Sleep deprivation induces fragmented memory loss

Sleep deprivation increases rates of forgetting in episodic memory. Yet, whether an extended lack of sleep alters the qualitative nature of forgetting is unknown. We compared forgetting of episodic memories across intervals of overnight sleep, daytime wakefulness, and overnight sleep deprivation. Item-level forgetting was amplified across daytime wakefulness and overnight sleep deprivation, as compared to sleep. Importantly, however, overnight sleep deprivation led to a further deficit in associative memory that was not observed after daytime wakefulness. These findings suggest that sleep deprivation induces fragmentation among item memories and their associations, altering the qualitative nature of episodic forgetting.</jats:p

Sleep deprivation induces fragmented memory loss

Sleep deprivation increases rates of forgetting in episodic memory. Yet, whether an extended lack of sleep alters the qualitative nature of forgetting is unknown. We compared forgetting of episodic memories across intervals of overnight sleep, daytime wakefulness, and overnight sleep deprivation. Item-level forgetting was amplified across daytime wakefulness and overnight sleep deprivation, as compared to sleep. Importantly, however, overnight sleep deprivation led to a further deficit in associative memory that was not observed after daytime wakefulness. These findings suggest that sleep deprivation induces fragmentation among item memories and their associations, altering the qualitative nature of episodic forgetting

Teaching individuals with autism spectrum disorder to ask questions: A systematic review

Item does not contain fulltextThis review involved a systematic search and analysis of studies aimed at teaching individuals with autism spectrum disorder (ASD) to ask questions (i.e., teaching mands for information). A systematic search of databases, reference lists, and journals identified 21 studies that met predetermined inclusion criteria. Included studies were then summarized in terms of (a) participant characteristics, (b) dependent variables (e.g., types of question-asking skills that were taught), (c) intervention procedures, (d) research designs, and (e) outcomes. All 21 studies reported that participants acquired or improved in the targeted question-asking skills. The most common intervention components included (a) echoic prompts and systematic fading procedures (e.g., time delay), (b) positive reinforcement via provision of requested information and/or access to preferred items or activities, and (c) contriving situations to motivate specific questions (i.e., creating establishing operations). Implications for practitioners and directions for future research are discussed.13 p

A Tutorial on the Concept of the Motivating Operation and its Importance to Application

Motivating operations (MOs) exert a powerful influence over operant relations and hold significant implications for those working in applied settings. In this paper, we describe the concept of the MO and provide “real world” examples. Particular emphasis is given to the concept of the conditioned MO (CMO). Implications for intervention are discussed. It is hoped that this endeavour will encourage the utilization of the full conceptual system of the MO