NeuroDataScience - ORIGAMI lab: We are a research group at the Montreal Neurological Institute. Our aim is to produce and promote open and reproducible neuroimaging research, with a focus on neuroimaging data science and neuroinformatics. We develop methods and tools to best analyse neuroimaging and genetics data, and strive to produce and foster more reproducible and replicable science in our field, and more generally in the life sciences.
News
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March 26, 2024
Mohammad’s PydFC package for dynamic functional connectivity multi-anaysis is now available on PyPi!
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July 14, 2021
We are looking for a Research Assistant to work with us on linked data models for neuroscience. See the job posting here.
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October 22, 2020
We are looking to recruit more graduate students and postdocs with backgrounds in engineering, statistics, physics and life sciences!
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October 22, 2020
The new version of the website is up and running!
Research
Canonical Correlation Analysis of brain and behaviour
Effects of sample size/composition and analysis pipeline
Building a normal brain aging model with MRI imaging data
Modelling the conditional quantile of the aging process
Assessing the reliability of dynamic Functional Connectivity (dFC) measurement through a comprehensive validation framework
A simulation-based approach for evaluating replicability of Parkinson's disease neuroimaging biomarkers
Nipoppy: A framework for the reproducible organization and processing neuroimaging-clinical datasets
A Neurobagel complement project
Is between-pipeline variability affected by image quality?
A subcortical segmentation study
Estimating Polygenic Risk Scores (PRS) on longitudinal changes in Imaging Derived Phenotypes (IDPs)
Continuous testing of neuroimaging results across pipelines and datasets
Application to hearing loss associations with brain structure
People
Faculty
Jean-Baptiste Poline
Researchers
Brent McPherson
Nikhil Bhagwat
Staff
Sebastian Urchs
Alyssa Dai
Arman Jahanpour
Remi Gau
Graduate Students
Kendra Oudyk
Ting Zhang
Jacob Sanz-Robinson
Mohammad Torabi
Emad Askarinejad
Niusha Mirhakimi