Contact Brain Atlases Support here or email us at email@example.com
Join the Brain Atlas Space in the EBRAINS Community
Brain atlases provide spatial reference systems for neuroscience that allow navigation, characterisation and analysis of information based on anatomical location. A 3D interactive viewer to explore brain atlases, as well as tools for integration into workflows, spatial anchoring, and atlas-based data analysis have been developed by the Human Brain Project (HBP) and are accessible via EBRAINS.
An atlas of the brain defines the shape and location of brain regions in a common coordinate space. The brain atlases developed in the HBP are openly available to everyone through the EBRAINS research infrastructure, and include a multilevel atlas of the human brain, a comprehensive atlas of the rat brain, and an early version of a new non-human primate atlas.
Explore the human, mouse, rat and (pre-released) monkey atlases in 3D using the interactive viewer siibra-explorerinteractive viewer siibra-explorer
The multilevel Human Brain Atlas captures information about brain variability in different subjects and accumulates knowledge from various neuroscientific sources both at the microscopic and macroscopic scales, including cytoarchitecture, structural and functional connectivity, fibre architecture, and chemoarchitecture. Based on microstructural principles, it builds links between MRI-based reference spaces to the microscopic BigBrain model. The easiest way to explore the multilevel Human Brain Atlas is by using the interactive atlas viewer, siibra-explorer.
Find out more about the Multilevel Human Brain Atlas here.
The multilevel Non-Human Primate (NHP) brain atlas will integrate aspects of brain organisation revealed by complementary structural, functional and connectivity-based datasets defined across multiple spatial and temporal resolutions. It is based on a reference template that represents an average of high-resolution structural (T1, T2) magnetic resonance images and CT scans of 10 macaque monkey brains. The NHP brain atlas will provide maps of distinct cyto- and receptor architectonically identified areas in the macaque monkey brain, and thus links with the brain’s organisation at the cellular and molecular levels. The easiest way to explore the Non-Human Primate Brain Atlas is by using the interactive atlas viewer, siibra-explorer.
The Waxholm Space (WHS) Rat Brain Atlas contains comprehensive anatomical delineations of the brain regions and fibre tracts of an adult Sprague Dawley rat brain. The atlas was defined and generated by experts using high-resolution ex-vivo magnetic resonance and diffusion tensor imaging. The easiest way to explore the Waxholm Space Rat Brain Atlas is by using the interactive atlas viewer, siibra-explorer.
Find out more about the Waxholm Space Rat Brain Atlas here.
The Allen Mouse Brain Common Coordinate Framework (CCF) is used as a basis for combining and comparing data from mouse brains and is an essential tool for understanding the structure and function of the mouse brain at the molecular, cellular and behavioural levels. It is defined in a population-averaged image volume using serial two-photon tomography. The easiest way to explore the Allen Mouse Brain Atlas is by using the interactive atlas viewer, siibra-explorer.
Find out more about the Allen Mouse Brain Common Coordinate Space here.
Atlases Tools and Services
The atlas tools and services are available through the EBRAINS infrastructure.
EBRAINS atlases can be visually explored using siibra-explorer — a 3D atlas viewer which allows the exploration of regions of the human, rat, mouse and (currently pre-released) monkey brains, as well as the discovery of multimodal data features linked to anatomical locations. Some of its functionalities include:
siibra-python is a comprehensive Python client providing access to EBRAINS atlases and offering an easy and well-structured way to include maps, reference templates, region definitions and linked datasets in reproducible programmatic workflows, bringing the functionalities of siibra-explorer to computational workflows. The software is maintained on GitHub, with regular releases of development snapshots, and a growing documentation. A set of interactive tutorials are also available.
Access siibra-python on GitHub
QuickNII and VisuAlign allow rapid and efficient mouse and rat 2D brain image registration to a 3D volumetric reference atlas.
Download QuickNII and VisuAlign from Nitric.
Read more about QuickNII and VisuAlign
VoluBA (Volumetric Brain Anchoring) is a browser-based tool for the interactive alignment of volumes of interest (VOIs) from brain imaging experiments to a high-resolution 3D reference brain model.