Spatial Cell Atlas

Building a Molecular Atlas of the Nervous System Decoding Cellular Diversity, State and Spatial Organization at Molecular Resolution

The nervous system comprises diverse neuronal and glial populations organized into highly specialized cellular networks that support information processing, homeostasis, plasticity, and responses to disease.

Understanding this complexity requires molecularly resolved characterization of cells across multiple biological dimensions:

• Cellular identity - defining distinct neuronal and glial populations
• Developmental state - tracking neural lineage progression and maturation
• Functional state - revealing activity, stress, and disease-associated transitions
• Spatial organization - mapping cellular distribution and interactions within brain regions

From Cell Identity to Functional State, Spatial Organization, and Cellular Interactions - build a molecularly resolved view of the nervous system.

1. Neural Cell Atlas Antibody Panel

From Cell Identity to Functional State Characterization

Integrated antibody solutions for neural cell identity, lineage, subtype, state, function, and disease-associated phenotypes.

A comprehensive neural cell profiling strategy combines validated molecular markers with multiplex imaging and spatial analysis to resolve cellular diversity, phenotypic states, tissue organization, and functional changes across the nervous system.

2. Integrated Neural Cell Profiling Strategy

Decoding Brain Complexity Across Multiple Biological Dimensions

We provide validated antibody solutions for resolving neural cell identity, cellular states, cell-cell interactions, spatial organization, and functional activity — enabling molecularly resolved characterization of brain structure, cellular networks, and disease-associated changes.

Immunofluorescence staining of mouse brain coronal section.

Fluorescence Target	Product Name	Catalog No.	Reactivity	Applications	Biological Interpretation
NeuN (RBFOX 3) 488 nm	U-Blot® NeuN Rabbit mAb	WR4580	Human, Mouse, Rat	WB, IHC, IF, ELISA	Identifies mature neurons and evaluates neuronal survival and neurodegeneration after hemorrhagic injury.
GFAP 594 nm	U-Blot® GFAP Rabbit mAb	WR4151	Human, Mouse, Rat	WB, IHC, IF, IP, ELISA	Detects reactive astrocytes and measures astrogliosis surrounding the hematoma and injured tissue.
IBA1 440 nm	U-Blot® Iba1 Rabbit mAb	WR4144	Human, Mouse, Rat	WB, IHC, IF, IP, ELISA	Assesses microglial activation, neuroinflammatory responses, and immune-cell accumulation after ICH.
CD31 555 nm	U-Blot® CD31 Rabbit mAb	WR4185	Human, Mouse, Rat	WB, IHC, IF, ELISA	Labels cerebral blood vessels to evaluate vascular integrity, angiogenesis, and blood-brain barrier alterations.
MAP2 647 nm	U-Blot® MAP2 Rabbit mAb	WR5051	Human, Mouse, Rat	WB, IHC, IF, ELISA	Detects dendritic architecture and assesses dendritic degeneration following ischemic injury.

3. Featured Products