View clinical trials related to Bipolar Depression.
Filter by:The lifetime prevalence of Bipolar II is 0.4% with the time spent with depressive symptoms outnumbering the time spent with hypomanic symptoms by 35 to 1. Regarding current treatment options, psychotherapy is effective for managing depressive symptoms, with CBT being particularly efficacious. Unfortunately, CBT is often not a feasible treatment option. Electronic CBT (e-CBT) is more accessible for treating various mental illnesses with evidence suggesting it can increase treatment adherence and patient satisfaction. Moreover, e-CBT is suggested to have comparable outcomes to in-person CBT in the treatment of depression and anxiety. Typically, patient-clinician interactions of e-CBT are administered through email however, this is an insecure, unsustainable, and non-scalable treatment delivery method. The proposed study will use the Online Psychotherapy Tool (OPTT), a secure cloud-based platform for the delivery of e-CBT. The aim is to evaluate the feasibility and effectiveness of using OPTT for the treatment of BAD-II with depressive symptoms, while also analyzing social, cultural, and personal factors affecting patients' experience. Participants (n = 80) diagnosed with BAD-II in a depressive episode will be recruited from the Mood and Anxiety Clinic at Providence Care Hospital in Kingston, Ontario, Canada. Eligible participants will then be randomly assigned to either the treatment group (e-CBT plus treatment as usual (TAU)) (n = 40) or the control group (TAU) (n = 40) where they will complete the 12-week program. Participants in the TAU group will be offered the e-CBT program after the first 12 weeks if they wish to take part. Participants in the e-CBT group will complete weekly modules mirroring in-person CBT content and complete homework assignments that will be evaluated by a clinician who will provide personalized feedback through OPTT. Progression/regression of participants will be analyzed using the MADRS, YMRS, and CGI-BP-M questionnaires administered at baseline, after week 6, and after week 12. Personal, social, and cultural factors impacting participant experience will be investigated through an in-depth interview utilizing focus groups. The findings from this study will be the first on the effectiveness of delivering e-CBT to patients with BAD-II with residual depressive symptoms. This approach can provide an innovative method to address the barriers associated with in-person psychotherapy.
Bipolar disorder (BD) is a frequent and lifelong recurrent mood disorder with treatment-resistant depressive episodes. Importantly, depressive symptoms and cognitive decline are major determinants of functionality and quality of life in this clinical population. There is robust evidence that individuals with BD have neurocognitive deficits (especially in memory and executive functioning domains) compared to the healthy population. These deficits are present in all mood states and can greatly affect patients' functional capacity, often more so than mood symptoms themselves. Many pharmacological treatments for BD adversely affect cognition, and those that are beneficial can be difficult to use. There is thus a pressing need to identify a safe, easy-to-use medication that can target both cognitive deficits and depressive symptoms in BD. It is expected that Brexpiprazole adjunctive treatment will be efficacious in treating BD type I and type II depression by improving mood symptoms, as well as cognitive capacity and global functioning, and that such changes will be accompanied by concurrent alterations in associated brain structures.
The purpose of this study is to examine the effects of interventional/procedural therapies for treatment-resistant depression (TRD) and Obsessive-Compulsive Disorder (OCD). These treatments include electroconvulsive therapy (ECT), transcranial magnetic stimulation (TMS), racemic ketamine infusion and intranasal esketamine insufflation. The investigators will obtain various indicators, or biomarkers, of a depressed individuals' state before, during, and/or after these treatments. Such biomarkers include neurobehavioral testing, neuroimaging, electroencephalography, cognitive testing, vocal recordings, epi/genetic testing, and autonomic nervous system measures (i.e. "fight-or-flight" response). The results obtained from this study may provide novel antidepressant treatment response biomarkers, with the future goal of targeting a given treatment to an individual patient ("personalized medicine").
This protocol is a Phase 2 multi-site study which aims to evaluate the safety and effectiveness of MYDAYIS® as adjunctive therapy for adults with bipolar depression. Results from this study WILL NOT be used to contribute to an approval of MYDAYIS ® for this indication.
This is an observational neuroimaging study assessing the effects of ECT on the brains of patients with unipolar and bipolar depression.
The investigators will test the hypothesis that inhaled xenon will produce a rapid improvement in depressive symptoms in patients suffering from treatment-resistant depression. Specifically, the investigators will conduct a parallel randomized, double-blind crossover study that will compare the effects of xenon-oxygen (35:65 ratio by volume) added to treatment as usual (X-TAU group) to the effects of nitrogen-oxygen (35:65 ratio by volume) added to treatment as usual (N-TAU group). A total of 20 severely depressed patients, 10 with major depressive disorder (MDD) and 10 with Bipolar Depression (BP), will be exposed in random order to N-TAU and X-TAU in a double-blind protocol.
This trial aims to assess the efficacy and tolerability of Magnetic Seizure Therapy (MST) and two different forms of electroconvulsive therapy (ECT) in sustaining response during and after a course of continuation treatment.
This study aims to investigate the clinical efficacy of continuous theta burst stimulation (cTBS) on the right DLPFC as an add-on treatment in bipolar depression. The study consists of three phases. Phase 1: Bipolar depressed patients will be selected by a certified psychiatrist, who will administer (semi-)structured clinical interviews (M.I.N.I.-Plus 5.0.0, HRSD-17). The presence of exclusion criteria will be evaluated. Eligible patients will undergo MRI brain imaging for TMS neuronavigation Phase 2: Baseline clinical, cognitive and psychomotor assessments will take place. Patients will also undergo blood samples for laboratory and research assessments. TBS involves applying triple-pulse 50 Hz bursts given at a rate of 5 Hz uninterrupted trains (1). Patients will be treated with in total 20 continuous Theta Burst Stimulation (cTBS) session (900 pulses per session) over the right dorsolateral prefrontal cortex, which will be spread over 4 days. A stimulation intensity of 100% of the subject's resting motor threshold (rMT) of the right abductor pollicis brevis muscle will used. Patients will be randomized to receive either the real cTBS or sham treatment. Sham stimulation will be applied with a sham coil. The sham coil produces identical sounds but is not associated with a stimulus sensation compared to the coil delivering real stimulation cTBS. The investigators expect that real cTBS treatment and not sham will result in a significant and clinical meaningful response. Phase 3: Two post-treatment assessment moments will take place respectively 3 (max. 4) days and 10 (max. 11) days after the last treatment day. The assessments are the same clinical, cognitive and psychomotor assessments as in phase 2.
Bipolar disorder (BD) is a severe brain disorder characterized by the recurrence of mood episodes. Depressive episodes in BD are frequently refractory and clinicians have few treatment options. Bright light therapy (BLT, also named phototherapy) is a promising emerging antidepressant strategy that is lacking evidence-based guidelines for its prescription in BD, including to avoid side effects such as manic switches. In this context, this study aimed to evaluate modalities of the BLT dosage (time of exposure) escalation depending on the tolerance (manic symptoms) in two groups exposed either during the morning or at mid-day.
Lithium is highly effective in the treatment of bipolar disorder. This study aims to investigate, for the first time, the impact of lithium monotherapy on the structural and functional connectivity of the brain using MRI imaging.