Functional magnetic resonance imaging (fMRI) was used to assess the effect of cognitive training on brain activation as a function of the learning phase and level of education. Forty older adults with subjective cognitive decline (SCD) received 6 1-hour memory training sessions with the method of loci. Brain imaging (N = 29) was measured during word list encoding and retrieval before training (PRE), after 3 training sessions (POST3), and after 6 training sessions (POST6).
View Article and Find Full Text PDFIn this proof-of-concept study, we assessed the potential for immersive virtual reality (VR) to measure transfer following strategic memory training, and whether efficacy and transfer are increased when training is complemented by practice in an immersive virtual environment. Forty older adults with subjective memory complaints were trained with the method of loci. They were randomized to either a condition where they practiced the strategy in VR ( = 20) or a control condition where they were familiarized with VR using a non-memory task ( = 20).
View Article and Find Full Text PDFObjective: The aims of this study were to assess whether computerized attentional training improves dual-tasking abilities in older adults and whether its effect and transfer are modulated by age and the type of training provided. This study also used virtual reality (VR) as a proxy to measure transfer in a real life related context.
Method: Sixty participants (30 older and 30 younger adults) were randomized to either: (a) single-task training (two tasks practiced in focused attention; visual detection and alphanumeric equation task); or (b) divided attention variable-priority training (varying the amount of attention to put on each task when performed concurrently).
Virtual reality (VR) allows for the creation of ecological environments that could be used for cognitive assessment and intervention. This study comprises two parts that describe and assess an immersive VR task, the , which can be used to measure episodic memory. Part 1 addresses its applicability in healthy older adults by measuring presence, motivation, and cybersickness symptoms.
View Article and Find Full Text PDFBackground: Assessing and predicting memory performance in everyday life is a common assignment for neuropsychologists. However, most traditional neuropsychological tasks are not conceived to capture everyday memory performance.
New Method: The Virtual Shop is a fully immersive task developed to assess memory in a more ecological way than traditional neuropsychological assessments.
Background: Lesbian, gay men, and bisexual individuals (LGBs) often experience distress related to the recognition, self-acceptance, and disclosure of their sexual orientation.
Objectives And Design: Retrospectively reported coping strategies enacted during sexual identity formation among LGBs were assessed in relation to current stress indices measured using environmental (frequency of perceived daily hassles), psychological (perceived distress), and biological (allostatic load [AL] levels representing physiological dysregulations) perspectives.
Methods: Forty-six healthy LGBs between the ages of 18 and 45 (M = 23.
Objectives: Lesbian, gay, and bisexual (LGB) individuals-particularly those who have not disclosed their sexual orientation-are believed to experience increased chronic stress in comparison with heterosexuals. This interdisciplinary study assessed whether psychiatric symptoms (self-rated anxiety, depression, and burnout), stress hormone profiles (diurnal cortisol), and physiological dysregulations (allostatic load [AL]) would differ for a) LGBs versus heterosexuals and b) disclosed LGBs versus nondisclosed LGBs.
Methods: The study included 87 healthy participants (mean [SD] age=24.