Active clinical trials for "Depressive Disorder, Major"

The primary objective of this study is to evaluate the safety and efficacy of an electronic cognitive behavioral therapy application (eCBT Mood) compared to a control group consisting of a mood monitoring handheld computer application in the treatment of patients with mild to moderate major depressive disorder.

Children or teens with mood swings or depression who have a parent with bipolar disorder are at high risk for developing bipolar disorder themselves. This study will test a family-based therapy aimed at preventing or reducing the early symptoms of bipolar disorder in high-risk children (ages 9-17). In a randomized trial, the investigators will compare two kinds of family-based treatment (one more and one less intensive) on the course of early mood symptoms and social functioning among high-risk children followed for up to 4 years. The investigators will examine the effects of family treatment on measures of neural activation using functional magnetic resonance imaging.

MAN-BIOPSY pursues the concrete research question whether novel biological and psycho-physiological clusters or categories can be defined to improve treatment and minimize side effects in psychiatry, based on a synopsis of physiological, behavioural, genetic and endocrinological parameters. One major aspect of our research approach is its focuses on the identification of dysfunctions in fundamental information processing mechanisms and neurocomputational mechanisms, and is not restricted to symptom-oriented tasks. The main objectives of MAN-BIOPSY are therefore to identify biological and psycho-physiological parameters for major depressive disorders and anxiety disorders, and to identify predictive markers for treatment response and type/severity of side effects for these disorders.

The purpose of this study is to determine whether the use of an antidepressant (escitalopram) can prevent depressive episodes that appear during the treatment with peg-interferon and ribavirin in patients with chronic hepatitis C.

This is a validation study that will replicate a completed study designed to assess biomarkers of treatment response to standard antidepressant treatment. The goal of this study is to integrate clinical, imaging, EEG, and molecular data across 8 sites to predict treatment outcome for patients experiencing a major depressive episode (MDE).

The proposed study seeks to investigate the effects of modafinil on cognitive function in depression, which holds promise for better treating cognitive impairment in depression, as well as better understand cognitive dysfunction in MDD from a neural rather than diagnostic point of view to better classify and treat these disabling symptoms.

The study will evaluate the efficacy, safety, and tolerability of 450 milligrams (mg) of Rapastinel, compared to 10 mg of Vortixetine and placebo in participants with major depressive disorder (MDD).

Late-life depression has been frequently associated with cognitive impairment. Several meta-analyses consistently suggested that a history of depression approximately doubles an individual's risk for developing dementia later in life. Neurodegeneration may play an important component in late-life depression. The pathophysiology behind the link between late-life depression and the subsequent development of dementia largely remains unclear, and should be heterogeneous. This highlights the need to identify specific neurodegenerative pathways involved in late-life depression, which will facilitate research on mechanisms and new treatments in the future. The recently published the National Institute on Aging and the Alzheimer Association (NIA-AA) criteria might provide new insights and frameworks to explore the patterns of neurodegenerative process in elderly depressed patients and to categorize them into different biomarker-based groups. In the present project, the investigators will recruit 40 patients with lifetime major depressive disorder, and 20 non-depressed cognitively normal comparison subjects. Alzheimer's disease pathology (A) was determined by measuring Aβ deposition by F-18 AV-45 PET, and neurodegeneration (N) was established by measuring hippocampal volume using MRI. Individuals were categorised as A-N-, A+N-, A+N+, or suspected non-Alzheimer's disease pathophysiology (A-N+, SNAP). All subjects will further undergo F-18-THK-5351 image study to detect underlying tau pathology. By doing this, the investigators will elucidate the neurodegenerative pathophysiology behind the link between depressive disorder and the subsequent development of dementia.

The purpose of the study is to explore the efficacy of 6 weeks treatment of an investigational medication, RO4995819, versus placebo as adjunctive therapy in patients with major depression.

The purpose of this study is to determine whether vilazodone is more effective than citalopram for the treatment of anxious depression. We will use neuroimaging to see whether there are changes in the brains of patients receiving the drug vilazodone that are different from those of citalopram. These changes may show that vilazodone affects the brain differently than most other kinds of standard antidepressant medications.