Active clinical trials for "Panic Disorder"

PROTECT-AD is a cognitive behavioral treatment study involving highly qualified psychotherapeutic centers at seven German universities. It is our goal to further investigate and optimize existing effective treatments of anxiety disorders. In order to achieve this, the investigators want to investigate the effect of extinction learning in an "intensified" psychological intervention on treatment outcome in adults and children with anxiety disorders. The intensified psychological intervention is characterized by a higher number of exposure trials over a short time period. In the control condition the exposure trials take place in a weekly interval, analog to standard care.

Cognitive behavioral therapy (CBT) is a brief, efficient, and effective psychotherapy for individuals with depressive and anxiety disorders. However, CBT is largely underutilized within Veteran Affairs Medical Centers (VAMCs) due to the cost and burden of trainings necessary to deliver the large number of CBT protocols. Transdiagnostic CBT, in contrast, is specifically designed to address numerous distinct disorders within a single protocol. This transdiagnostic approach has the potential to dramatically improve the accessibility of CBT within VAMCs and therefore improve clinical outcomes of Veterans. The proposed research seeks to evaluate the efficacy of a transdiagnostic CBT by assessing clinical outcomes and quality of life in VAMC patients with depressive and anxiety disorders throughout the course of treatment and in comparison to an existing evidence-based psychotherapy, behavioral activation treatment.

The purpose of the current study is to evaluate the efficacy of d-cycloserine in augmenting treatment of smoking cessation for individuals with panic attacks. The investigators hypothesize that individuals receiving DCS (versus those receiving placebo) will evidence greater smoking abstinence rates and decreased panic symptoms after receiving a combined CBT-based treatment for smokers with panic attacks.

The purpose of this study is to test the effectiveness of the Canary Breathing System (CBS) in treating the symptoms of panic disorder.

The aim of the current study was to test the efficacy of an individually administered, brief (5-session) transdiagnostic treatment for anxiety disorders. The current treatment (called F-SET) focuses chiefly on the elimination of anxiety maintaining behaviors and cognitive strategies (so-called "safety" aids) among individuals suffering from a range of anxiety disorders including generalized anxiety disorder (GAD), social anxiety disorder (SAD) and panic disorder (PD). We hypothesized that the F-SET protocol would produce better overall outcome relative to a waitlist control.

Physical activity (treadmill) supports the effect of cognitive behavioural therapy in patients with panic disorder with/without agoraphobia

This study will test the efficiency of the Freespira Breathing System in youth.

The primary goal of the present study is to identify mechanisms of therapeutic change of two theoretically contrasting therapeutic procedures: The first phase consists of comparing the outcome of the capnometry-assisted breathing therapy (BRT) with cognitive restructuring (CT). During the second phase participants of both interventions will undergo in-vivo exposure.

The aim of the present study is to a) determine the comparative efficacy of the brief capnometry-assisted respiratory therapy (CART) and standard cognitive behavioural therapy (CBT), and b) to determine moderators and mediators. With the data collected from the study, the investigators will test the following hypotheses: (a) CART will be as effective in treating PD/A as CBT, albeit in shorter time, b) patients with greater respiratory dysregulations, especially hyperventilation, at pretreatment will benefit more from CART, whereas patients with greater cognitive dysregulation will benefit more from CBT. CART, but not CBT, will result in reversal of hyperventilation.

The purpose of this study is to determine anxiolytic effect of multiple doses of CVL-865 using an experimental medicine model of carbon dioxide (CO2) inhalation in healthy volunteers.