The openMINDS core metadata model includes schemas that can be used to describe the general origin, location and content of research products.

A metadata model capturing Spatial Anchoring of Neuroscience Data Structures, including brain atlas definitions.

Metadata model for the consistent registration of well-defined terms as well as a corresponding library of terminologies (including links to ontological terms where applicable).

A metadata model for capturing in-depth descriptions of electrophysiology experiments.

MATLAB package for the openMINDS metadata models. The package contains all openMINDS schemas as MATLAB classes in addition to schema base classes and utility methods

A metadata model for capturing in-depth descriptions of chemical substances and mixtures.

Python package for the openMINDS metadata models. The package contains all openMINDS schemas as Python classes in addition to schema base classes and utility methods.

Complete collection of schemas for the metadata models of the openMINDS metadata framework. All schemas are formatted in LinkML (*.yaml).

A metadata model capturing in-depth descriptions of specimen preparations.

A metadata model capturing in-depth descriptions of stimuli and stimulation protocols in neuroscience.

A metadata model for scholarly publications in neuroscience, including live papers

A metadata model for simulation, data analysis and visualization provenance in neuroscience

Well defined metadata instances for selected schemas of the openMINDS metadata models.

Complete collection of schemas for the metadata models of the openMINDS metadata framework. All schemas are formatted in JSON-Schema (*.schema.json).

A metadata model for MRI experiments; an openMINDS extension

Read-The-Docs documentation for the openMINDS metadata framework.

Complete collection of schemas for the metadata models of the openMINDS metadata framework. All schemas are formatted in the openMINDS syntax (*.schema.omi.json).