SINGLE - CELL ANALYSIS HAS EVOLVED

Single-Cell Multi-Omics Analysis with Semi-Permeable Capsules

MULTI - OMICS UNLOCKED 

Stop inferring biology across cells. Run multi-step, multi-omic workflows on the same cell.

Made possible by Semi-Permeable Capsules (SPCs)

Semi-Permeable Capsules Introduction

Semi-Permeable Capsules

A better compartment for better single-cell insights

Most single-cell methods rely on compartments that limit the ability to add or exchange reagents, or run complex steps in sequence.
That constraint drives nearly every trade-off in single-cell workflows and explains why most multi-omics is inferred or compromised.

SPCs remove that limitation.
Run multi-step workflows on the same cell with full control over chemistry.

Bulk-like chemistry. Single-cell resolution. No compromises.

Retain cells and nucleic acids while exchanging small molecules

Retain cells and nucleic acids – freely exchange small molecules (enzymes, buffers, primers)

Isolate tens of thousands to hundreds of thousands of cells simultaneously

Isolate tens of thousands to hundreds of thousands of cells simultaneously

Run multi-step workflows under optimal conditions

Run multi-step workflows, each step under optimal conditions

How SPCs work

What becomes possible with SPCs?

Single-Cell RNA & DNA
Co-sequencing

Jointly profile RNA and DNA at single-cell resolution – directly connecting genotype and phenotype from the same cell. No inference. No averaging.

Single-Cell RNA & DNA Co-sequencing

Single-Cell
Microbial Genomics

Characterize microbiomes at the level of individual cells. Uncover microbial dark matter, trace horizontal gene transfer, and access what metagenomics misses.

Single-Cell Microbial Genomics

Single-Cell Assay
Innovation

Your workflow – at single-cell resolution. Have a multiomic assay you want to scale? SPCs are designed to be adapted. Bring your biology, and build at throughput that makes the experiment meaningful.

Single-Cell Assay Innovation

Single-Cell
Cultivation

Isolate viable single cells for downstream growth and recovery – at throughput that makes phenotypic selection practical.

Single-Cell Cultivation
Explore applications
Partitioning Innovation in Single-Cell Workflows

PARTITIONING INNOVATION IS OUR CORE

From droplet microfluidics to Semi-Permeable Capsules, Atrandi builds partitioning technologies that enable next-generation single-cell workflows.  

Explore our high-throughput screening and sorting solutions built on droplet microfluidics. 

Learn more

Meet the platforms behind Atrandi’s droplet and SPC workflows.

Onyx Logo

A high-throughput platform for custom droplet and SPC workflows

Generate droplets and Semi-Permeable Capsules with full control over workflow design, encapsulation conditions, and throughput. Built for researchers developing next-generation screening workflows and single-cell applications.

Onyx Platform
Styx Logo

A high-throughput platform for droplet screening and sorting

Perform high-throughput droplet screening with multiparametric fluorescence selection and integrated sort verification. Designed for functional assays, protein engineering, and next-generation screening workflows.

Styx Platform
Flux Logo

A streamlined platform for scalable SPC workflows

Simplify SPC generation through an intuitive push-button platform designed for advanced single-cell analysis. Built for application-specific assays and reproducible results.

Flux Platform
See full product portfolio

Used in labs at

Not sure
where to start?

Our scientists will help you find the right fit.

Whether you’re exploring SPCs for the first time or scaling an existing workflow, our team is here to help you find the right path – from platform selection to application development.

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