Imagine exploring neural circuits in 3D, linking microscopy, genomics, and proteomics in a single platform, and sharing custom views through interactive public portals. MetaCell’s solution makes this possible with a customizable framework designed for academic research.
How do you currently explore and visualize multi-modal datasets in your research? For most academic labs, the answer involves patching together disconnected tools, static atlases, and inconsistent formats.
Limited visibility into 3D structures
Difficulty mapping datasets across modalities
Missed opportunities to generate meaningful insights
When your work depends on studying neural circuits and synaptic connections in organisms like C. elegans or Drosophila, these limitations aren’t just inconvenient, they slow discovery, complicate collaboration, and weaken reproducibility.
MetaCell has 14 years of experience in neuroinformatics, from C. elegans to Drosophila and beyond. We know how to design platforms that labs adopt quickly, funders trust, and communities rely on.
3D reconstructions, atlases, microscopy, genomics, and proteomics all in one place.
Share your lab’s work through public-facing, interactive portals for research and education.
Interactive 3D environments to study neurons, synapses, and anatomical regions.
Adaptable to specific experimental designs and future-ready for new data types.
Curators can upload, annotate, and enrich datasets directly against organism atlases.
Share curated datasets seamlessly with collaborators worldwide.
Improve reproducibility with standardized frameworks and controlled vocabularies.
Provide students and educators with engaging, interactive tools for learning anatomy and connectivity. Transform static atlases into dynamic teaching experiences.
Reduce the time needed to analyze complex datasets with interactive visualization. Spot patterns and connections across modalities that static atlases can’t reveal.
MetaCell has delivered many solutions that leading labs rely on to explore the neuroanatomy of model organisms. These include:
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