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Dyslexic individuals exhibit slow reaction times (RTs) in Rapid Automatized Naming (RAN) tasks. Using hierarchical Bayesian meta-analysis, we asked whether slower processing in dyslexia extends beyond RAN to include RT-based motor-skills and nonverbal tasks (simple, choice, interference control). Following a systematic review, we identified studies comparing dyslexic and age-matched neurotypical groups on RT-based tasks. For RAN, we restricted study selection to letter-naming tasks (30 studies [k], 37 effects [m]), and found a large slowing effect in dyslexia (

Many Pre-K through grade 12 (PK-12) students have experienced traumatic events throughout the pandemic in a myriad of ways including the death of family members and peers, loss of social interaction and increased violence at home. The consequences can be traumatic and manifest themselves in fear, anxiety, anger, isolation, and loneliness. Too often this leads to depression, anxiety, grief, substance use disorders, post-traumatic stress disorder, suicidal ideation and even suicides. This study assesses the impact of an innovative virtual human role-play simulation that prepares PK-12 educators, administrators, and school staff to respond to a student death in the school community by creating communities of support to help manage traumatic loss. The simulation addresses crisis response planning, postvention plans, and provides learners with role-play practice in using evidence-based motivational interviewing communication strategies in conversations with students and colleagues after the occurrence of a death. The sample consisted of educators and staff who were recruited from geographically dispersed areas across the US between January 2021 through December 2021. Matched sample t-tests and ANOVAs were used to assess quantitative data, and a qualitative analysis software, MAXQDA, was used to assess open-ended response data. Results show statistically significant increases in school personnel's preparedness and self-efficacy to recognize signs of trauma in their students and colleagues, and to approach them to talk about concerns and, if necessary, make a referral to support services. Simulations such as this hold tremendous potential in teaching educators how address trauma due to a student death.

Research suggests individual differences in motor skills may be associated with reading ability in school-age children. This meta-analysis explored whether deficits in motor skills are evident in developmental dyslexia, using estimates from 33 studies (k) with 122 effects (m) from dyslexic and age-matched neurotypical samples (N dyslexia = 1248, M age = 11.6 years, range 7.0 to 25.3 years). An overall effect of moderate magnitude, g = –.52 [95% CI –.74; –.29], confirmed that motor skills are impaired in dyslexia. Meta-regression analyses indicated no significant effects of participant age or language. Subgroup analyses revealed significant group differences for tasks with nonlinguistic stimuli (k = 28, m = 83), e.g., pegboard task, g = –.46 [–.71; –.22], or linguistic stimuli (k = 10, m = 39), e.g., word copying task, g = –.66 [–1.09; –.24]. Effects were significant for groups with confirmed dyslexia diagnoses (k = 27, m = 103), g = –.56 [–.81; –.30], but not for groups identified as poor readers, (k = 6, m = 19), g = –.32 [–.93; .28]. Effects were significant for fine motor skills (k = 29, m = 106), g = –.61 [95% CI –.83; –.39], but not for gross motor or composite measures (k = 10, m = 16), g = –.26 [95% CI –.76; .24]. The results suggest that fine motor tasks might help to identify children at risk of dyslexia. Longitudinal research may further elucidate relations between motor and reading skills.