University of Verona
Department of Neurosciences Biomedicine and Movement Sciences
Marcella Bellani, MD, Ph.D., is associate professor of Psychiatry at the Department of Neuroscience, Biomedicine, and Movement of the University of Verona. She is leading the Brain Imaging and Neuropsychology Unit of Verona University. In these years, she has been working with Professor Paolo Brambilla on the neurobiological mechanisms of psychiatric disorders. The Brain Imaging and Neuropsychology Unit applies multimodal neuroimaging techniques and machine learning to explore the location, amplitude, and timing of brain changes in adults with psychiatric disorders, to detect biomarkers of pathology, that may support early diagnosis, and more focused interventions. Specifically, over the years it has been developed a translational approach combining multimodal MRI (sMRI, fMRI, spectroscopy, resting state), innovative neuropsychological assessments, and rehabilitation strategies, with the final aim of improving prediction, early diagnosis, treatment, and wellbeing of people with a mental disorder. This effort has resulted in hundreds of publications and international scientific collaborations. Main scientific fields of investigation: Biological correlates of psychiatric diseases. MRI applications in Psychiatry. Pathophysiology and neuroplasticity of psychiatric disorders. Neurocognitive and immunological profiles of psychiatric illnesses. Cognitive rehabilitation strategies Prediction and machine learning approaches Digital psychiatry

Presenter of 2 Presentations

Social Isolation and its Brain Correlations: From Symptomatology to Neuroimaging Findings

Session Type
Clinical/Therapeutic
Date
Sat, 04.06.2022
Session Time
18:30 - 20:00
Room
On Demand 2
Session Icon
On Demand, Section
Lecture Time
18:50 - 19:10

Abstract

Abstract Body

According to the social brain hypothesis, the human brain includes a network designed for the processing of social information. This network includes several brain regions that elaborate social cues, interactions and contexts, i.e. prefrontal paracingulate and parietal cortices, amygdala, temporal lobes and the posterior superior temporal sulcus. We will explore neuroimaging studies that investigated social isolation in healthy subjects.

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