Events

Upcoming Events

The MCWG organizes free monthly online seminars on brain connectivity and molecular imaging (see below).

MCOS: Molecular Connectivity Online Series

Our online serie’s aim is to include the latest research findings from recently published papers on molecular connectivity. We will offer tutorials on methods and research resources for molecular connectivity estimation and we will discuss relevant findings in the field of brain connectivity that could aid study design and methodological development in the field of molecular connectivity.

The seminar will comprise a 30 minute presentation followed by discussion (~25 minutes).

Jan’24 MCOS001: Brain connectomics: Time for a molecular imaging perspective? A. Sala, Liège, Belgium.

Feb’24 MCOS002: Basic introduction to multivariate neuroimaging analysis – for nerds and novices C. Habeck, New York, United States.

Mar’24 MCOS003: NeuroMark PET: Towards a fully automated PET ICA pipeline V. Calhoun, Atlanta, United States.

Apr’24 MCOS004: The many faces of brain connectivity S. Eickhoff, Jülich, Germany. Cancelled

May’24 MCOS005: Individual PET connectomes capture disease progression and cognitive decline in Alzheimer’s disease J. Pereira, Stockholm, Sweden.

Jun’24 MCOS006: Molecular connectivity & dynamic PET: comparing time series and subject series approaches T. Volpi, New Haven, Connecticut, United States.

Oct’24 MCOS007: Test-retest reproducibility of structural and proxy estimates of brain connectivity at rest I. Yakushev, Munich, Germany.

Nov’24 MCOS008: Metabolic connectivity in ageing H. Deery, Melbourne, Australia.

Jan’25 MCOS009: Epigenetic alterations in white matter with age: impacts on structural connectivity and beyond M. Catanese, Boston, Massachusetts, United States.

Feb’25 MCOS010: Mapping brain function and connectivity in rodents using small animal PET/MRI K. Herfert, University Hospital of Tuebingen, Germany.

Mar’25 MCOS011: Comparing Intra- and Inter-individual Correlational Brain Connectivity from Functional and Structural Neuroimaging Data X. Di, New Jersey Institute of Technology, United States.

Date: March 21st, 2025 Time: 15:00 CET, 10:00 EDT
Please register here.

Many neuroimaging modalities, such as PET and structural MRI, typically assess connectivity using inter-individual correlations, although these measures may be affected by several factors. To clarify these influences, we compared intra- and inter-individual correlations using identical data types. Our analysis of two distinct datasets revealed that long-term age effects contribute to correlations in brain structure, though they bear limited resemblance to functional connectivity. In contrast, both intra- and inter-individual correlations in functional measures (PET and ReHo) strongly reflected functional connectivity, underscoring the importance of state-like brain activity. These findings highlight the need to account for such influences when interpreting inter-individual connectivity measures.

Dr. Xin Di is a Research Assistant Professor in the Department of Biomedical Engineering at the New Jersey Institute of Technology. With a PhD in psychology, his research focuses on modeling brain connectivity using multi-modal neuroimaging data, including fMRI, PET, structural MRI, and fNIRS. He also investigates brain alterations associated with autism spectrum disorder.
Please find further information about Dr. Di here!


Past Events

Please check out the following events during OHBM 2024:


SYMPOSIUM

What is brain connectivity?

9:00-13:00 CEST, May 3rd 2024

Free registration

TranslaTUM, Einsteinstraße 25, 81675 Munich, Germany and Streamed Live

The symposium is part of the event “Molecular Imaging of Brain Connectivity: towards standardized nomenclature



PET for brain connectivity: back to the future?

May 28th, 2022
Glasgow, UK and Streamed Live

All talks of this event are available virtually here: Brain and Brain PET 2022 – Satellite Symposium

All materials of this OHBM 2021 symposium are available virtually here: OHBM 2021

OHBM membership, a previous registration to an OHBM conference or registration to the upcoming OHBM conference are required to access the materials.