Address book
Contacts
CHIARA BEGLIOMINI
Position
Professoressa Associata
Address
VIA VENEZIA, 8 - PADOVA
Telephone
0498276947
Notices
21/05/2025
Office hours of may26th, 2025 will end at 10 am.
Office hours
Monday from 9:00 to 11:00
at UFFICIO: PSICO 1, SESTO PIANO, STANZA 21.
Il ricevimento può, all'occorrenza, avvenire anche su ZOOM (https://unipd.zoom.us/my/chiarabeglio) PREVIA COMUNICAZIONE AL DOCENTE.
Teachings
- NEUROIMAGING IN NEUROSCIENCES AND NEUROPSYCHOLOGY, AA 2025 (PSQ5109801)
- PRINCIPLES OF COGNITIVE NEUROSCIENCE, AA 2025 (PSQ1096619)
- PRINCIPLES OF COGNITIVE NEUROSCIENCE, AA 2024 (PSQ1096619)
- STRUCTURAL AND FUNCTIONAL NEUROIMAGING, AA 2024 (PSP8082603)
- PRINCIPLES OF COGNITIVE NEUROSCIENCE, AA 2023 (PSQ1096619)
- PRINCIPLES OF COGNITIVE NEUROSCIENCE, AA 2023 (PSQ1096619)
- STRUCTURAL AND FUNCTIONAL NEUROIMAGING, AA 2023 (PSP8082603)
Research Area
- motor behavior in healthy individuals and patients
- motor dominance and hemispheric specialization in behavior
- brain plasticity in clinical domains investigated by means of magnetic resonance techniques
Thesis proposals
***EMAIL ENQUIRIES ABOUT INTERNSHIPS AND THESIS WON'T BE CONSIDERED; please contact me during my office hours or ask for an appointment***
***for TPV projects evaluation: don't send proposals directly to me for evaluations. Proposals must be submitted through the precedure indicated on the page of the Stage and career Office.***
FOR BACHELOR CANDIDATES
LITERATURE REVIEWS
- human motor control and motor dominance
- genetical bases of behavior
- hemispheric specialization
- neural bases of consciousness
- brain plasticity in clinical domains
***no experimental theses are planned***
FOR MASTER CANDIDATES
*the attendance of the course 'structural and functional neuroimaging' is highly encouraged to gain the basic knowledge of the main brain investigation techniques*
LITERATURE REVIEWS
- human motor control and motor dominance
- hemispheric specialziation
- motor impulsivity in clinical domains
EXPERIMENTAL THESES
- brain plasticity in clinical domains investigated by magnetic resonance and behavioral techniques
- multiple sclerosis and cognitive fatigue investigated by magnetic resonance imaging techniques
- action observations as a treatment for motor disability
FOR PHD CANDIDATES:
- neural characterization of handededness
- motor control of upper limbs investigated by magnetic resonance imaging techniques (fMRI, DTI and structural MRI)
- neural correlates of impulsive behavior