View clinical trials related to Meditation.
Filter by:Atrial fibrillation (AF) is one of the most common heart rhythm disorders and it is associated with a variety of symptoms leading to a considerable deterioration in quality of life. The Mental-AF trial is intended to inquire if an app-based mental training can reduce the occurrence of symptomatic AF episodes within the blanking period, i.e. the first three months after catheter ablation for AF.
Simple meditation and EEG changes
The MEANING trial is a randomized controlled mixed methods pilot designed to compare a novel mindfulness meditation-based intervention (MEANING) to usual care for adults with advanced-stage solid malignancies and their family caregivers.
In recent years there has been convincing evidence of the positive effects of mindfulness based interventions, as a form of complementary and alternative medicine in regards to subjective well-being and physical health. There is growing evidence concerning the positive effects of these techniques in regards to an adequate stress management (e.g. respiration and heart rate variability). These findings can be found as well documented in the literature. For this study it is conducted to gain further insights into the role of mindfulness based meditation techniques for psychological well-being. Therefore it is intended to focus on clinical groups (e. g. depression and anxiety patients) in order to find out more about the relevance of mindfulness based meditation techniques as an adjunct for psychiatric and psychotherapeutic treatment. In this study special aspects of mental and spiritual health (e.g. self compassion, subjective perceived stress, spiritual well-being, and psychiatric symptoms) should be examined by comparing a group of clinical patients which practice mindfulness based meditation once a week with a control group, practicing PMR (progressive muscle relaxation)
The overarching goal of the proposed research is to investigate the role of emotions in facilitating successful lifestyle change, defined as healthy behavioral decisions repeated daily, or near daily. Participants are asked to make two lab visits during the course of four weeks to complete electronic questionnaires, be monitored for psychophysiological activity (e.g. heart rate, blood pressure, respiration), and listen to a guided meditation audio track. Additionally, between the two visits participants will be asked to complete weekly surveys that ask about daily meditation practice (outside of the lab) and general emotions.
The Wisconsin Center for the Neuroscience and Psychophysiology of Meditation will be a highly focused center dedicated to novel and cutting edge research on the mechanisms by which meditation works. The core set of hypotheses for this Center focus on the mechanisms of two common meditation practices: Mindfulness Meditation (MM) and Loving-Kindness/Compassion Meditation (LKM-CO), both taught in Mindfulness-Based Stress Reduction (MBSR). The investigators will study both Long-Term Meditators (LTMs) as well as meditation-naïve participants (MNPs). The latter group will be randomly assigned to MBSR, a rigorously matched comparison intervention called the Health Enhancement Program (HEP; MacCoon et al., 2012), or to a Wait List (WL) control group. This will give us a comprehensive view of changes that are produced by meditation practices per se, changes generically associated with interventions designed to promote well-being, and changes that might be effects of repeating testing protocols across multiple occasions. In addition, the inclusion of both novice and experienced meditators provides a wide range of practice experience that will provide critical information on dose-related effects, information that is lacking in the research literature today. Each of the projects is focused on examining the brain mechanisms and peripheral biological correlates of meditation. Project 1 (Davidson) will examine the impact of the explicit use of mindfulness and loving-kindness/compassion strategies on emotion regulation, specifically neural, biobehavioral and hormonal indices of reactivity to and recovery from pictures of human suffering and flourishing. Project 2 (Rosenkranz) will investigate the brain to periphery pathways through which psychological factors contribute to the expression of asthma symptoms. In addition, it will examine the efficacy of meditation training in reducing the inflammatory response to an allergen in asthmatic individuals by reducing the reactivity of emotion-related neural circuitry. Project 3 (Tononi) will examine whether the previously reported increase in gamma oscillations during Non-REM (NREM) sleep in meditators is associated with changes in sleep mentation (Ferrarelli et al. 2013). In addition, project 3 will examine relations between meditation-induced changes in brain activity during sleep and brain activity and cognitive function during wakefulness.