Meca Scientific

PanoBrain™

Atlas-Mapped Brain Slice Scanning

PanoBrain is an automated platform for brain slice imaging and atlas mapping, designed to accelerate high-throughput neuroscience workflows. Developed by Meca Scientific, PanoBrain transforms prepared tissue sections into high-resolution, atlas-registered digital datasets with minimal manual intervention — bridging the gap between bench and analysis.

PanoBrain automated brain slice analyzer
  • Automated panoramic imaging that preserves full anatomical context across entire tissue sections
  • Reproducible, high-throughput acquisition with integrated atlas mapping for large-scale studies
  • Analytical workflows that eliminate manual stitching and region-of-interest bias
  • Seamless integration with existing histology pipelines and third-party analysis tools

Core Capabilities

Dual-channel fluorescence brain scan showing DAPI and GFP expression
Dual-channel fluorescence scan (DAPI + GFP)
High-magnification multi-color neuron imaging
High-magnification neuron imaging
Automated Allen Brain Atlas registration with color-coded regions
One-click Allen Brain Atlas registration
Automated cell detection with green markers on nuclei
Automated cell detection and counting

Automated Imaging and Analysis Pipeline

  • Fully automated transition from brain slices to quantitative digital datasets
  • Integrated hardware and software pipeline minimizes operator intervention and variability
  • Designed to support batch processing of large slide sets

AI-Assisted Brain Mapping and Quantification

  • Automated brain region segmentation and atlas registration
  • Compatibility with standard reference frameworks (e.g., Allen Brain Atlas)
  • Built-in tools for automated cell counting and fluorescence intensity quantification

High-Speed, Large-Format Imaging

  • Widefield scanning optimized for rapid, whole-slice acquisition — under one minute per section
  • Supports large-format slides (up to 125 x 50 mm), enabling full imaging of large brain sections
  • Precision XYZ motion platform (0.1 um) for accurate, repeatable positioning

Multi-Modal and Multi-Color Imaging

  • Brightfield and multi-channel fluorescence imaging modes
  • Supports complex, multi-label experiments for detailed cellular and circuit-level analysis
  • Sub-micron resolution suitable for identifying individual neurons and fine structures
  • Highly uniform illumination across the full field of view for seamless panoramic images
  • Low-phototoxicity imaging enabled by exposure-synchronized illumination control

Multi-Species Atlas Registration

PanoBrain supports automated atlas registration across four species, mapping scanned sections to standardized anatomical coordinates with a single click:

Mouse brain atlas
Mouse
Rat brain atlas
Rat
Macaque brain atlas
Macaque
Ferret brain atlas
Ferret

Robust Registration on Imperfect Samples

Real-world brain sections are rarely perfect. PanoBrain’s atlas registration handles damaged, fragmented, and tilted slices without manual correction:

Atlas registration on damaged brain slice
Damaged slice
Atlas registration on severely damaged half brain slice
Severely damaged slice
Atlas registration on tilted brain slice
Tilted slice

Panolyzer Analysis Software

Panolyzer analysis software showing brain atlas overlay with region boundaries
Panolyzer analysis interface with atlas region overlay and 3D brain reference

Panolyzer provides integrated analysis tools including atlas registration, brain region segmentation, automated cell counting, and multi-point localization. The software displays scanned sections with atlas boundaries overlaid, a 3D brain reference with Bregma coordinates, and tools for fluorescence channel switching, signal adjustment, and quantitative measurement.

Research Applications

  • Whole-brain and regional circuit mapping
  • Viral tracing and connectivity studies
  • Quantitative pathology and neurodegeneration research
  • Drug efficacy and regional response analysis

Integrated Analysis Workflows

PanoBrain delivers atlas-registered datasets ready for advanced analysis. Explore how it integrates with ScientiaLux analysis platforms:

Explore how this can integrate with your systems.