11 Clinical Trials for Various Conditions
This study is examining the effect of listening to music on personal variables such as stress, anxiety, and academic performance. Previous research has shown that listening to music can help in reducing the effects of anxiety and stress.
As children pass through puberty the timing of their sleep-wake cycle shifts and they experience a strong urge to stay up and awaken late. High school typically starts early in the morning and a significant percentage of normal adolescents arrive at school each day with an insufficient amount of sleep, which can take a substantial toll on their academic performance. As the primary reason for insufficient sleep is a naturally occurring propensity to stay up later in the evening it seems plausible that bright light treatment (BLT) at the appropriate time may phase advance biological clocks and potentially reverse this problem. Hence, the investigators are testing the hypothesis that consistent morning use of a light emitting diode (LED) BLT device (LiteBook Edge™) by healthy adolescents will shift the phase of their sleep wake cycle and enable them to receive an increased amount of sleep during the school week and perform better on tests of attention and academic performance and evidence signs of improved alertness. Alternatively, BLT could potentially enhance alertness through other mechanisms, such as a direct arousing effect, without exerting a discernible effect on circadian phase or sleep duration.
The main purpose of this clinical trials is to explore short-term effects of coordinated intervention versus the business-as-usual school program on the primary endpoints of post-intervention word-reading fluency and arithmetic fluency. The study population is students who begin 1st grade with delays in word reading and calculations. Students who meet entry criteria are randomly assigned to coordinated intervention across reading and math, reading intervention, math intervention, and a business-as-usual control group (schools' typical program). The 3 researcher-delivered interventions last 15 weeks (3 sessions per week; 30 minutes per session). Students in all 4 conditions are tested before researcher-delivered intervention begins and after it ends.
This study, Physical Exercise and Contributors to Academic Performance among Adolescents with Autism Spectrum Disorders (ASD), aims to expand our understanding of the impact of regular physical exercise on improvement in academic performance. The investigators will focus on the use of affordable, portable, and achievable interventions that can be easily shared and incorporated into other academic and home settings. The study will examine the use a regular vigorous exercise program for helping students with ASD reduce body mass index and improve executive function, motor performance, sensory responsiveness, and mood. The investigators propose a collaborative arrangement with an area school to conduct an 18-month exploratory pilot study of 30 middle- and high-school aged students (12 to 18 years old) with ASD, who are returning participants or are new to participating in the Fit Club at Gateway Academy. The investigators expect that the changes elicited by participation in this type of exercise program will support the formation of adult life skills, impacting on long-term quality of life for individuals with ASD and children with other conditions.
The purpose of this clinical trial is to determine if administration of a daily chewable multivitamin-mineral supplement (Monday - Friday when school is in session) given to children (third through sixth graders) during the academic school year will lead to improved academic performance.
The study examines the efficacy of a mindfulness-based neurofeedback protocol designed to improve academic performance and reduce performance anxiety in racial and ethnic minority college students. Using NeuroSky and BrainTrain technology, the intervention incorporates mindfulness principles to enhance participants' self-regulation skills. Continuous heart rate variability (HRV) data is collected to assess stress levels, sleep, and exercise. The research aims to explore the acceptability and feasibility of this approach, with the goal of addressing academic performance and anxiety in this population.
Research shows that the majority of all mental health (MH) treatment for children is delivered in schools. Unfortunately, however, school mental health (SMH) providers rarely use evidence-based approaches and are often poorly integrated into the school context. Given the high (\>20%) and increasing rates of MH disorders among children and youth, MH clinicians working in schools need effective and efficient ways to address student emotional and behavioral problems. The Brief Intervention Strategy for School Clinicians (BRISC) is a four-session, flexible, and research-informed "Tier 2" intervention tailored to high school students and designed to fit the school context. Findings from initial research funded by an IES Development and Innovation grant, including a small (n=66) comparison study, indicate positive, small to large sized effects (ES = .30- 1.33) in favor of BRISC for MH impairment, emotional symptoms, therapeutic alliance, coping skills, and client satisfaction. Moreover, even though the majority of students who were referred to BRISC were in the clinical range for functional impairment due to MH problems, over 50% were able to step down to lower levels of intervention after four sessions of BRISC, demonstrating promise for efficiency and reach. Given potential for public health impact, the purpose of the current study is to further examine the efficacy of BRISC by assessing its impact on mental health and academic outcomes - as well as feasibility, acceptability, and efficiency - in a larger, multi-site trial.
The goal of this clinical trial is to test the effectiveness of sport-based physical education (PE) curriculum on activity behaviors (moderate to vigorous physical activity and sedentary behavior), executive functions, and academic performance in elementary school-aged children, particularly among low-income ethnic minorities. The main questions it aims to answer are: * Whether a school-based sport program can improve child engagement in school-time moderate-to-vigorous physical activity (MVPA) and total daily MVPA, compared to a control group (standard PE class)? * Whether a school-based sport program can improve child executive functions and academic performance, compared to a control group (standard PE class)? Participants randomized to receive the ACtive Children Enhance LEaRning and AttenTION (ACCELERATION) intervention (treatment) received * 45-minute weekly for 10 weeks soccer (ball mastery exercises) curriculum led by trained PE teachers during the school PE lesson time. * Homework required practicing learned ball mastery skills daily for 15-20 minutes at home. A required ball was provided to them. * Virtual parent workshops, which required the attendance of parents of study participants to improve their understanding of all about the program Researchers will compare the control group, who received a regular PE class curriculum, to see if there are any differences in child activity behaviors, executive functions, and academic performance.
The central hypothesis of the Fueling Learning Through Exercise (FLEX) study is two innovative school-based physical activity programs (a walking/running program and a classroom activity break program) will increase school-time and total daily minutes children engage in moderate-to-vigorous physical activity, relative to controls, and that children who attend schools with these PA programs will demonstrate improved cognitive functioning, academic achievement, and attendance, relative to controls.
The goal of the Playground supervision clinical trial is to see if playground management skills are improved, after implementing the school-wide behavior management program.
Impaired WM is a central deficit in ADHD. A computerized training program, Cogmed, has been shown to increase WM capacity in children with ADHD. It is not known whether the training improves behavior associated with classroom learning, such as remaining on-task and inhibiting off- task behavior. The aim of this study is to utilize ecologically valid measures to investigate training's effect on observable ADHD behavior in conjunction with more standard measures. Subjects will be randomly assigned to a Cogmed versus an active "placebo" condition in which the tasks do not increase in difficulty level in a double-blinded fashion. The effects of the active Cogmed versus placebo computer training will be compared on measures in children with ADHD.