View clinical trials related to Cognition.
Filter by:A strategy involving 6 partners was planned, targeting the components of education, innovation, and practice-based research with knowledge transfer into clinical practice.The project MIND&GAIT aims to promote independent living in frail older people through the development of innovative initiatives and systems to improve cognition and gait ability. A structured and integrated Combined Intervention (CI) will be developed, composed by: cognitive stimulation program, an animal-assisted therapy program, a physical activity program. Moreover, an auto-blocking mechanism for rolling walkers will be developed and implemented in this study. The results of the study and all the material that was used, will be disseminated in a web platform.
Studies have found a beneficial effect of tea consumption on the reduction of risk of cognitive impairment and dementia in older aged populations. However, there is a paucity of data on these associations in the very old defined as individuals aged 85 years and over. Therefore, we hypothesized that higher tea consumption was associated with better global and domain-specific cognitive function. We investigated the relationship between tea consumption in the very old and measures of global cognitive function, memory, attention and psychomotor speed. The Newcastle 85+ Study was a longitudinal (5-years), population-based cohort study of individuals aged 85+ years in North East England, United Kingdom. The final sample included 676 community-dwelling and institutionalized men and women recruited through general medical practices. Baseline tea consumption was assessed through a 2x24-hr multiple pass recall and longitudinal measures of global and domain specific (memory, speed and attention) cognitive function through the standardized mini-mental state examination and the cognitive drug research system. Linear mixed models, controlling for demographic (e.g. age, sex and education) and health variables were used to determine whether tea consumption was protective against cognitive decline.
This study seeks to understand at how noninvasive electrical brain stimulation might change how people perform on on tasks requiring concentration and thinking skills.
Phase 1: This is a remote observational study in which participants will complete cognitive assessments developed by Posit Science. Participants will be healthy controls aged 18-65 with reliable internet access and a device that they can use to access the assessments, such as a laptop or iPad. Participants will complete up to 6 Posit Science assessments in different domains of cognition, which should last approximately 30 minutes. Phase 2: This is an in person observational study in which participants will complete cognitive assessments developed by Posit Science. Participants will be healthy controls aged 18-80 who are fluent in English. Participants will complete batteries of cognitive assessments developed by Posit Science, which include combinations of visual, auditory, and social cognitive assessments, and self-report questionnaires. This study will be conducted at the Driven to Discover building at the Minnesota State Fair. Participation will last approximately 20 minutes. Phase 3: Participants in Phase 3 will complete a Posit Science assessment battery and self-report questionnaires. Each participant will be asked to provide brief demographic and medical history data. Participants will be aged 18-35 and will be students at the University of Minnesota who are enrolled in the Research Experience Points program. Participants will complete the assessment battery remotely; the battery will take approximately 45-60 minutes to complete. Phase 4: This is a pilot program to test the use of remote cognitive assessment and training in adolescents with an anxiety diagnosis and healthy controls. Participants will complete a short assessment battery, then will receive 4 hours of cognitive training over 2 weeks at home. Then they will repeat the battery. Total participation should last approximately 5 hours over 2-3 weeks and will be completed entirely remotely.
The high prevalence of cannabis and other substance use disorders are a major barrier to recovery in people with schizophrenia. Moreover, schizophrenia patients have significant deficits in cognitive function, which may be exacerbated by cannabis use. Complicating these problems is the lack of evidence-based treatments for co-morbid cannabis use disorders (CUDs) in schizophrenia; there are no established pharmacotherapies. Therefore, this study is investigating the effects of high-frequency (20Hz) repetitive transcranial magnetic stimulation (rTMS) on cannabis use disorder and cognitive function in patients with co-morbid schizophrenia/schizoaffective disorder. The proposed study would be the first randomized, double-blind, sham controlled trial of rTMS in patients with schizophrenia and co-morbid CUD. A total of N=40 schizophrenia smokers with co-morbid cannabis use disorder will be assigned to either active rTMS (N=20) or sham rTMS (N=20) as a treatment regimen of 5X/week treatment for four consecutive weeks. All participants will receive weekly behavioral therapy for 4 weeks. The investigators predict that active rTMS will be well-tolerated and superior to sham rTMS for the treatment of CUD in schizophrenia.
The deleterious effects of obesity on cardiovascular disease (CVD) and metabolic risk factors (dyslipidemia, hypertension, and insulin resistance) are well-documented. Recent evidence also links obesity to cognitive decline and dementia. Dietary patterns are central to the development and maintenance of obesity and certain dietary patterns may contribute to the onset and progression of cognitive decline. With the rapid aging of the US population and the high prevalence of obesity among older adults, innovative lifestyle strategies to prevent cognitive decline among ethnically diverse obese older adults are critically needed.
The aim of the overall project is to investigate the potential of a combination of commercially available nutraceuticals produced by Marigot Ltd (natural seawater derived mineral-rich AquaminMG and seaweed-derived mineral-rich food supplement AquaminTM (FDA GRAS 000028) isolated from Lithothamnion species), as safe and effective supplements to promote cognition in the aged brain.
The goal of this study is to determine if supplementation with krill oil concentrate containing the phospholipid-bound omega-3 fatty acids improves performance on specific cognitive tests that underlie key elements in U.S. Army Infantry Basic Officer Leaders Course (IBOLC) and in Ranger School (Training) at Fort Benning, Georgia (GA).
This study aim to adapt and test a novel indication of motivation in participants with cold & flu using the Picture Surfing Task (PST). The purpose of this task, in both healthy participants and those with cold & flu, will be to provide a measure of: 1) change in general motivation, 2) change in cold and flu-specific motivation, and 3) any change in general tendency to exert force to serve as a control.
The aim of this study is to determine whether drinking plain water when mildly dehydrated benefits cognitive performance and mood. Volunteers undergo a dehydration protocol designed to result in minor dehydration. While some participants receive two 150ml drinks of water others do not. Differences in cognitive functioning are assessed.