Clinical Trial Details
— Status: Recruiting
Administrative data
NCT number |
NCT05774860 |
Other study ID # |
2197 |
Secondary ID |
|
Status |
Recruiting |
Phase |
|
First received |
|
Last updated |
|
Start date |
July 14, 2018 |
Est. completion date |
December 31, 2025 |
Study information
Verified date |
April 2024 |
Source |
Istituti Clinici Scientifici Maugeri SpA |
Contact |
n/a |
Is FDA regulated |
No |
Health authority |
|
Study type |
Observational
|
Clinical Trial Summary
The goal of this single center non-interventional fMRI and EEG study is to assess the neural
bases of social cognitive processing in healthy individuals, and whether/how their
responsiveness is modulated by ageing. The main questions it aims to answer are:
- are there specific brain regions where individual differences in social cognitive
performance reflect well-established metrics of social cogntion such as empathy and
mentalizing?
- is there a relationship, at the behavioral and neural levels, between ageing-related
changes in social cognitive performance and empathy/mentalizing?
Healthy participants will be recruited for:
- a behavioral assessment including multiple tests of social cognition focused on empathy
and mentalizing;
- for half participants: a fMRI session to collect data concerning a) brain activity
associated with action observation and social cognitive processing, b) brain structural
morphometriy (grey-matter volume/density), and c) brain structural connectivity
(diffusion weighted imaging)
- for half participants: a EEG session to collect data concerning brain responsiveness to
social cognitive processing with higher temporal resolution than that afforded by fMRI.
Results will provide an useful baseline for investigating alterations of social cognitive
processing, and of their neural bases, in pathological conditions.
Description:
The translational implications of results from social cognitive neuroscience are largely
based on the increasing awareness on the role played by the so-called mirror and mentalizing
brain networks in understanding others' behaviors and in decoding their intentions and
feelings. The evidence obtained so far on the "social brain" in healthy young individuals
nowadays constitutes the baseline for detecting changes in social cognitive skills associated
with physiological aging or pathological conditions. The translational implications of social
neuroscience are however constrained by some crucial limitations in the existing literature,
that the present study aims to address. First, most the available evidence in social
neuroscience results from studies assessing brain responses to the processing of single,
rather than interacting, individuals. Second, most of the available knowledge concerns brain
responses associated with observing others' behavior, while it is much less clear to what
extent the same, or others, areas of the "social brain" are also engaged by social-related
linguistic stimuli. Finally, despite the increasing emphasis on the potentially protective
role of social cognition in physiological ageing, there is only preliminary evidence on
possible changes of such responses in elderly individuals. On this ground, this single center
non-interventional study aims to extend the available knowledge on the neural bases of social
cognitive processing in 200 healthy individuals who will undergo either fMRI or EEG in
association with tasks involving either visual or linguistic social stimuli concerning single
and interacting individuals. In the case of EEG, data related to changes in brain electrical
activity will be recorded with 64 channels. As to MRI, a multimodal session will include data
concerning a) brain activity associated with social cognitive processing, b) brain structural
morphometry (grey-matter volume/density), and c) brain structural connectivity (diffusion
weighted imaging). Results from (f)MRI and EEG will be additionally related to individual
differences in social cognitive skills, as measured through a behavioral assessment involving
key variables of social cognition such as empathy (with the Balanced Emotional Empathy Scale
(BEES) and the Interpersonal reactivity Index (IRI)) and mentalizing (with the
Story-Based-Empathy taks and the Yoni task). MRI data will unveil the neural bases of
individual differences in social cognitive performance in terms of performance-related
patterns of brain activity, structure and connectivity. EEG will complement this evidence via
data characterized by higher temporal resolution, to unveil the temporal development of
social cognitive processes in the brain. Results will provide an useful baseline for
investigating alterations of social cognition in physiological ageing and/or pathological
conditions.