View clinical trials related to Mood Disorders.
Filter by:The overarching purpose of this pilot study is to collect preliminary data regarding the variability of weight gain associated with lurasidone (Latuda©) treatment of antipsychotic naive children and adolescents in order to inform decisions about including a lurasidone arm in a future large scale trial of different approaches to minimize antipsychotic associated weight gain in the pediatric population. In adults, lurasidone appears to cause minimal weight gain. The participants will be 6-19 years old with psychotic spectrum, mood spectrum, or autism spectrum disorders. They will have 4 weeks or less of lifetime antipsychotic exposure.
To compare the efficacy of brexpiprazole (flexible dose) with placebo as adjunctive therapy to an assigned open label antidepressant therapy (ADT) in the proposed subject population with MDD.
The purpose of this study is to investigate the efficacy of IPS in Denmark and compare effects of 1. Individual Placement and Support (IPS) vs. 2. IPS + cognitive remediation and work-related social skills training vs. 3. standard intervention, among individuals with severe mental illness.
The aim of the present study, is to evaluate the effect of a supported employment intervention, IPS-modified for people with mood and anxiety (IPS-MA) on employment or education, when offered to people with onset mood or anxiety disorders who are not likely to be able to return to work within three month. The hypothesis is that the IPS-MA method is associated with a shorter recovery period and more people returning to work or education, compared to treatment as usual.
The purpose of this study is to assess the efficacy of oral glycine as an augmentation strategy in two psychotic patients with a triplication (4 copies) of the gene glycine decarboxylase (GLDC). Subjects will first undergo a double-blind placebo-controlled clinical trial in which one 6-week arm will involve glycine (maximum daily dose of 0.8 g/kg, administered on a TID dosing schedule) and one 6-week arm will involve placebo. A 2-week period of no treatment will occur between treatment arms. A 6-week period of open-label glycine (maximum daily dose of 0.8 g/kg, administered on a TID dosing schedule) will follow the double-blind placebo-controlled clinical trial. Prior to the double-blind placebo-controlled clinical trial and at the end of the open-label glycine trial, the following procedures will be carried out: structural MRI (3T), Proton 1H MRS (4T), fMRI (3T), steady-state visual evoked potentials, and EEG. Positive, negative, and affective symptoms and neurocognitive function as well as plasma levels of large neutral and large and small neutral and excitatory amino acids and psychotropic drug levels will be assessed periodically. In addition, 1H MRS (4T) for 2 hours after a single oral dose of a glycine-containing drink will be assessed at baseline. Pharmaceutical grade glycine powder (Ajinomoto) or placebo will be dissolved in 20% solution and prepared by the McLean Hospital Pharmacy. Because the results of the double-blind placebo-controlled and open-label glycine treatment arms showed substantial clinical benefit to the participants, the study has been extended to include six months of chronic open-label glycine in order to determine 1) whether the clinical benefits achieved within 6 weeks previously recur, 2) the clinical benefits are lasting, and 3) additional clinical benefits occur with longer exposure. The glycine for this extension will be provided by Letco Medical. The investigators hypothesize that mutation carriers will have reduced endogenous brain glycine and GABA levels and increased brain glutamate and glutamine levels. Glycine administration will increase brain glycine in the two carriers, but to a lesser extent than in non-carrier family members and controls. The investigators hypothesize reduced activation of magnocellular pathways and abnormal ERPs modulated by NMDA in mutation carriers compared with non-carrier family members and controls. The investigators hypothesize that glycine, but not placebo, will improve positive, negative and affective symptoms as well as neurocognitive function. The investigators also hypothesize that open-label glycine will improve clinical and cognitive functioning, will partially normalize decreased baseline glycine and GABA and increased glutamate and glutamine, and will partially normalize magnocellular pathway activation and abnormal evoked potentials.
Major depression is a highly prevalent, chronic, and debilitating mental health problem with significant social cost that poses a tremendous economic burden. Winter seasonal affective disorder (SAD) is a subtype of recurrent major depression involving substantial depressive symptoms that adversely affect the family and workplace for about 5 months of each year during most years, beginning in young adulthood. This clinical trial is relevant to this public health challenge in seeking to develop and test a time-limited (i.e., acute treatment completed in a discrete period vs. daily treatment every fall/winter indefinitely), palatable cognitive-behavioral treatment with effects that endure beyond the cessation of acute treatment to prevent the annual recurrence of depression in SAD. Aim (1) To compare the long-term efficacy of cognitive-behavioral therapy (CBT) and light therapy on depression recurrence status, symptom severity, and remission status during the next winter season (i.e., the next wholly new winter season after the initial winter of treatment completion), which we argue to be the most important time point for evaluating clinical outcomes following SAD intervention. Hypothesis: CBT will be associated with a smaller proportion of depression recurrences, less severe symptoms, and a higher proportion of remissions than light therapy in the next winter. The study is designed to detect a clinically important difference between CBT and light therapy in depressive episode recurrences during the next winter, the primary endpoint, in an intent-to-treat analysis. Aim (2) To compare the efficacy of CBT and light therapy on symptom severity and remission status at post-treatment (treatment endpoint). Hypothesis: CBT and light therapy will not differ significantly on post-treatment outcomes.
This study will measure the effects of biofeedback supported cognitive behavioral therapy (BF-CBT) and group physiotherapy intervention in victims of torture and massive violence in Kosovo. The investigators aim to restore physical and psychosocial functioning of the victims of torture and massive violence with available rehabilitation practice and integrate them into the community. It is also our objective to build local knowledge and expertise to apply measurement principles and CBT methods in the Balkan region.
The aim is to investigate the effect of transcranial Direct Current Stimulation (tDCS) applied at the anodal left CDLPF of patients with resistant depression compared to patients treated with conventional therapy. The tDCS is used in add-on drug treatment in resistant depression stabilized for 4 weeks (antidepressant as SSRIs (Selective Serotonin Reuptake Inhibitors) or SNRIs (Serotonine-Norepinephrine Reuptake Inhibitors) for unipolar patients and lithium for bipolar patients). The delay of 4 weeks is a minimum to observe a non-response. Moreover, in term of ethical point of view, it's difficult to wait 6 to 8 weeks to observe the non-response to treatment. This is a randomized 2-arm parallel, double blind study comparing 2 groups of 60 patients (48 unipolar plus 12 bipolar patients per group. Patients will be selected in the psychiatric department of the University Hospital of different centers and the two groups are matched for age (+/- 5 years), gender and depression diagnosis (unipolar vs bipolar). After giving informed consent, patients will be evaluated by a psychiatrist using the Hamilton Depression Rating Scale (HDRS), Montgomery Asberg Depression Rating Scale (MADRS), the STAI and Beck Depression Inventory (BDI) and for bipolar patient only, by the Young Mania Rating Scale (YMRS). The complete assessment takes 50 minutes. A neuropsychologist assessment will be also realized during 20 minutes using the Crossing of Test (COT), the Trail Making Test (TMT), the Isaacs Set Test (IST) and the Cardebat fluency Task. After locating the left DLPFC, treatment with active tDCS with a current of 2 mA or sham will be directed by 30-minute session. A psychometric assessment will be conducted again at the end of treatment week and 4, 12 and finally 24 weeks after stopping treatment. The neuropsychologist assessment will be conducted again 4 weeks after the end of treatment. Scales of comfort and acceptability will also be proposed to the patient to determine whether any gene is caused by this treatment. These people will be recruited on a voluntary basis, after notification and consent in the 6 research centers. This study was conducted over a period of 36 months. This study was supporting by a grant from the French Hospital Program of Clinical Reseach (PHRC N/2011-60-2011-A01074-37)
Complex Dynamic Systems in Mood Disorders is an observational, exploratory study of the relationship between voice samples, heart rate, respiration, movement, galvanic skin conductance, and sleep architecture with mood states in patients with Major Depressive Disorder, Bipolar Disorder, and healthy controls. The overall hypothesis is that nonlinear dynamic analyses will be able to reveal hidden patterns of complexity in each domain of voice, heart rate variability, movement, arousal, and sleep stage data.
Patients who suffer from diseases of the schizophrenia spectrum are frequently burdened by weight gain. Sport programs have been shown to improve somatic and psychological health. However, the motivation to participate in sports therapy is usually impaired due to illness-related factors such as anhedonia and negative symptoms. Previous attempts to increase participation in sports therapy have used psycho-educational and behavioral attempts that require a lot of resources. In this study the investigators will use a brief method developed in experimental social psychology to build up implementation intentions. This method has been shown to improve psychological test performance in schizophrenia patients but has never been used in a clinical context. In two psychiatric hospitals, in-patients with schizophrenia who have been examined by a medical doctor, for whom any medical concerns for sports therapy participation have been excluded and who declared their motivation to participate in an existing standard sports exercise program will be recruited for the study. After information on the study and signing of an informed consent patients will be randomly assigned to two treatment conditions. In the control condition, the main therapist will individually deliver a 10-minute psycho-education on the helpfulness of sports to improve the health; this will be repeated in a shorter form in the regular individual treatment sessions over the following weeks. The intervention condition will use a structured procedure of the same duration to build up implementation intentions to participate in the sports therapy. The implementation intentions will briefly be repeated and updated in the following session. Primary outcome variables will be percentage of attended sport therapy sessions, persistence and compliance. Secondary outcome variables will be Body Mass Index. As confounding variables the investigators will assess amount of anti-psychotic medication in Chlorpromazine equivalents, negative and depressive symptoms, usual sport activities and cognitive impairments. The investigators expect that building up implementation intentions will increase participation, persistence and compliance of the patients in the sports and exercise therapy program compared to the patients who just have received psycho-education.