View clinical trials related to Mental Disorders.
Filter by:This study evaluates the cultural and linguistic sensitivity and psychometric properties of a set of four adapted measurement instruments essential to determining the efficacy of group-psychoeducation for patients with bipolar disorder in Rwanda, and one screening tool for bipolar disorder. The four well-known instruments are; The Young Mania Rating Scale (YMRS), The Medical Adherence Scale (MARS), The Internalized Stigma of Mental Illness Scale-9 (ISMI-9), and the Mood disorder Questionnaire (MDQ). Each instrument will be culturally adapted and validated using a forward-backward translation, consensus conference, and cognitive interviews.
There are specific barriers to utilise psychotherapeutic services for refugees with mental health problems in the German public health care system. This study aims to evaluate additional organisational components that are hypothesised to improve service utilisation. In a randomised controlled trial, refugees with mental health problems are identified by peers, subsequently assessed by professional staff and referred to public psychotherapeutic health services who offer standard care. Participants are assigned to care as usual or to "coordinated and peer supported mental health care"; the latter includes several additional organisational assistance components, i.e. a coordination center, trained peers to support treatment utilisation, a support and training center for therapists, and a interpreter pool. Measures include service utilisation and symptom change after 6 months. Furthermore the study evaluates whether trained peers can correctly identify participants with mental health problems.
The study will recruit 60 young people who meet established criteria for being at clinical high risk for psychosis. They will be offered a range of psychological interventions starting with the most benign treatments in different steps. At step 1 they will be offered individual or group support and if there is no improvement they will be offered more intensive CBT individual therapy or CBSST group therapy. Assessments will occur at baseline, 6,12 and 18 months
Harmful alcohol use is a global risk factor for disease, injuries and death. Research on treatment of Alcohol use disorders (AUDs) indicates that different treatment modalities are equally effective, but also that a large group of patients do not change their drinking pattern despite being in treatment. It is assumed that it is not random who benefits from treatment. Thirty to forty percent of outcome variance in treatment is probably explained by patient factors, and we need more knowledge on how different patient factors moderate treatment effects. Further, clinicians also need more knowledge about selecting patients to different therapies. The present study will investigate how patient factors predict outcome in group treatment of AUDs, and what predicts positive treatment outcomes over time. The study is designed as a quasi-experimental, multi-centre, follow-up study. Patients will be included from Vestfold Hospital Trust, Borgestadklinikken, Blue Cross Clinic, Behandlingssenteret Eina, Blue Cross Clinic and A-senteret, Oslo, Church City Mission. The Project will provide more knowledge about patients seeking treatment for AUDs, and specifically how patient factors predict outcome in group treatment. These results will in turn lead to better selection of treatment modalities, and patients will receive a more effective treatment earlier on. Main aims: 1) How do patient factors predict outcome in group treatment of alcohol use disorders (AUDs)? 2) Do positive treatment outcomes last over time? Specifically, do the following factors: a) psychiatric comorbidity b) severity of alcohol use pre-treatment c) personality disorders and d) cognitive impairments predict 1) completion of group treatment and 2) positive outcome after 1 year. As an additional aim, we will investigate if the Montreal Cognitive Assessment test (MoCa) is feasible as a brief screening instrument for mild cognitive impairments for AUD patients.
OBJECTIVES: 1. To evaluate the impact of an intervention based on collaborative nursing care in terms of the changes produced in the recovery process, in positive mental health and in the nurse-patient therapeutic relationship among users of mental health day hospitals. To explore the changes produced in the recovery process of users who receive collaborative nursing care through the co-design and implementation of group activities. DESIGN: A sequential and transformative mixed methods design is proposed. METHODS. The study is structured in three phases. In phase one (baseline) and phase three (follow-up), quantitative data will be collected from patients at a mental health day hospitals based on a two-armed, parallel-design, non-randomized trial. In phase two, two groups will be established: an intervention group (GI) in which the intervention based on collaborative nursing care will be carried out through the co-design and implementation of activities through Participatory Action Research, and a control group (CG) in which the usual care dynamics will be continued. All the users of three mental health day hospitals who agree to participate in the study will be studied consecutively until the necessary sample size is reached. The outcomes used to evaluate the impact of the intervention will be the stage of the recovery process, the quality of the therapeutic relationship and the patient's level of positive mental health. DISCUSSION: Very few collaborative nursing care interventions have been studied and shown to be effective in the context of the paradigm shift toward recovery in mental health nursing. IMPACT: Understanding the changes produced in the recovery process, as well as in the quality of the therapeutic relationship and in the maintenance and/or increase of the levels of positive mental health of people with mental health problems, can contribute to the design and implementation of new methodologies to offer effective and person- centered care.
High-frequency deep brain stimulation (DBS) is an effective treatment strategy for a variety of movement disorders including Parkinson's disease, dystonia and tremor1-5, as well as for other neurological and psychiatric disorders e.g. obsessive compulsive disorder, depression, cluster headache, Tourette syndrome, epilepsy and eating disorders6-11. It is currently applied in a continuous fashion, using parameters set by the treating clinician. This approach is non-physiological, as it applies a constant, unchanging therapy to a dysfunctional neuronal system that would normally fluctuate markedly on a moment-by moment basis, depending on external stressors, cognitive load, physical activity and the timing of medication administration. Fluctuations in physical symptoms reflect fluctuations in brain activity. Tracking and responding in real-time to these would allow personalised approaches to DBS through stimulating at appropriate intensities and only when necessary, thereby improving therapeutic efficacy, preserving battery life and potentially limiting side-effects12. Critical to the development of such adaptive/closed-loop DBS technologies is the identification of robust signals on which to base the delivery of variable high-frequency deep brain stimulation. Local field potentials (LFPs), which are recordable through standard DBS electrodes, represent synchronous neuronal discharges within the basal ganglia. Different LFP signatures have been identified in different disorders, as well as in different clinical states within individual disorders. For example, low frequency LFPs in the Alpha/Theta ranges (4-12Hz) are frequently encountered in patients with Dystonia13,14, while both beta (12-30Hz) gamma (60-90Hz) band frequencies may be seen in Parkinson's disease, when the patient is OFF and dyskinetic, respectively15,16. Equally, suppression of these abnormal basal ganglia signals through medication administration or high-frequency DBS correlates with clinical improvement. As such, they represent attractive electrophysiologic biomarkers on which to base adaptive DBS approaches. Until recently, neurophysiological assessments were purely a research tool, as they could only be recorded either intra-operatively or for a short period of time post-operatively using externalised DBS electrodes. However, advances in DBS technology now allow real-time LFP recordings to be simply and seamlessly obtained from fully implanted DBS systems e.g. Medtronic Percept PC. In this study, we will evaluate a cohort of patients with movement disorders and other disorders of basal ganglia circuitry who have implanted DBS systems. Recordings of LFPs and/or non-invasive data such as EEG, limb muscle activation and movement (surface EMG and motion tracking) under various conditions (e.g. voluntary movement, ON/OFF medications, ON/OFF stimulation) will allow us to evaluate their utility as markers of underlying disease phenotype and severity and to assess their potential for use as electrophysiological biomarkers in adaptive DBS approaches. These evaluations in patients with DBS systems with and without LFP-sensing capabilities will take place during a single or multi-day evaluation (depending on patient preference and researcher availability). This study will advance not only the understanding of subcortical physiology in various disorders, but will also provide information about how neurophysiological and behavioural biomarkers can be used to inform personalised, precision closed-loop DBS approaches.
This is a three-year follow up of a previously completed randomized clinical trial (RCT) of a transdiagnostic cognitive and behavioral (CBT) program ("Mind My Mind" [MMM]) compared to management as usual (MAU) in youth with emotional and behavioral problems. The effectiveness trial (Clinical Trials Identifier: NCT03535805) evaluated an intervention for help-seeking youth with emotional and behavioral health problems below the threshold for referral to specialized treatment. The experimental intervention MMM consisted of 9-13 weekly, individual therapy sessions delivered by psychologists in a non-specialist school-based setting. The CBT-methods were organized in modules for anxiety, depression and/or behavioral problems, and the therapy was completed within 17 weeks. The MAU was enhanced by two care-coordination visits to help coordinate the usual care in the four municipalities in Denmark. The trial was conducted in four diverse municipalities in Denmark. The aim of this study is to determine the long-term effects of the transdiagnostic, modular CBT program ("Mind My Mind" [MMM]) compared to management as usual (MAU). The three-year follow-up of the RCT of MMM versus MAU is nested in a larger study of help-seeking youth screened for eligibility and stratified into three groups with increasing severity of problems. Youths with an intermediate level of problems were included in the RCT. We screened 573 help-seeking youths, and we included and randomized a total of 396 youths (age 6-16 years, with anxiety, depressive symptoms, and/or behavioral problems) to MMM (n=197) or MAU (n=199). The study participants comprise the 396 youths and their parents who participated in the RCT. We will use the help-seeking population and the background population in the four municipalities as reference groups. The follow-up study does not include an intervention. The long-term outcome of MMM versus MAU will be investigated using parent-reported questionnaires administered in average three years after random allocation to intervention. All study participants are followed in the Danish national registries.
The goal is to provide combination of 2 hours of weekly game based telehealth therapeutic intervention along with CBT-P for children identified with first onset psychosis or to be clinically high risk for psychosis thus widening therapeutic services offered. Target outcome measures are improvement in clinical symptoms, treatment engagement, and reduced hospitalization rates.
Recent studies have highlighted the consequences of COVID-19 pandemic and social distancing on mental health of individuals. The aim of this study is to evaluate those consequences within a sample of inflammatory chronic rheumatism affected patients, taking into account the well-known key role of stress in the set-up of such diseases.
Monitoring of Biologic Signals of Elderly Patients