Predicting emotional consequences of disorganization among adults with neurodevelopmental disorders: a structural equation model.

PURPOSE: Previous studies exhibited differences in sensory processing, motor coordination, metacognitive executive functions (EF-MI), and sleep quality among adults with neurodevelopmental disorders (NDD). This study aims to find relationships between those abilities and organization-in-time, focusing on emotional responses after decreased organization abilities. MATERIALS AND METHODS: This is a secondary data analysis of a larger sample from three previous studies conducted in one laboratory. Data were collected from 290 adults; 149 with NDD and 141 sex- and age- (20-50 years) matched controls completed the Adolescent/Adult Sensory Profile, Adult Developmental Coordination Disorder, Adults Behavioral Rating Inventory of Executive Functions, Mini Sleep, and Time Organization and Participation questionnaires. Structural equation model (SEM) analysed relationships and variable prediction. RESULTS: Significant between-group differences were found for all variables; SEM indicated similar paths in both groups. Sensory processing affected EF-MI and sleep quality and significantly correlated with motor coordination, affecting EF-MI; EF-MI affected organization-in-time. Sleep quality significantly affected organization-in-time, affecting emotional responses. CONCLUSIONS: Sensory, motor, EF, and sleep differences were associated with decreased organization-in-time abilities of adults with NDD, adversely affecting their emotional well-being. Early detection of such differences and targeted interventions may improve daily functioning and life quality and prevent negative emotional implications.

Neurodevelopmental disorders (NDD) emerging early in development affect lifelong well-being, and personal, social, academic, and occupational function.Adults with NDD may experience reduced quality of life due to ineffective time organization and life management.Ineffective time organization and consequence negative emotional responses are tied with deficient sensory processing, motor coordination, metacognitive executive function abilities, and sleep quality.Early diagnosis of such deficiencies following by targeted intervention may enhance daily functioning, reduce emotional challenges, and improve overall life outcomes.

Work-MAP Telehealth Metacognitive Work-Performance Intervention for Adults With ADHD: Randomized Controlled Trial.

The literature highlighted the need for evidence-based occupational therapy teleinterventions to improve work participation among adults with attention-deficit/hyperactivity disorder (ADHD). This study aimed to assess the efficacy of a self-tailored, metacognitive, telehealth intervention to enhance the performance of adults with ADHD at work (Work-MAP). The outcome measures were efficacy and satisfaction with performing self-selected work goals, executive functions, and quality of life. Participants in this randomized controlled trial were 46 adults with ADHD. Group A (n = 31) received the synchronous, hybrid-telehealth intervention in 11-weekly 1-hour individual sessions. Group B (n = 15) completed the intervention after a waiting phase. Following the intervention, participants showed and maintained significant improvements in all outcome measures (strong-to-moderate significant effects) to the 3-month follow-up. The Work-MAP teleintervention appears effective for improving work participation (i.e., performance), executive functions, and quality of life of adults with ADHD.

Work participation, sensory processing and sleep quality in adults with attention-deficit hyperactive disorder.

BACKGROUND: Although studies have indicated significant effects of attention-deficit hyperactive disorder (ADHD) on work participation, the mechanism underlying work participation of adults with ADHD is still unclear. OBJECTIVE: Following the World Health Organization's international classification of functioning, disability, and health concepts, this study compares sensory processing and sleep quality (body functions) with work participation among adults with and without ADHD and examines predictive relationships among adults with ADHD. METHODS: Sixty-nine adults with ADHD and 52 matched controls completed a sociodemographic questionnaire, the Adult/Adolescent Sensory Profile, the Mini Sleep Questionnaire, and the Occupational Questionnaire. RESULTS: The ADHD group had significantly poorer body functions, sensory processing (i.e., low registration, sensory-sensitivity, and sensation-avoiding patterns), sleep quality, and work performance compared to the control group (p < .001). For adults with ADHD, sensory sensitivity accounted for 10.9%, and sleep quality accounted for 22.0%, of the variance in their work performance. CONCLUSIONS: The deficient body functions of adults with ADHD may affect their work performance and therefore should be considered in further research, as well as in clinical applications.

Why are they late? Timing abilities and executive control among students with learning disabilities.

While a deficient ability to perform daily tasks on time has been reported among students with learning disabilities (LD), the underlying mechanism behind their 'being late' is still unclear. This study aimed to evaluate the organization in time, time estimation abilities, actual performance time pertaining to specific daily activities, as well as the executive functions of students with LD in comparison to those of controls, and to assess the relationships between these domains among each group. The participants were 27 students with LD, aged 20-30, and 32 gender and age-matched controls who completed the Time Organization and Participation Scale (TOPS) and the Behavioral Rating Inventory of Executive Function-Adult version (BRIEF-A). In addition, their ability to estimate the time needed to complete the task of preparing a cup of coffee as well as their actual performance time were evaluated. The results indicated that in comparison to controls, students with LD showed significantly inferior organization in time (TOPS) and executive function abilities (BRIEF-A). Furthermore, their time estimation abilities were significantly inferior and they required significantly more time to prepare a cup of coffee. Regression analysis identified the variables that predicted organization in time and task performance time among each group. The significance of the results for both theoretical and clinical implications are discussed. What this paper adds? This study examines the underlying mechanism of the phenomena of being late among students with LD. Following a recent call for using ecologically valid assessments, the functional daily ability of students with LD to prepare a cup of coffee and to organize time were investigated. Furthermore, their time estimation and executive control abilities were examined as a possible underlying mechanism for their lateness. Although previous studies have indicated executive control deficits among students with LD, to our knowledge, this is the first analysis of the relationships between their executive control and time estimation deficits and their influence upon their daily function and organization in time abilities. Our findings demonstrate that students with LD need more time in order to execute simple daily activities, such as preparing a cup of coffee. Deficient working memory, retrospective time estimation ability and inhibition predicted their performance time and organization in time abilities. Therefore, this paper sheds light on the mechanism behind daily performance in time among students with LD and emphasizes the need for future development of focused intervention programs to meet their unique needs.