Data Integration
& Visualization
Every tissue donation will generate far more than a single dataset. Brain BioLink will securely link longitudinal clinical information with molecular, functional, imaging and pathological data, creating an interactive platform that allows discoveries to be explored across scales, shared between researchers and translated into clinical insight.
We will connect every piece of information generated from a tissue donation into one searchable, spatially resolved resource
Built for AI
Brain BioLink will generate a structured, standardised and multimodal datasets that are ideally suited for artificial intelligence, machine learning and computational modelling, accelerating biomarker discovery and therapeutic development.
Complete Data Provenance
Every dataset will remain linked to its original tissue sample, anatomical location, experimental workflow and processing history, ensuring complete traceability and reproducibility
Query Across Every Layer
Search tissue, patients, diagnoses, imaging, molecular data and experimental results through one integrated platform.
A Digital Twin of Every Donation
Every tissue donation will become a spatially resolved digital representation of the patient’s brain, integrating anatomical, molecular, functional and clinical information into one connected resource.
From information overload
To clarity
Brain tissue research generates vast data – imaging, genetics, microscopy – often fragmented and difficult to interpret. Our goal is to turn this complexity into understanding through:
Patient data
de-identification
Integrated, multi-layer visualization
Spatial mapping onto a 3D brain model
Cross-linked datasets for faster insight
Follow the Coordinates
Results are mapped directly onto the patient’s 3D MRI, showing where molecular changes occur.
By linking lab findings to real anatomical location, disease behaviour becomes clearer
– enabling more precise treatment pathways.
From macro
To micro
From whole-brain MRI & CT to single-cell molecular profiles. We connect large-scale imaging with deep analysis of the same tissue region using:
Histology
Spatial transcriptomics
Genomics
Lipidomics
Proteomics
Micro-CT & MRI
Partners in Data & Infrastructure
Built for integration with leading research platforms
— so Brain BioLink becomes a shared, interoperable research environment.
Check our other Pillars
Transforming nervous tissue research through innovation.
Get Involved
Contact Us
Brain
BioLink
© 2025 Brain BioLink
Privacy Policy
Terms of Use
An initiative led by the University of Oxford. All rights reserved.
Data Integration & Visualization
Every tissue donation will generate far more than a single dataset. Brain BioLink will securely link longitudinal clinical information with molecular, functional, imaging and pathological data, creating an interactive platform that allows discoveries to be explored across scales, shared between researchers and translated into clinical insight.
Follow the Coordinates
Results are mapped directly onto the patient’s 3D MRI, showing where molecular changes occur.
By linking lab findings to real anatomical location, disease behaviour becomes clearer — enabling more precise treatment pathways.
Partners in Data & Infrastructure
Built for integration with leading research platforms
— so Brain BioLink becomes a shared, interoperable research environment.
Check our other Pillars
New Patient Consent
Live Nervous Tissue
Cohort Collaboration
We will connect every piece of information generated from a tissue donation into one searchable, spatially resolved resource
Built for AI
Brain BioLink will generate a structured, standardised and multimodal datasets that are ideally suited for artificial intelligence, machine learning and computational modelling, accelerating biomarker discovery and therapeutic development.
Complete Data Provenance
Every dataset will remain linked to its original tissue sample, anatomical location, experimental workflow and processing history, ensuring complete traceability and reproducibility
Query Across Every Layer
Search tissue, patients, diagnoses, imaging, molecular data and experimental results through one integrated platform.
A Digital Twin of Every Donation
Every tissue donation will become a spatially resolved digital representation of the patient's brain, integrating anatomical, molecular, functional and clinical information into one connected resource.