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Evolution of hominoid brain connectomics EBC
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Classroom Contents
Imaging the Anatomical and Functional Brain Micro-Organization
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- 1 Introduction Due to technical issues, the slides are shown in the beginning
- 2 3:43 Importance of brain micro-organization Due to technical issues, there is echoing until ~
- 3 Micro-organization imaging and in-vivo histology using hMRI
- 4 Modelling strategy: multi-contrast, multi-Level
- 5 Three-pronged interdisciplinary approach
- 6 Overview
- 7 Multi-parameter mapping MPM using multi-echo FLASH
- 8 Multi-parameter maps MPM at 7T using optical prospective motion correction PMC
- 9 R1 myelin maps compared to fMRI retinotopy
- 10 Inter-areal feature: myelination of thin, thick and pale stripes in secondary visual cortex V2
- 11 Intra-areal features: stripes in secondary visual cortex V2
- 12 Complex Myelin: Histology compared to quantitative MRI
- 13 MALDI-Mass Spectrometry Imaging of lipid components
- 14 Imaging Superficial White Matter SWM
- 15 Quantitative Iron Maps Correlate with MR Contrast
- 16 Mapping oligodendrocytes and myelinated fibers
- 17 Mapping short association fibers SAF with 300mT/m Connectom MRI: visual system
- 18 Mapping short association fibers SAF: visual system
- 19 Mapping SAF: predicting retinotopic organization
- 20 SAF contribution to connective field sizes
- 21 Evolution of hominoid brain connectomics EBC
- 22 Quantitative 3D iron maps with microscopic resolution
- 23 N1 and the swallow tail overlay only partly N1 is thinner and extends beyond the swallow tail sign.
- 24 Discussion
