Rexulti

This study utilizes mobile health methods, including smartphone technology, subjective self-reports measures of emotion, behavioral tasks, functional Magnetic Resonance Imaging (fMRI), physiological measures of attention and arousal, and measures of health and social support to identify neural mechanisms associated with individual differences in the temporal course of emotional responses. The aim of this project is to utilize real-world and personally relevant events as stimuli to better understand how the temporal course of emotional responses relate to risk for developing mental disorders.

Subclinical depression - depressive symptoms that fall below the threshold for major depressive disorder - is common in young adults and predicts later depressive episodes, yet it often goes untreated. This study tests whether a brief, remotely delivered non-deceptive (open-label) placebo intervention reduces subclinical depressive symptoms over approximately two weeks. Participants aged 18-30 living in Ohio, with PHQ-8 scores in the 5-9 range, are randomly assigned to one of three groups: a non-deceptive placebo group, a blinded control group, or an unblinded control group. All participants complete three remote sessions over 16-18 days and complete the same assessments on the same schedule. Participants in the non-deceptive placebo group additionally receive psychoeducation about placebo effects and placebo pills that are explicitly described as containing no active ingredients, which they take twice daily for two weeks. Participants in the unblinded control group are told they have been assigned to a control condition. Participants in the blinded control group are not told their group assignment until debriefing at the end of the study. The study has two aims. The first is to estimate the effect of the non-deceptive placebo intervention on depressive symptoms and related outcomes. The second is methodological: to determine whether telling control participants that they are in a control group changes their outcomes, and therefore whether the choice of control condition systematically biases estimates of non-deceptive placebo effects.

The goal of this study is to learn if a meditation intervention called Transcendental Meditation or TM can be used in a small department at Weill Cornell Medicine to help reduce employees' levels of burnout, anxiety, insomnia, and depression as well as to determine the feasibility and acceptability of the meditation practice by Weill Cornell employees. The main question the study aims to answer is whether: • Levels of burnout, anxiety, insomnia, and depression will be decreased, and overall mental well-being will improve over a 3.5-month period before and after TM intervention. Participants will attend 9 sessions total (8 group sessions and 1 individual session) with a certified TM instructor from The David Lynch Foundation Institute for Mental Health and Resilience where they will gain experience in proper TM techniques. Also, participants will conduct 2 of their own TM sessions at home daily during the course of this study.

The researchers are testing a single-group cognitive-behavioral intervention for treating traumatic stress related to interpersonal and developmental trauma in LGBTQ adults. This study requires in-person participation weekly at the UAB campus in Birmingham, AL.

The goal of this clinical trial is to learn if the anti-inflammatory medication adalimumab improves depressive symptoms in adults with Major Depressive Disorder (MDD) who are already taking the anti-depressant medication Lexapro (escitalopram). The main questions it aims to answer are: 1. Does adalimumab improve the symptoms of some patients with MDD who are already taking an anti-depressant? 2. What characteristics predict for whom adalimumab has anti-depressant properties. Researchers will compare adalimumab to a placebo (a look-alike substance that contains no drug) to see if adalimumab works to improve depressive symptoms as an add-on drug to the anti-depressant Lexapro (escitalopram). For these primary aims the participants will: 1. Visit the clinic once every 2 weeks for a checkups and injection of adalimumab or placebo from the study psychiatrist (Day 1, 15, 29, and 43 for injections) 2. Complete short (\<5 min) daily surveys for the 57 day duration of the study.

This study will compare transcranial magnetic stimulation (TMS) with sham TMS in people with opioid use disorder who are taking buprenorphine and have major depressive disorder with ongoing depressive symptoms. The study will evaluate whether TMS improves depressive symptoms and reduces opioid craving. The study will also assess smoking behaviors, treatment acceptability, and any side effects related to TMS.

This study aims to evaluate the clinical efficacy and neurophysiological mechanisms of home-based spaced tDCS in TRD through a randomized, double-blind, sham-controlled trial conducted under remote supervision. Specifically, this trial will: (1) compare the efficacy of active versus sham spaced tDCS on depressive symptom severity in individuals with TRD and (2) characterize neurophysiological changes associated with spaced tDCS using TMS-EEG, TMS-EMG and resting state EEG.

The goal of this clinical trial is to test whether a personalized approach to treatment selection improves symptoms in older adults with treatment-resistant depression. The main questions it aims to answer is: Will using the BAARD predictive models to select medications lead to better depression outcomes, compared to randomly selecting medications? Researchers will use the BAARD predictive models or random assignment to choose one of two medications to add to patients' current treatment. Patients will be asked to take either aripiprazole or bupropion along with their current medication. Participants will: Take Aripiprazole or Bupropion in addition to their current medication for 10 weeks. Complete follow-up assessments every 1-2 weeks for checkups.

The goal of this clinical trial is to learn how transcranial magnetic stimulation (TMS) affects brain circuits involving the subgenual anterior cingulate cortex (sgACC) in adults with depression. The main questions it aims to answer are: * Can brain responses in the sgACC before treatment predict improvement in depressive symptoms following TMS? * Does a 6-week course of active TMS, compared with sham TMS, change brain responses in the sgACC? * Are changes in sgACC responses during treatment associated with changes in depressive symptoms? Researchers will compare active TMS with sham TMS to evaluate changes in the targeted brain circuit and depressive symptoms. Participants will: * Receive active or sham TMS every weekday for 6 weeks * Undergo MRI scans with TMS before, during, and after the 6-week intervention to measure brain responses to stimulation * Complete clinical assessments, questionnaires, and cognitive testing * Complete follow-up assessments after the intervention

The goal of this clinical trial is to see if combining ketamine with behavioral activation (BA) therapy to treat moderate to severe treatment-resistant depression improves depressive symptoms and general functioning more than ketamine alone. We aim to find out whether participants who receive both treatments: 1. Have greater reductions in depression symptoms than those who receive ketamine only 2. Have better response and remission rates than those who receive ketamine only 3. Experience better overall functioning, including mood, anxiety, quality of life, and physical activity than those who receive ketamine only Participants will be randomized to one of two groups: Arm 1) concurrent ketamine and BA therapy started from treatment initiation, or Arm 2) ketamine treatment alone. * All participants will undergo IV ketamine infusions administered twice weekly for three weeks. * Half of the participants in will also undergo BA therapy sessions twice weekly for three weeks. * Individuals with a sufficient treatment response after 3 weeks will proceed to undergo an additional 12 weeks of ketamine infusions (and those receiving BA therapy will continue to receive therapy for an additional 12 weeks).

This study will examine brain metabolic and excitatory/inhibitory mechanisms related to cognitive and visual functioning in adults with schizophrenia and healthy control participants. Participants will complete behavioral assessments, cognitive testing, electroencephalography, magnetic resonance imaging, and magnetic resonance spectroscopy assessments. After baseline assessments, participants will be randomly assigned to one of two computerized cognitive training programs: perceptual discrimination training or cognitive control training. Each training program will include approximately 10 hours of training over 2 to 6 weeks. The study will evaluate changes in cognitive and visual task performance, EEG measures, and brain metabolite concentrations before and after cognitive training. Some participants may also complete optional extended baseline assessments before cognitive training.

In this pilot study, investigators aim to combine D-cycloserine, lurasidone, and single-day repeated intermittent Theta Burst Stimulation (iTBS) to preliminarily assess clinical improvement in an open-label cohort and monitor for adverse events over a 6-week follow-up period.