The primary goals of the UM FAMILY (Facilitating Adjustment to Medical ILlness in Your family) research lab are:
Research members have been involved in a number of projects that identify subgroups of patients and their family caregivers who are vulnerable to adverse effects of having cancer in the family and investigate the interpersonal processes that play out in the course of cancer. We are also currently working on projects that investigate psychological and biological correlates and interpersonal mechanisms of cancer experiences and that examine the efficacy of healthy lifestyle interventions among adult cancer survivors and their family members.
The ROSE program is committed to overweight and obesity prevention in youth. The ROSE program offers prevention and intervention strategies and health education for children and their parents. We address issues pertaining to overweight and obesity in children and encourage adopting and maintaining a health promoting lifestyle. From 2013 - 2014, the ROSE program was supported by a generous gift from Dr. Howard and Mrs. Muriel Rose.
The Infant and Child Studies Group at the University of Miami is committed to understanding growth over time, including how infants and children think, feel, and interact with other people. Our studies typically involve your child playing games, listening to songs or other sounds, watching short videos, interacting with toys, or looking at pictures. Most visits are 30 to 60 minutes long and are compensated. For more information about each study, and to be contacted when you child is the right age for a specific study, please complete this form: https://redcap.miami.edu/surveys/index.php?s=WPJNTRMDDJ
We are currently looking for:
The Bridging Research on Anxiety, Innovations, and Neuroscience (BRAIN) Group at the University of Miami is committed to understanding the neural correlates of anxiety across the lifespan, and applying this knowledge to the development of novel treatments for anxiety disorders.
Our lab is broadly focused on investigating the relationship between brain connectivity and cognition in typical and atypical development. Within a cognitive neuroscience framework, our research combines functional connectivity analyses of resting-state functional magnetic resonance imaging data and structural connectivity analyses of diffusion-weighted imaging data to examine the organization of large-scale brain networks supporting high-level cognitive processes.
We combine theory and methodology from anthropology, psychology, and neuroscience to understand the complex relationships between culture, the brain, and health. Ultimately, we believe that this interdisciplinary approach has the potential to refine and expand our understanding of the human mind and brain, and inform translational approaches in domains such as health care and education.
The B.R.E.A.T.H. Lab utilizes functional magnetic resonance imaging (fMRI) to identify neural networks supporting various domains of neuropsychological and cardio-autonomic functioning. We are primarily interested in exploring the effects of aging and chronic disease, (Hypertension & HIV), on the functionality of these networks while performing cognitive/affective/interoceptive tasks as well as during the resting state.
A guiding interest of the lab is to examine the temporal dynamics of emotion – in particular the temporal dynamics of positive emotion and how it relates to individual differences in functioning. The majority of neuroimaging studies of emotion examine the mean magnitude of neural activity, but there is a substantial amount of information in examining these neurodynamics of affect. We have found that reduced positive emotion (ie., anhedonia) characteristic of many patients with depression appears to be due to a lack of sustained activity in fronto-striatal reward circuits as opposed to simply a reduced mean activity in these circuits