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<!DOCTYPE html>
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<head>
<meta charset="utf-8">
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<title>NeuroLibre</title>
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<h1 class="site-title">NeuroLibre</h1>
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<img src="images/neurolibre-icon-red.png">
<p class="neurolibre-description">
<span class="dropcap">N</span>eurolibre is a curated repository of neuroscience notebooks, seamlessly integrating data, text, code and figures. Notebooks can be freely modified and re-executed through the web, offering a fully reproducible, “libre” path from data to figures. Neurolibre is powered by the <a href="https://mybinder.org/">binder</a> project, with computational resources provided by <a href="http://conp.ca">CONP</a>, <a href="https://mybinder.org/">CBRAIN</a> and <a href="https://mybinder.org/">Compute Canada</a>.
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<img src="images/thumbs/qmr-lab-logo.jpg" class="post-thumbnail">
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<h2 class="entry-title">
<a href="https://qmrlab.org/t1_book/intro">Quantitative T1 Mapping</a>
</h2>
<h3 class="entry-subtitle">In-depth interactive tutorial on the fundamentals of measurement techniques for the tissue-specific MRI signal recovery parameter, T1.</h3>
<p class="entry-content">This tutorial provides an introduction to quantitative T1 mapping, from an MRI physics perspective. Two widely used techniques are covered in-depth, Inversion Recovery and Variable Flip Angle (VFA), along with some discussions of cutting-edge variants of these techniques. This interactive tutorial is coded in both Octave (an open-source Matlab clone) and Python, and uses qMRLab for the T1 signal simulations and data fitting.</p>
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<img src="images/thumbs/logo_sct.png" class="post-thumbnail">
<div class="entry-details">
<h2 class="entry-title">
<a href="https://mathieuboudreau.github.io/pipelines-jupyter-book/01/sct_mtsat">Image processing with Spinal Cord Toolbox (SCT)</a>
</h2>
<h3 class="entry-subtitle">A step-by-step walkthrough of an example analysis pipeline using SCT, from raw data to final quantitative metrics.</h3>
<p class="entry-content">This notebook presents an example analysis pipeline using the Spinal Cord Toolbox (SCT), a suite of tools specialized for analysis of spinal cord MRI images of the spinal. Topics covered include: segmentation, masking, registration, warping, and quantitative metric computation. This tutorial was generated in a Jupyter Notebook and coded in Python.</p>
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<h2 class="entry-title">
<a href="https://brainhack101.github.io/introML-book">Introduction to Machine Learning with Nilearn</a>
</h2>
<h3 class="entry-subtitle">An interactive introduction to machine learning with neuroimaging data, using the Nilearn software package.</h3>
<p class="entry-content">An introductory tutorial for using the popular Nilearn software package to perform machine learning analyses with neuroimaging data. This material is adapted from the Montreal AI and Neuroscience (MAIN) 2018 workshops.</p>
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<img src="images/thumbs/adni-logo.png" class="post-thumbnail">
<div class="entry-details">
<h2 class="entry-title">
<a href="https://simexp.github.io/vcog_hps_ad_book/intro.html">A highly predictive signature (HPS) of Alzheimer's disease dementia from cognitive and structural brain features</a>
</h2>
<h3 class="entry-subtitle">Signature of Alzheimer's disease with simulated cognitive and structural features.</h3>
<p class="entry-content">A jupyter notebook containing analyses that give a highly predictive signature (HPS) of Alzheimer's disease dementia from cognitive and structural features using simulated data. <a href="https://doi.org/10.1101/352344">Original paper</a></p>
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