Completed
N1 and the swallow tail overlay only partly N1 is thinner and extends beyond the swallow tail sign.
Class Central Classrooms beta
YouTube videos curated by Class Central.
Classroom Contents
Imaging the Anatomical and Functional Brain Micro-Organization
Automatically move to the next video in the Classroom when playback concludes
- 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
