Whole Brain Neuron Morphology Reconstruction

Use case

Description

This specification describes metadata collected for whole brain morphology reconstructions from a continuous whole brain image stack. Reconstruction of a neuron morphology from an image stack is typically enabled through sparse neuronal labeling following e.g. viral delivery of a fluorescent protein. Metadata is collected on the subject used in the experiment, the image stack containing the labeled cells and the reconstructed neuron morphology. Additionally, metadata for the brain imaging and the reconstruction from image (including protocols and agents) are captured.

Supported Data Queries

The following points describe an example subset of questions supported by the data provenance pattern:

  • Retrieve morphology reconstructions from a given brain region.
  • Retrieve pyramidal cell reconstructions.
  • Retrieve morphology reconstructions projecting to a given brain region.
  • Retrieve morphology reconstructions from a subject of a given age and sex.
  • Retrieve morphology reconstructions which were reconstructed by a specific person.

Data Provenance pattern

Whole Brain Neuron Morphology Reconstruction

Schemas

Entities

The different entity types involved in the experiment are listed below.

Type Description
Subject Subject that was used in the experiment
ImageStack Image stack obtained from the brain tissue of the subject
ReconstructedCell Reconstructed cell
Protocol Protocol that describes the method used in the design and execution of the experiment

Activities

The different activity types involved in the experiment are listed below.

Type Description
BrainImaging Technique used to obtain an image stack of the brain tissue containing the cells for reconstruction
ReconstructionFromImage Technique used to reconstruct the stained cell

Agents

The different agent types involved in the experiment are listed below.

Type Description
Person Person associated with an activity
SoftwareAgent Software associated with an activity
Organization Organization associated with an activity

Contributors