View clinical trials related to Executive Function.
Filter by:Executive function is a high-level cognition which plays an important role in our life. Meta-analysis study has demonstrated that acute exercise could improve executive function. However, it is still unclear whether executive function can be enhanced by the concurrent exercise that combines aerobic and resistance exercise. Moreover, previous studies indicated that acute exercise could increase the concentration of blood lactate which is positive correlated to executive function. It is still unclear whether the effect of acute concurrent exercise on executive function is mediated by blood lactate. Therefore, the purposes of present study are: (1) Measuring the effect of acute concurrent exercise and aerobic exercise on executive function. (2) Measuring whether the effect of acute concurrent exercise on executive function is mediated by blood lactate.
Background: Early childhood is the most critical and rapid period of complete and healthy physical and cognitive development in human life. Executive function appears in early childhood and develops rapidly through complex coaction between environment and developmental processes. The preschool period is also characterized by a rapid growth in fundamental movement skills, physical activity and physical fitness. The scientific research on the relationship between fundamental movement skills, physical activity, physical fitness and executive function in preschoolers remains to be explored. Objective: The purpose of this study was to examine the cross-sectional relationship between fundamental movement skills, physical activity, physical fitness and executive function in preschool children while controlling for potential confounding variables, examine the prospective influence (independent and interactive role) of preschooler's fundamental movement skills, physical activity and physical fitness on executive function, observe the preschoolers' fundamental movement skills, physical activity, physical fitness and executive function changes with age, and investigate gender and age differences in preschoolers' fundamental movement skills, physical activity, physical fitness and executive function. Method: The proposed study consists of two phases, phase 1 is a cross-sectional study. Five hundred and five children aged 3-5 years will be recruited. The Test of Gross Motor Development Third Edition (TGMD-3) was used to assess children's fundamental movement skills. Preschool children's physical activity was monitored by accelerometer ActiGraph GT3X-BT. Physical fitness was tested using handgrip, 4*10m shuttle run, 20m shuttle run, 30s sit-ups, sit and reach, and balance beam. Executive function was tested by computer-based tasks including animal stroop, safari training and stop signal task. Phase 2 is a 12-month follow-up study. In the phase 2, all children enrolled in the baseline study will be followed up, the measurements and contents of the follow-up are the same as the baseline instrument.
The participants will perform a cognitive control task. During the task, rhythmic trains of transcranial magnetic stimulation will be delivered to the prefrontal cortex and parietal cortex. Participants will be screened for their ability to perform the task. Magnetic resonance imaging will be used to localize regions of interest to be targeted. Electroencephalography will be collected concurrent with stimulation.
Opioid use is rising at unprecedented levels and has reached epidemic proportions in some areas of the country, particularly rural areas. Although research on the detrimental effects of opioid use on parenting and children is relatively new, it is clear that parents with opioid use struggle with a variety of parenting skills, especially contingent responsivity and warmth. As such, to have long-term sustained effects on preventing Opioid Use Disorder (OUD) in parents and to help prevent substance use and related problem behaviors in the next generation, it is critical to prevent opioid use, opioid misuse, and OUD in new parents, in tandem with providing support for parenting skills. The Family Check-Up Online (FCU Online) focuses on supporting parents by increasing parenting self-efficacy, stress management skills, self-regulation skills, and sleep routines, which are hypothesized to lead to the prevention of opioid misuse and OUD as well as improve mental health and increase responsive parenting. The FCU Online is based on the Family Check-Up, which has been tested in more than 25 years of research, across multiple settings, and is an evidence-based program for reducing high-risk behavior, enhancing parenting skills, and preventing substance use through emerging adulthood. It is named in NIDA's "Principles of Substance Use Prevention for Early Childhood" as one of only three effective selective prevention programs for substance abuse among families with young children. The FCU has also been endorsed as an evidence-based practice by the Maternal Infant and Early Childhood Home Visiting Program (MIECHV), and has been listed as a promising program by the Blueprints for Healthy Youth Development since 2013. The current project aims to address barriers of access to prevention services by delivering the FCU in a telehealth model using the FCU Online. In this research study the investigators will: 1. Work with community stakeholders in rural Oregon to expand the FCU Online to target early childhood (ages 18 months-5 years) and mothers with opioid misuse and addiction. Guided by focus group feedback, the FCU Online will be adapted to target parenting skills relevant to mothers with opioid misuse, including positive parenting, parent-child relationship building, executive functioning to help manage stress and depression, and negative parenting. A 2-month feasibility study (n=10) will test the adapted version of the FCU Online and help investigators refine intervention procedures and usability, recruitment steps, and assessment delivery. 2. Examine the efficacy of the FCU Online for rural families with opioid or other substance misuse. 400 parents with preschool children ages 18 months to 5 years and who have been identified with substance misuse, opioid misuse, or addiction will be randomly assigned to receive the FCU Online or services as usual and followed for one year. A telehealth model will be used for intervention delivery that includes targeted coaching and support. The investigators predicted that parents assigned to the FCU Online intervention will (a) show improvements in parenting skills linked to improvements in child behavior and long-term risk for subsequent substance abuse, and (b) show improvements in self-regulation and executive functioning (inhibitory control, attention shifting), which will mediate intervention effects. The investigators will also examine moderators, including neonatal abstinence syndrome/neonatal opioid withdrawal syndrome, and model intervention effects over time. 3. Examine factors related to successful uptake and implementation. To facilitate dissemination on a national scale, investigators will assess the feasibility of the FCU as an Internet-delivered intervention in rural communities with high levels of opioid use, including the extent to which participants engaged in the intervention, completed the program, and were satisfied with the program. Investigators will also assess feasibility, usage, fidelity, and uptake through engagement data collected via the online web portal. The investigators will develop materials and briefings for community agencies that will increase knowledge dissemination and, ultimately, reach a greater number of families throughout the United States who need information and services for parenting support in the context of opioid misuse.
Fibromyalgia (FM) is a chronic, complex and disabling clinical entity that has an average global prevalence of 2.7%. It occurs mainly in women in a 3: 1 ratio. It is characterized by persistent generalized pain, fatigue, unrefreshing sleep, cognitive dysfunction and numerous systemic symptoms such as dizziness, migraine, digestive alterations or sensory intolerances. At present there is no pharmacological treatment with specific indication for FM. Usually, non-curative treatments are recommended that alleviate the symptoms of the patients and improve their quality of life and functionality. Many studies have shown cognitive impairment in FM patients compared to control groups, and FM patients mainly show problems with working memory processes and / or in their attentional and executive domains, as well as in speed of speech. processing (BD Dick, Verrier, Harker, & Rashiq, 2008; Glass, 2009; Tesio et al., 2015; Williams, Clauw, & Glass, 2011). Many patients with FM have little understanding of their condition, leading to maladaptive pain cognitions and coping strategies. Current research has suggested the use of physiotherapy and rehabilitation in addition to cognitive patient education in the treatment of fibromyalgia. This study aimed to explore the effectiveness of pain neuroscience education in patients with FM. Therefore, this research aims to analyze the effectiveness of the neuroscience education program on pain in executive functions and the intensity of pain in patients with FM.
The current project utilizes a single-blinded, double arm, 6-month randomized controlled trial to assess the effects of a multi-domain exercise program on memory performance, as well as cortical activities during the memory tasks in cognitively intact adults (i.e., 45-70 years). In addition, the potential moderator role of apolipoprotein epsilon-4 (ApoE e4) status and the mediator role of the brain-derived neurotrophic factor (BDNF) will be explored.
To measure the effects of interrupting prolonged sitting with brief standing physical activity interventions on physical and cognitive performance, health and wellbeing in young people.
The aim of this study is to investigate the effects of different domains of executive function (EF) during dual task walking condition on brain activation and gait performance in healthy adults. There are two experiments will be conducted in this study. Experiment 1 is a pilot study to determine the same level of difficulty in 3 EF domains, including inhibition, working memory and cognitive flexibility. Experiment 2 is carried out to investigate the effects of 3 different domains of EF which difficulties are controlled on gait performance and brain activation in dual task condition. 10 subjects will perform Stroop test (2s/3s/4s to change question), backward digit spans (3/4/5 digits) and naming test in Experiment 1. In Experiment 1, the primary outcome is the correct response speed (CRS) while secondary outcome will be the brain activity. In Experiment 2, 30 subjects will perform the single cognitive task A (SCTA, Stroop test), single cognitive task B (SCTB, backward digit spans), single cognitive task C (SCTC, naming test), single walking task (SWT), dual task A (DTA, walking while performing cognitive task A), dual task B (DTB, walking while performing cognitive task B) and dual task C (DTC, walking while performing cognitive task C). The CRS, gait performance, brain activity and the dual task costs (DTC) will be recorded in the Experiment 2. Brain activities in prefrontal cortex (PFC), premotor cortex (PMC) and supplementary motor area (SMAs) will be measured by functional near-infrared spectroscopy (fNIRS) during this study. One-way ANOVA with Tukey post-hoc test will be performed to establish the effect of different type of executive task on CRS or the brain activity. The differences of gait parameters and brain activity in different condition in the Experiment 2 will be examined by one-way ANOVA with repeated measured. Furthermore, the Pearson correlation coefficient will be used to examine the correlation of brain activation and executive function performance or gait parameters.
This study will investigate the effect of agility training on executive function, dual task walking and brain activation in healthy adults. Participants (N=70) will be randomly assigned to resistance+aerobic training group (RAeT) or agility training group (AT). Participants in RAeT (n=35) will receive 15-minute lower extremity workout first and then 25-minute moderate intensity (60-75% predicted maximal heart rate) aerobic training. Participants in AT (n=35) will do the agility exercise program consisting of technical drills, pattern running and reactive agility training. The intervention will be twelve-time group intervention (3-5persons) in four weeks, 50 minutes per session (5-minute warmup, 40- minute main training, 5-minute cool-down). Participants will undergo three measurement time points (pre-, post-intervention and one month follow-up). Outcome measures will include executive function (N-back test, stroop test and Wisconsin card sort test), single and dual task walking performance and brain activity (fNIRS on prefrontal cortex, supplementary motor area and premotor cortex). Two-way analysis of variance (ANOVA) with Tukey post-hoc test will be used to examine the group x time interaction on three outcome measures.
The purpose of this study is to estimate the effects of diet and exercise interventions on body weight, cardiovascular metabolic markers, executive function, and intestinal flora among undergraduate students, as well as the underlying mechanisms.