Blood Vessels
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Micro-CT or LSFM · Labeled vessel maps · Report Panel metrics
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Preclinical neuroscience: map, quantify, and compare on your infrastructure.
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Published in Nature
Application viewApplication viewApplication viewApplication viewPublished in NatureHow do your neuroscience teams work together?
Studies now span huge 3D volumes—micro-CT, MRI, light-sheet, and more—yet each data type still needs its own processing stack and viewer. How is your team handling that? How do you process, share, view, and analyze data at scale? How do you compare cohorts to atlases, or bring anatomy, molecular signal, and genomics into one native space for overlay and quantitative readout?
- Are your pipelines keeping up with dataset size?
At scale, these data outgrow local storage and computational resources fast.
- Do your modalities still live in separate tools?
These data typically require their own software tools.
- Do collaborators see the same version?
When you share raw data, analyzed outputs, and how to reproduce the analysis, how do you track versions? Could your collaborators work on the same data and outputs in one shared space?
- Is your team wiring pipelines instead of comparing cohorts?
Many labs mix commercial tools with custom scripts that vary by user and drift when pipelines or people change. How do you keep atlas registration and cohort comparisons consistent and reproducible?
What if your team shared one workspace for every modality?
With the NeuroSimplicity Imaging Suite, your teams can bring micro-CT, MRI, light-sheet, and more into one specimen-native workspace on your infrastructure. With a shared working space and reproducible pipelines, your teams can view, edit, and analyze outputs in the same shared environment, with labels registered to atlases in situ, and revisit data as the program and questions grow.
Multi-lab program planning- Need every modality in the same specimen space?
Register these data to native geometry so overlays and quantitative readouts line up.
- Need analyses your team can rerun the same way?
Deterministic workflows with traceable regional outputs on your infrastructure.
- Want collaborators on the same study context?
Inspect, compare, annotate, and share from one shared workspace.
- Does discovery span labs or programs?
Shared cohort references and cross-site analysis when the question outgrows one group.
Used by NIH researchers.
Published in Nature.
NatureFeb 2026
Highly dynamic dural sinuses support meningeal immunity
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Cell Reports MethodsJun 2021
Non-invasive in situ Visualization of the Murine Cranial Vasculature
Foundational methods paper establishing the iterative micro-CT workflow for whole-cranium vascular mapping.
STAR ProtocolsSep 2023
Visualization of murine in situ neurovascular interfaces
Peer-reviewed step-by-step protocol for in situ cranial neurovascular interface imaging, the only published workflow of its kind.
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