The purpose of this study is to 1) determine whether Mindfulness Training for Primary Care (see study "MINDFUL-PC: Integrating Mindfulness Into the Patient-Centered Medical Home - A Pilot Study") engages self-regulation targets such as emotion regulation, attention, and interoceptive awareness; and 2) changes brain activation in neuroimaging tasks before compared to after the training. Neuroimaging fMRI tasks probe mechanisms related to self-regulation, such as attention/inhibition, emotion regulation, self-compassion, interoception and pain regulation. The study will also look at whether chronic disease self-management and successful engagement of self-report and behavioral self-regulation targets (emotion regulation, attention, and interoceptive awareness) relates to the observed brain activation changes after compared to before the mindfulness intervention.
This study aims to test brain activation changes related to self-regulation targets of attention, emotion regulation, self-compassion, interoception and pain regulation that are influenced by mindfulness training within primary care (compare MINDFUL-PC study). The study will also look at whether successful chronic disease self-management relates to the observed brain activation changes after compared to before the mindfulness intervention. The study will examine the relationship between mindfulness training within primary care and medical regimen adherence (initiation and maintenance) as well as the underlying neural correlates associated with changes in self-regulation. This is a single-arm pilot trial, recruiting from a randomized controlled trial (see MINDFUL-PC study). .
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
26
For intervention description see Mindfulness Training for Primary Care (MTPC) in the study "MINDFUL-PC: Integrating Mindfulness Into the Patient-Centered Medical Home - A Pilot Study"
CHA Center for Mindfulness and Compassion
Somerville, Massachusetts, United States
Change in Brain activation in regions of interest
Change in brain activation will be measured with functional magnetic resonance imaging (fMRI) during four different tasks: an affective go/nogo regulation task, an interoceptive attention task, a self-compassion task and a pain regulation task. Brain activation will be compared between baseline and Week 8.
Time frame: 8 weeks
Correlations between brain activation changes and self-regulation measures
Self-regulation targets of emotion regulation, interoceptive awareness, and attention from MINDFUL-PC: Integrating Mindfulness Into the Patient-Centered Medical Home."
Time frame: 8 weeks
Correlations between brain activation changes and chronic disease self-management action plan initiation.
In addition, brain activation in regions of interest will be correlated with chronic disease self-management action plan initiation.
Time frame: 9 weeks
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