There are about 25435 clinical studies being (or have been) conducted in United Kingdom. The country of the clinical trial is determined by the location of where the clinical research is being studied. Most studies are often held in multiple locations & countries.
For adolescents and young people particularly, there is need for better and more readily available treatments for depression and low mood. Comparatively less work has been done to characterize and treat depression specifically in young people. Previous literature indicates that often the unaddressed or under-addressed mental health difficulties in youth perseverate into adulthood and contribute to a host of individual and communal difficulties throughout the lifespan. Specifically, if depression goes unaddressed in young adulthood, the likelihood of a chronic course and multiple relapses or recurrences is much higher. In the present research, we seek to investigate the potential efficacy of a novel intervention for young people with low mood. Depression disrupts social functioning, and social connectedness is especially important during adolescence for healthy development. Within a growing body of literature, social dance has been linked to social and mental health benefits along the dimensions of those disrupted in depression. We hypothesize that social dance might preferentially and efficiently target the goals of addressing loneliness, closeness, and enjoyment in young people compared to other approaches to the treatment of low mood and depression in a way that could lead to mood improvements. Specifically, we are interested in the impact of a social movement-based activity, salsa dancing, on young peoples' mood and social and emotional processing. Social and emotional processing (SEP) tasks, such as emotional facial recognition and memory for emotional words, have been demonstrated to correspond with early changes that can be predictive of mood changes and treatment efficacy downstream. Including SEP tasks in this research will help to elucidate the potential mechanisms underlying mood improvements, should social dance correspond to improved mood in participants. The present research seeks to: 1. Aim 1: Investigate the effect of a social dance intervention on low mood. This will be assessed by administering psychological questionnaires to participants before, during, and after the study course of social dance sessions. In particular, we hypothesize that participants will experience reductions in low mood (assessed via the PHQ-9) following the social movement intervention as compared to a waitlist control. 2. Aim 2: Characterize any early social and emotional processing changes that correspond to social dance versus a waitlist control. This will be assessed via social and emotional processing task performance before, during, and following the social movement sessions. We anticipate that improvements in social and emotional functioning as demonstrated via one or several of these tasks will assist in elucidating the possible mechanisms responsible for mood improvement from social movement. 3. Aim 3: Characterize any social interaction difference from pre to post intervention that correspond to the social dance versus waitlist condition. This will be assessed via a version of the trust game before and following the social movement sessions and waitlist control. We anticipate seeing more disrupted trust behavior prior to the intervention or control conditions and less disrupted trust behavior following salsa dancing classes, but not the waitlist control. In this randomized controlled trial, participants in the experimental group will complete six to eight sessions of social movement (salsa dance) classes within an eight-week period, and complete psychological questionnaires and tasks before, during, and after these eight weeks. Their scores will be compared with those of a control group that will participate in an active waitlist condition. If the present study suggests that social movement benefits young people with low mood, it could form the basis for investigating a potential new cost-effective, non-invasive, accessible intervention that could be made available to young people.
What is the present, and expected, size and composition of the health and social care workforce required to provide care for the frail older population? As the population ages, robust workforce planning to meet future demands for health and social care by older people is needed. A lack of evidence in this areas has led to a mis-match between the health and social care demand from the ageing population and the current workforce capacity. The proposed study will use demand-led simulation modelling of the workforce required to address the specific challenge of providing health and social care for the growing numbers of older people living with frailty.
The goal of this observational study is to collect data in the form of ultrasound recordings from healthy volunteers, to aid the development of an Artificial Intelligence model that can identify ultrasound probe pressure.
Rapid On-Site Evaluation (ROSE) of cytology FNA samples performed by a Pathologist or Biomedical Scientist is a real time morphological assessment of the sample in the clinical setting with the aim of acquiring all the diagnostic material in one appointment resulting in reduction in costs, improved patient care and reduced referral to treatment time. It is not practical or possible for the ROSE team to be present in every location where an FNA is performed. Telecytology (TC) or remote ROSE is a digital form of ROSE which allows a biomedical scientist or pathologist working in a remote laboratory to review the cytology slides in real time, using microscope images fed from the location where the FNA procedure is being performed.
The goal of this clinical trial is to compare the safety and efficacy of AON-D21 versus placebo, both on top of standard of care, in patients with severe community acquired pneumonia admitted to ICU (or similar unit). The main questions to answer are: - The safety and tolerability of AON-D21 vs placebo. - The efficacy of AON-D21vs placebo. - The pharmacokinetics of AON-D21. - The pharmacodynamics of AON D21. - To identify biomarkers for patient stratification and analyses in future trials.
Despite work showing the overconsumption of saturated fatty acids (SFA) to be metabolically deleterious, debate continues about whether there is a link between SFA and cardiovascular disease risk. To explore this, we are undertaking a human in vivo parallel-design study, comparing two isocaloric high-fat diets; one enriched with SFA and the other enriched with unsaturated fatty acids (UFAs), to determine the impact of dietary fat composition on postprandial metabolism, liver fat, cardiac fat and cardiac function.
A 2-period crossover study for the treatment of cough in patients with Refractory Chronic Cough via Nalbuphine ER (NAL ER). Each period will last 21 days and are separated by 21 days. Subjects will be randomized in Treatment Period 1 to either NAL ER or matching placebo and evaluated for 21 days. After completion of the first phase, subjects who received NAL ER will crossover to placebo and subjects who received placebo will crossover to NAL ER to complete Treatment Period 2.
The goal of this clinical trial is to investigate the potential benefits of a digital Cognitive Behavioural Therapy for Insomnia (dCBT-I) platform, Sleepio, in individuals suffering from fibromyalgia, a condition commonly associated with cognitive issues and sleep disorders. The main questions this study aims to answer are: - Does the application of Sleepio improve quality of life in individuals with fibromyalgia? - Does the use of Sleepio improve cognitive function in individuals with fibromyalgia? - Does the use of Sleepio enhance sleep quality in these same individuals? - Does the use of Sleepio improve motor function in this group? Participants will be randomly assigned to either use the Sleepio platform or standardised health advice, including sleep hygiene material. Those assigned to Sleepio will undergo a series of six 20-minute sessions over 10 weeks with a virtual therapist focusing on cognitive and behavioural strategies for improving sleep. Participants' quality of life, cognitive function, sleep quality, and pain levels will be monitored and evaluated using online assessment tools. Additionally, a subset of participants will undergo further testing via sleep actigraphy and/or neuroimaging with MRI scans. Researchers will compare the two groups to determine if the use of Sleepio has a positive effect on quality of life, cognitive function, and sleep quality.
The investigators will conduct an open label, experimental medicine study exploring the acute metabolic impact of night-shift compared to day-shift work in NHS healthcare workers. Employees who are scheduled to work both day and night shifts will be recruited and identical metabolic investigations will be performed in the same participant following at least 3 consecutive day and night-shifts respectively. These investigations will take place at the Clinical Research Unit (CRU) in Oxford Centre for Diabetes, Endocrinology and Metabolism (OCDEM) at Churchill Hospital. The order of post-day and post-night shift investigations will be randomly determined and there will be a 2-week minimum interval between both sets of investigations. Participants will complete a self-reported food diary before and during each set of shifts (both day and night) and will have wrist-watch actigraphy performed throughout the entire study period in order to measure sleep and activity parameters. All study visits and investigations will commence at the CRU at 8am and will include a 2-step hyperinsulinaemic euglycaemic clamp with stable isotope infusions.
The investigators will conduct an open label, experimental medicine study exploring the diurnal patterns of hepatic lipid metabolism in NAFLD and non-NAFLD participants (determined by Transient elastography (TE) with controlled attenuation parameter (CAP)). We will also determine whether the diurnal patterns of lipid metabolism in NAFLD participants can be modified using lifestyle and weight loss intervention. Fourteen participants without NAFLD will have morning and evening metabolic investigations (visit 1M & 1E) to assess for changes in lipid flux pathways across the course of the day. After morning and evening investigations their involvement in the clinical study will then end. Seventeen NAFLD participants will also have identical baseline morning and evening investigation after which they will be enrolled into a 12-week lifestyle and weight loss programme. After 12-weeks, all 17 participants with NAFLD will have a follow up CAP, and morning and evening metabolic investigations (visit 2M & 2E).