Our mission is to provide the single-cell spatial omics services you need using our novel ATLAS Technology.

  • Faster Data Collection

  • Lower Cost Per Cell

  • Higher Reliability Staining

  • Interpretable Data Analysis

Diagram showing microscopic views of brain cells and molecules. The left side depicts colored neuron illustrations at different magnifications labeled "Single Cell Field of View (1mm²)" and "Single Molecule Field of View (1/36mm²)". The right side shows a grayscale brain slice with zoomed-in molecular details.

Cellular Barcodes > Molecular Barcodes

ATLAS:

1 Barcode Per Cell

Competitors:

100’s-1,000’s of

Fast, Cheap & Reliable

Barcodes Per Cell

Slow, Pricey & Noisy

ATLAS Technology Developed By Expert Researchers At UCLA

Roy Wollman, PhD

Spatial Omics & Cell Biology

Professor, Integrative Biology And Physiology

Smiling man with short gray hair wearing an orange shirt, standing outdoors with a blurred green background.

Jingyi Jessica Li, PhD

Statistics & Human Genetics

Professor, Department of Statistics

A person with long black hair is standing outdoors with green trees in the background, wearing a white blazer and a black shirt.

Hong Wei Dong, MD, PhD

Neurobiology & Tissue Mapping

Professor, Neurobiology

Man wearing glasses and a purple shirt standing against a dark tiled wall.

Contact us to develop custom solutions for your specific needs