View clinical trials related to Neurodevelopmental Disorders.
Filter by:The purpose of this study is to evaluate a family counseling intervention, entitled "Tuko Pamoja" (Translation "We are Together" in Kiswahili). The intervention, delivered by lay counselors and through existing community social structures, is expected to improve family functioning and individual mental health among members. The sample includes highly distressed families with a child or adolescent (ages 8-17) exhibiting emotional or behavioral concerns; as such, particular emphasis is placed on adolescent-focused outcomes, including mental health and well-being.
This study is aimed to carry out a systematic study to examine the effects of genetic variants (genetic modifiers) other than TSC genes on phenotypic variability in familial TSC patients (affected parent, child and unaffected siblings) and sporadic TSC.
The efficacy of clinical trials addressing behavioral issues in individuals with intellectual/developmental disabilities (IDD) has traditionally been hampered by lack of objective and sensitive measures. While there are many behavioral observation measures available, most of them either rely on recall of the event or are designed for use by trained professional observers, requiring a third party or extensive training for use. The Measuring Outcomes for CHange (MOCHA) phone based application was developed to address the need for feasible real-time tracking of behavior. For the current study, 2 parents of children with IDD, 2 special education teachers, and 2 behavior health professionals will be recruited to serve on a stakeholder advisory panel. These individuals will provide initial feedback on the use of the application. Primary participants will be the parents and teachers of 10 children or adolescents (age 5-17 years) who are seeking treatment and support for the child's challenging behaviors (aggression, self-injurious behaviors, severe irritability) from clinicians in the Behavior Medicine Clinic at the Carolina Institute for Developmental Disabilities. Participants in the study will use MOCHA to record the child's behavior each time it occurs over 6 weeks in order to test the feasibility of using MOCHA over time and in response to treatment. The first 2 weeks of data collection will occur prior to the participant's scheduled visit to the BMC. Following the clinic visit, where clinically determined treatment suggestions will be provided, participants will continue to collect data for 4 weeks to determine if long term data collection is feasible and if change can be detected in response to the treatment through MOCHA (and compared to pen and paper questionnaires). Two children will be chosen from this participant pool to wear a sensor device to determine feasibility of syncing wearable sensors with the MOCHA app for use in future research studies. Following the 6 weeks of MOCHA use, all participants will receive a call or in person visit to conduct an exit interview about the participant's experiences using MOCHA. The overall goal of this study is to determine the feasibility of the use of the MOCHA application to track behaviors in populations of children with IDD. The MOCHA app does not act as an intervention and is not modifying the environment of the participants, but will be used as a tool by caregivers to track behaviors in real time.
Research question: The primary aim of this study is to compare the prevalence of motor impairment from birth to five years of age between children born <30 weeks and term-born controls, and to determine whether persistent abnormal motor assessments in the newborn period in those born <30 weeks predict abnormal motor functioning at age five years. Secondary aims for both children born<30 weeks and term children are i) to determine whether novel early magnetic resonance imaging (MRI) - based structural or functional biomarkers are detectable in the neonatal period that can predict motor impairments at five years, ii) to investigate the association between motor impairments and concurrent deficits in body structure and function at five years of age, and iii) to explore how motor impairments at five years, including abnormalities of gait, postural control and strength, are associated with concurrent functional outcomes including physical activity, cognitive and learning ability, behavioural and emotional problems. Design: Prospective longitudinal cohort study. Participants and Setting: 150 preterm children (born <30 weeks) and 151 term-born children (born >36 completed weeks' gestation and weighing>2499 g) admitted to the Royal Women's Hospital, Melbourne, were recruited at birth and will be invited to participate in a five-year follow-up study. Procedure: This study will examine previously collected data (from birth to two years) that comprises the following: detailed motor assessments and structural and functional brain MRI images. At five years, preterm and term children will be examined using comprehensive motor assessments including the Movement Assessment Battery for Children - 2nd edition and measures of gait function through spatiotemporal (assessed with the GAITRite® Walkway), dynamic postural control (assessed with Microsoft Kinect) variables and hand grip strength (assessed with a dynamometer); and measures of physical activity (assessed using accelerometry), cognitive development (assessed with Wechsler Preschool and Primary Scale of Intelligence) and emotional and behavioural status (assessed with the Strengths and Difficulties Questionnaire and the Developmental and Wellbeing Assessment). Caregivers will be asked to complete questionnaires on demographics, physical activity, activities of daily living and motor function (assessed with Pediatric Evaluation of Disability Inventory, Pediatric Quality of Life Questionnaire, the Little Developmental Co-ordination Questionnaire and an activity diary) at the 5 year assessment. Analysis: For the primary aim the prevalence of motor impairment from birth to 5 years will be compared between children born <30 weeks and term-born peers using the proportion of children classified as abnormal at each of the time points (term age, one, two and five years). Persistent motor impairments during the neonatal period will be assessed as a predictor of severity of motor impairment at 5 years of age in children born <30 weeks using linear regression. Models will be fitted using generalised estimating equations with results reported using robust standard errors, to allow for the clustering of multiple births. Discussion/Significance: Understanding the developmental precursors of motor impairment in children born <30 weeks is essential to limit disruption to skill development, and potential secondary impacts on physical activity, participation, academic achievement, self-esteem and associated outcomes, such as obesity, poor physical fitness and social isolation. Better understanding of motor skill development will enable targeting of intervention and streamlining of services to the individuals who are at highest risk of motor impairments.
Organizational, time management and planning (OTMP) skills deficits are seriously impairing features of developmental disorders, such as Attention Deficit Hyperactive Disorder (ADHD) and autism, which compromise school performance and family relations. The manualized Organizational Skills Training program (OST) was designed to target children's specific OTMP deficits. However, the brain mechanisms of treatment-induced changes remain unknown. The current study combines a training intervention with non-invasive MRI imaging in a pre-/post-design to address this question.
Each year, approximately 1 child in every 100 is born with Congenital Heart Disease (CHD), making it the most common birth defect. With recent medical advances, more children with CHD survive early open-heart surgery, so that there are now 2 to 3 million adult survivors with CHD. These survivors face challenges in terms of their cognitive and behavioral development. For many, the limitations affect their academic achievement, social adaption and, ultimately, their quality of life. Among the most disabling limitations are those that pertain to the ability to maintain attention, plan and organize activities, regulate emotions, and develop problem-solving strategies. Collectively, these are referred to as executive functions (EF) because they are higher-order abilities that enable one to coordinate complex behaviors. Additionally, impaired EF also underlie mental health disorders. In spite of the abundance of evidence that children with CHD struggle with EF, there is little to offer them in the way of evidence-based interventions to prevent or mitigate these problems. The investigators propose to conduct the first randomized trial to evaluate the efficacy of an intervention, the Cogmed Working Memory Program, in improving the neurodevelopment outcomes of children with critical CHD after infant open-heart surgery. Children who meet eligibility criteria and who agree to participate will be randomly assigned to an intervention or control group. Children in the intervention group will complete 25 35-40 minute sessions of Cogmed training, spread over for 5 weeks. This Program is a set of home-based, child-friendly, computerized activities. The control group will receive the standard of care for children with CHD. Children's scores on EF and related neurodevelopmental tests will be evaluated before the intervention group completes Cogmed training, at the conclusion of their training, and 3 months later. The latter assessment will indicate whether any gains in EF skills of the children in the intervention group are sustained after training. Parents and teachers will also complete questionnaires about children's EF, attention, and social behaviors to determine whether training affects behaviors of the intervention group at home and in school. The investigators will also identify the medical and surgical characteristics of children who benefit most from Cogmed training. This information will be helpful in targeting the intervention most efficiently in the future.
This study is about early intervention for preschool children with emotional and stress related disorders. To develop a set of program that could be used in district hospitals for early intervention of preschool children with emotional and stress related disorder or problems.
The aim of this randomized controlled trial is to determine if a nutritional supplement containing broccoli sprout and seed extracts, a rich source of sulforaphane, is effective in reducing core symptoms of autism spectrum disorder (ASD). The study will also explore the safety and tolerability of a sulforaphane supplement in young men with ASD, as well as its effects on challenging neuropsychiatric symptoms that are commonly associated with ASD, such as hyperactivity, irritability, and repetitive movements.
The purpose of this study is to evaluate the efficacy of a novel positive emotion regulation intervention that aims to increase positive emotions and improve emotion regulation skills in children, adolescents and young adults. The study focuses on individuals with a developmental disorder such as Autism Spectrum Disorder and other Learning or Developmental Disabilities in comparison to typically developing (TD) controls. Participants will complete a psycho-educative training to learn about positive emotions and how to increase them in their daily lives. Participants are expected to benefit from the training, which will be evident in a change in emotion experience, emotion regulation strategy use, and well-being. Emotion regulation efficacy will be related to symptom severity (autistic symptoms), alexithymia and problematic behaviors.
Retinopathy of prematurity (ROP) is a disorder of development of the neural retina and its vasculature that may impact vision in vulnerable preterm neonates for a lifetime. This study utilizes new technology to determine visual and neurological development of very preterm infants in the intensive care nursery, during a period of rapid growth of the retina, optic nerve and brain. The long-term goal of this study is to help improve preterm infant health care via objective bedside imaging and analysis that characterizes early critical indicators of poor vision, neurological development and ROP, which will rapidly translate to better early intervention and improved future vision care.