View clinical trials related to Bipolar Depression.
Filter by:Bipolar depression is one of the least studied depressive illnesses. The standard practice for many doctors is to use antidepressant medicines, but there are few studies on the long-term results of these medicines. The goal of this study is to look at how effective and safe these medicines are in treating bipolar depression when taken with a mood stabilizer medicine. The drug being studied is citalopram, also known as Celexa. Celexa is FDA approved for the treatment of major depression, but is not FDA approved for the treatment of bipolar depression. It is, however, standard practice for many doctors is to use antidepressants, like Celexa, to treat their patients with bipolar disorder depression. The drug will be studied in three ways. We will see if it helps treat depressive symptoms. We will see how the drug affects the brain using PET and fMRI scans. Finally, we will look at the possibility that there may be a gene that could predict if a person would get better taking the drug using genetics.
Bipolar disorder is a common and often chronic and debilitating mental illness. The depressive phase of bipolar disorder contributes the largest portion of the disorder, and treatment resistant bipolar depression represents a significant public health problem. Recent research has suggested that bipolar depression is associated with elevated brain glutamate activity. We hypothesize that riluzole, a drug approved for ALS which inhibits glutamate activity, will lead to clinical improvement in patients with bipolar depression.
This pilot study will evaluate the efficacy of the monoamine oxidase inhibitor (MAOI)EmSam, a selegiline transdermal system (STS), in bipolar depression.
To reassure the clinical study data on Seroquel antidepressant efficacy in patients who are diagnosed as bipolar depression
Mixed states in bipolar disorder have long been recognized. Over a century ago, it was argued that mixed states were the most common episodes in manic-depressive illness. A mixed state is defined as a person who is experiencing symptoms of both depression and mania. Currently, a person must have depression plus 3 or more manic symptoms for the episode to be diagnosed mixed. Using this narrow view, less than 10% of episodes in patients with bipolar disorder would meet criteria for a mixed episode. A broader view requires that the person have at least 2 manic symptoms. Using this broader view, data suggest that about 50% of episodes in bipolar disorder would be diagnosable as mixed states. Studies suggest that the majority of persons with a depressive mixed state have bipolar disorder type II. Many people who have a mixed state will also have major depression. Even with such high potential rates of mixed episodes in both bipolar disorder and major depression, there have been few studies addressing the issue. The purpose of this study is to look at how effective Geodon is in treating the depressive mixed state in people with bipolar or major depression. This will be the first clinical trial that is both double-blind and randomized.
This is a study to assess the effectiveness of repetitive transcranial magnetic stimulation (rTMS) as a treatment for depressed adults with bipolar disorder. In rTMS high-intensity, fluctuating magnetic fields non-invasively stimulate the cortex of the brain depolarising neurons. No anaesthetic is required and the treatment in subconvulsive. Recent studies suggest that rTMS can be an effective treatment for depressive illness in adults (Loo and Mitchell et al, 2005) and appears to be quite safe. Most of the published studies to date have focused on unipolar depression. There is limited data of TMS use in bipolar depression. Eg. Pilot study by Nahas Z, Kozel FA, Li X, Anderson B, George MS.in 2003, which was negative. The investigators wish to assess this in a sham-controlled study of adults. The investigators hypothesise that both left and right sided rTMS will have an antidepressant effect superior to sham in this population.
The purpose of this study is to find out what parts of the brain have increased or decreased activity with individuals who have bipolar disorder and how medicine changes this activity in bipolar subjects. Another purpose of this study is to compare data obtained from bipolar depressed subjects with data obtained from healthy subjects. In this study we will measure activity in different parts of the brain, while participants see pictures, using Magnetic Resonance Imaging (MRI) scan. We will do two MRI scans with each subject before and after treatment for eight weeks with a standard bipolar disorder medication called lithium.
This study is evaluating the potential antidepressive effect of a 4 week treatment protocol using the H-coil deep TMS device in bipolar depression.
This is an 8 week study that compares two medications. One medication is olanzapine (5-20 mg daily) whereas the other medication is an orally disintegrating medication. Both medications are used to treat depressed bipolar patients. The main focus of this study is the comparison of these two medications on gastro-intestinal hormones and weight gain.
A previous study showed that the intravenous administration of scopoalmine produces antidepressant effects. This study is designed to determine if other routes of administration of scopoalmine produce antidepressant effects.