View clinical trials related to Neurocognition.
Filter by:The number of students with psychological problems is on the rise, due to a combination of increasing performance pressure, high expectations, difficulties handling stress, social pressure, and studying. Spending time in a green space has been shown to have positive effects on the mental and general health. This project aims to alleviate the symptoms of mental fatigue and stress related disorders such as burn out in students by offering a nature-based activity. Participants are asked to take a thirty-minute walk in a nature-based area for five consecutive days, followed by a control period (regular schedule of the participant) for five days, or vice versa. The investigators test stress-related parameters including concentration tests, cognitive tests, cortisol levels, and cardiovascular measurements.
The main objective of this project is: 1. To assess the impact of COVID-19 on the brain and executive functioning. Twenty adult subjects of UZ Brussels (volunteers), who needed intensive care due to COVID-19 (n=10) or exhibited mild symptoms due to COVID-19 (n=10), will be recruited after hospital discharge. After signing an informed consent the subjects will undergo brain scans (T1, DTI, SWI, DWI, FLAIR MRI and rsfMRI), an emotion regulation task and a neurocognitive test battery. The latter test battery will be performed using an iPad and will test different neurocognitive functions such as memory, abstract thinking, spatial orientation and attention. The duration of the test battery is 18min. The total duration of one trial is estimated at one hour and a half. All tests are planned at the department of Radiology-Magnetic Resonance (UZ Brussel). After three months patients will visit the department of Radiology-Magnetic Resonance a second time for the same experimental trial. Additionally, a matched control group (n = 20; non covid or ICU patients) will be included and undergo the same tests in order to compare the results of the brain scans, emotional regulation task and neurocognitive test battery with results of both Covid-groups. Next to objective data, questionnaires will be filled out, i.e. visual analogue scales of mental and physical fatigue, Profile of Mood States and some additional return to work questions.
The aim of this study is to show the physiological changes during manic episode in bipolar mania how much they differentiate from remission and healthy control. Relation of audio-visual features as physiological changes and cognitive functions and clinical variables will be searched. The aim is to find biologic markers for predictors of treatment response via machine learning techniques to be able to reduce treatment resistance and give an idea for personalized treatment of bipolar patients.
Significant advances in primary malignant brain tumors (PBT) treatment have led to dramatically improved survival, both in children and adults. However, survival has not come without a cost and aggressive treatment methods associated with significant long-term adverse effects, often referred to as "late effects" (Panigrahy & Blüml, 2009). These effects are the medical, physical, cognitive and psychosocial sequelae associated with cancer and its treatments that generally emerge two to five years after treatment ends (e.g., Landier & Bhatia, 2008). The most serious challenge survivors of brain tumors face may be cognitive dysfunction. One especially important cognitive domain is executive functioning, which refers to essential factors such as problem-solving, goal-directed behavior and the ability to maintain stable interpersonal relationships (Lezak et al., 2004). Despite the potential impact of executive impairments on behavioral regulation and quality of life, few studies were conducted with survivors of PBT specifically for the assessment of executive functioning. Another fundamental neuro-cognitive domain is social cognition, which refers to the ability to understand the intentions and beliefs of others (Frith & Singer, 2008). Social cognitive deficits are expected to impair autonomy and relationships, but scarce attention has been devoted to the study of social cognition in survivors of PBT and no study has attempted to compare socio-cognitive data and measures of health-related quality of life. It is noteworthy that executive function and socio-cognitive skills improve throughout childhood and adolescence, and improvements in these skills have frequently been attributed to maturation of the brain, especially the prefrontal cortex (e.g., Tamnes et al., 2010). This suggests a greater impact of the disease and its treatment on these functions in children/adolescents.
The purpose of this study is to evaluate the psychometric properties and utility of new, computerized, neurocognitive measures in humans with depression, and humans with depression undergoing electroconvulsive therapy (ECT). The benefits of the study outweigh the risk as there is the possibility of developing better computerized neurocognitive measures, and the risks are limited to no more than minimal test related fatigue and psychological stress. Depressed humans, depressed human participants undergoing ECT, and humans diagnosed with Parkinson's disease (age 18-85) will be invited to participate in this study. After providing informed consent participants will undergo a clinical psychiatric evaluation to confirm the inclusion/exclusion criteria. After the clinical psychiatric evaluation, participants will complete common and new neurocognitive measures. There will be a total of two testing visits (baseline, 1-month follow-up). The anticipated duration of the participant's involvement is no more than 2 study visits that can take place over a 4-day period (i.e., the clinical evaluation can occur on day 1 and the neuropsychological measures can be administered on day 2 of each study visit) equating to approximately 6-hours (3-hours each day) per study visit.
This study was designed to investigate whether milnacipran is safe and effective in improving cognitive function in fibromyalgia. In addition, this study was aimed to investigate whether improvement in neurocognitive status due to milnacipran correlates with improvements in pain, to investigate whether improvement in neurocognitive status due to milnacipran correlates with improvements in fatigue, and to determine whether treatment with improvement in neurocognitive status, pain and fatigue correlates with functional improvement.