PET parametric intersected

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Inheritance graph

Defined in file : brainvisa/toolboxes/nuclearimaging/types/nuclearImaging.py

Used in the following processes

Associated formats

BrainVISA volume formats

Associated ontology rules

  • brainvisa-3.2.0 :
    • {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_greyMasked
    {center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_whiteMasked

    Key attributes

  • brainvisa-3.2.0 :
    • center ,  subject ,  processing ,  acquisition ,  tracer ,  analysis ,  segmentation_method ,  PVC_method ,  VOIReference ,  tissue_class ,  space ,  template