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Sara Fernandez Vidal (Paris Brain Institute, France)
Valerio Frazzini (Paris Brain Institute - APHP, France)
Project Description
We intend to integrate the Julich Brain Atlas into our EpiSTIM 3D Slicer Extension.
EpiSTIM is a software project developed to assist neurosurgeons, neurologists and researchers in image processing tasks related to SEEG surgical procedures, from surgical stereotaxic planning to postoperative studies.
The Julich-Brain Atlas (Amunts et al. Science 2020) contains cytoarchitectonic maps of more than 200 areas of the human brain including cortical areas and subcortical nuclei. This atlas is widely used in the epileptology community both in SEEG planning and postoperatively to localize intracranial activity recorded during clinical cognitive tasks or other types of tasks.
The Julich-Brain is the foundation of the Multilevel Human Brain Atlas, which integrates neuroanatomical features with complementary maps of the molecular architecture, function and connectivity across multiple scales and is openly available to the research community via the Human Brain Project’s research infrastructure EBRAINS.
Objective
Objective A. Describe what you plan to achieve in 1-2 sentences.
Approach and Plan
Describe specific steps of what you plan to do to achieve the above described objectives.
Draft Status
Draft - team will hold off on page creation
Category
Segmentation / Classification / Landmarking
Key Investigators
Project Description
We intend to integrate the Julich Brain Atlas into our EpiSTIM 3D Slicer Extension.
EpiSTIM is a software project developed to assist neurosurgeons, neurologists and researchers in image processing tasks related to SEEG surgical procedures, from surgical stereotaxic planning to postoperative studies.
The Julich-Brain Atlas (Amunts et al. Science 2020) contains cytoarchitectonic maps of more than 200 areas of the human brain including cortical areas and subcortical nuclei. This atlas is widely used in the epileptology community both in SEEG planning and postoperatively to localize intracranial activity recorded during clinical cognitive tasks or other types of tasks.
The Julich-Brain is the foundation of the Multilevel Human Brain Atlas, which integrates neuroanatomical features with complementary maps of the molecular architecture, function and connectivity across multiple scales and is openly available to the research community via the Human Brain Project’s research infrastructure EBRAINS.
Objective
Approach and Plan
Progress and Next Steps
Illustrations
No response
Background and References
Jülich Atlas 👍 https://www.fz-juelich.de/de/inm/inm-1/aktuelles/meldungen/complete-data-package-of-julich-brain-atlas-released
No response
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