Active clinical trials for "Bipolar Disorder"

This study seeks to examine how the dose of lamotrigine (Lamictal) should be adjusted during pregnancy for women with Bipolar Disorder. The investigators predict that the concentration of Lamictal in women's blood will decrease during pregnancy, and increase after postpartum. Because the concentration of the medication is likely to decrease during pregnancy, it is important for doctors to know how much they should increase a patient's dose in order to prevent worsening of Bipolar symptoms. In this study, the investigators will ask that participants complete up to five overnight visits to our clinical research unit where their blood will be drawn every couple of hours, through an IV catheter, to measure how the concentration of lamotrigine (Lamictal) changes over time. Participants will be compensated for their time.

The purpose of the study is to explore the effect of MPH on working memory, attention and decision making in adults with BD in remission or in depressed state. The results will be compared to findings in healthy adults and adults with ADHD. The investigators hypothesize that MPH will incur improved performance in all measures.

The overall goal of this project is to identify intermediate phenotypes for psychosis across the schizophrenia and bipolar disorders boundary with implications for future genetic studies. Recent studies provide considerable evidence that schizophrenia and psychotic bipolar disorder may share overlapping etiologic determinants. Identifying disease-related genetic effects is a major focus in schizophrenia and bipolar research, with enormous implications for diagnosis and treatment for these two disorders. Efforts have been multifaceted, with the ultimate goal of describing causal paths from specific genetic variants, to changes in neuronal functioning, to altered brain anatomy, to behavioral and functional impairments. Parallel efforts have identified and refined several alternative endophenotypes that are stable, heritable, have (partly) known biological substrates, and are associated with psychosis liability. Although many such endophenotypes have been individually studied in schizophrenia, and to a lesser extent in bipolar disorder, no study has comprehensively assessed a broad panel of these markers in the two disorders with parallel recruitment, and the extent to which they mark independent aspects of psychosis risk, or their overlap in the two disorders. In this research project, we will examine a broad panel of putative endophenotypes in affected individuals and their first degree, biological relatives in order to: 1) characterize the degree of familial phenotypic overlap between schizophrenia and psychotic bipolar disorders; 2) identify patterns of endophenotypes unique to the two disorders; and, 3) contrast the heritability of endophenotypes across the disorders. We will obtain measures of neurophysiology (e.g., eye tracking, P50 gating, PPI, and P300), neurocognition (e.g., attention/vigilance, episodic and working memory), and brain structure (e.g., volumes of gray and white matter in specified brain regions). Blood samples will also be collected and stored for formal DNA linkage analyses using the independent phenotypes identified above. All volunteers will also be given the option to donate dermal biopsies for future research studies. Establishing similarities and differences in the endophenotypic signatures within schizophrenia and bipolar families will provide important insights for future genetic studies, and clarify concepts about common and distinct aspects of pathophysiology, potentially meaningful heterogeneity with disorders, and the clinical boundaries of the two most common psychotic disorders in adult psychiatry. This line of investigation will potentially impact our conceptualization of psychotic disorders, help us make critical strides to identify the pathophysiology of psychosis, and guide development of new specific treatments targeting particular deficits.

A study to evaluate the effectiveness of an update of educational materials with respect to evaluation of monitoring of metabolic parameters

We will modify our existing VMQ/VADIS mood telemetry software to run on a Motorola platform, and enhance it to collect information on both mood symptoms (currently covered by the VMQ/VADIS) as well as daily life stressors (currently outside the VMQ/VADIS' scope). By doing so, we will be able us to examine the role of daily stressors in the lives of teens with and without mood swings, to identify how changes in mood triggered by stressful events are similar to or different from mood changes linked to the bipolar disorder, borderline personality disorder, or other forms of affective instability.

Forty subjects with bipolar disorder who are not receiving a mood-stabilizing medication for the treatment of their illness will participate in this study. The study aims to evaluate how decision-making is affected by treatment for bipolar disorder. Prior to beginning treatment, patients will complete questionnaires and a one-hour computer-administered assessment of decision-making. Differences between pre-post decision-making outcomes will be evaluated to examine whether the neuroeconomic concepts of risk aversion, loss aversion, risk tolerance and delay discounting are affected by treatment. The overall goal of this study will be to identify whether decision-making in people with bipolar disorder is affected by treatment. Specifically the investigators will compare decision-making characteristics among bipolar patients prior to treatment with how these decision-making characteristics change over the course of 6 weeks of standard medication therapy for bipolar disorder. A total of 6 decision-making tasks and one control task will be administered via computer to eligible subjects. The investigators will evaluate decision-making under varying conditions of reward, risk, and uncertainty and over time. The investigators hypothesize that decision-making will improve across these assessments after 6 weeks of treatment.

The purpose of this study is to examine the barriers and facilitators of implementing Illness Management and Recovery (IMR) in Norwegian mental health services.

In this proposal, the investigators will focus on subcortical gray and white matter structures commonly found to be abnormal in schizophrenia. Thus, the investigators will evaluate the volume and shape of the hippocampus, thalamus and basal ganglia, as well as measures of structural integrity of the corpus callosum and its various subregions.

The purpose of this study is to build a data repository that can be used to understand pharmaceutical utilization patterns among patients being treated in community behavioral health organizations (CBHOs) for schizophrenia or bipolar I disorder.

Evaluating the effectiveness of atypical antipsychotics in the community - a prospective, multicentre, observational study to evaluate the impact on Quality of Life of GP-based management of antipsychotic treatment in Belgium