(5/7) This new approach could pave the way for developing biomarkers for brain disorders, enhancing the ability to detect subtle changes in brain connectivity related to psychiatric conditions. We show an example for Alcohol Use Disorders (AUD).
(4/7) Our findings suggest a potential universality in brain dynamics, with similar patterns observed across species (rats, marmosets, humans) and in different types of data (fMRI and EEG).
(2/7) We found a robust 0-lag backbone composed of a low proportion of strong links (high and stable correlations), accompanied by a large majority of weaker linksat varying time delays, which expand the possible functional configurations archivable within a network.
(1/7) Instead of analyzing an averaged network, we focused on the statistical distribution of network properties, unveiling a stable yet flexible architecture of brain connectivity.
I’m deeply honored to have delivered the “Sebastián Cerdán” plenary Lecture, in honor of a great scientist and mentor, at the Iberian Chapter of ISMRM in Porto.
@ISMRMIberian@ISMRM@NeuroAlc
Non-synaptic basis of addiction: translational MRI evidence in alcohol use disorders.
Proud of the new doctor, Dr. Cristian Estarellas. Excellent PhD thesis defense and discussion. Without doubt, you will be a prolific scientist @NeuroAlc@IFISC_mallorca@claudioMirasso. Congrants @cr15_cristian .
Andres Perez-Segura, PhD student from the lab, presenting our new task to evaluate encoding and retrieval of "everyday memories" at @SENC_ ! @NeuroAlc#memory#maze 👏👏
Are you interested in memory formation? Join us in an exciting symposium at @SENC 2021 on “Binding cell assemblies into memory engrams” with amazing @bartos_marlene and @YiotaPoirazi organized by @claudioMirasso and myself.