Cyril R Pernet

The paper describes the OpenNeuroPET initiative, which develops standards and open-source tools to standardize and share PET neuroimaging data, enhancing reproducibility and collaboration.

This study compares CSF-to-brain tracer exchange in pigs under two anesthetic regimens, finding higher tracer accumulation with ketamine/dexmedetomidine compared to propofol.

The paper examines how diurnal time and sleep deprivation affect cerebrospinal fluid low-frequency oscillations and identifies wake-promoting nuclei as key drivers.

The paper introduces NeuroMark PET, an automated framework using spatially constrained ICA to identify Aβ networks in PET data, showing higher sensitivity for age-related changes compared to traditional ROIs.

The paper estimates how much fMRI connectivity can be reliably detected given within-subject time course reliability and finds that less than a quarter of observed connectivity is reliably detectable.

The paper investigates how the brain computes expected utility from mixed prospects of pain and reward using fMRI, finding interactions between pain and reward representations in specific brain regions.

The paper introduces a method to reduce outlier influence in EEG data using principal component projection weights in linear models, improving statistical power and controlling error rates.

The paper introduces PET-BIDS, an extension of the BIDS standard for PET data, and provides curated datasets and tools for its use.

The paper describes an MRI dataset and processing pipeline for the EPAD study, identifying quality control features and image-derived phenotypes related to aging and dementia.

The paper introduces graphical methods and tools to better compare two groups in neuroscience, offering more detailed insights than traditional bar graphs and t-tests.

The paper provides practical recommendations for improving data availability and sharing in brain image biobanking to enhance research and clinical applications.