have been demonstrated in trained tasks and closely related skills, but generalization to other cognitive domains has not convincingly been shown. On the other hand, unequivocally beneficial treatment alternatives are lacking or have their own limitations. This state of affairs raises practical and ethical concerns for clinicians interested in using this intervention. CCT does show promise: It can be delivered at home, potentially increasing access to care, and may be improved by coaching or as an adjunct to other treatments. Conclusions: CCT may provide limited benefits for some pediatric patients, but further research and development is needed before it can considered an effective intervention for cognitive dysfunction. Clinicians considering its use should be sure that patients and families are well informed about its benefits and limitations.
Implications for Impact StatementComputerized cognitive training (CCT) is increasingly being promoted as a way to remediate cognitive dysfunction in pediatric patients. This article describes the current evidence-base for CCT, discusses clinical decision-making from the perspective of evidence-based practice in psychology, and offers suggestions for future development and research.
“…These interventions, henceforth referred to as computerized cognitive training (CCT), have surged in popularity in both the general public (e.g., Goghari et al, 2020) and the clinical research literature, with more than $25 million in funding from the National Institutes of Mental Health dedicated to the development or refinement of these treatments in the past year alone (NIH Reporter, 2022). Despite this rapid public uptake and investment of resources, however, 4 there is still considerable debate about whether and to what extent CCTs as a class remain a promising direction for intervention research or a clinically useful resource for patients.…”
We review the current state of the literature on computerized cognitive training programs for mental health problems. Drawing on established principles from learning theory and cognitive psychology, we discuss several reasons why many of these interventions (e.g., cognitive bias modification) have not yet achieved their considerable potential as cost-effective, disseminable, and effective digital therapeutics. We also consider distinguishing features that may help to explain why other computerized cognitive training programs (e.g., cognitive remediation) tend to show more robust effects. Finally, we leverage insights across both basic and applied branches of psychology to offer concrete recommendations for building more robustly effective digital interventions moving forward.
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