A dark blue gradient background with a faint circular glow in the center.

EXPAND Your Single-Cell Data with SEC-seq

Diagram showing how single cells from a nanovial produce secretions and transcripts, which are captured on separate layers labeled 'Secretions' and 'Transcriptome'.

Secretion encoded single-cell sequencing (SEC-seq) is a new method to link the secretions of individual cells with their underlying gene expression signatures.

Explore SEC-seq Data
Side-by-side visualization of two maps titled 'Secretion' and 'Transcriptome' showing clusters of data points with UMAP axes and colored differently.

How It Works

Video Credit to @Rene Cheng

Two interlocking gears, one light blue and one dark blue, symbolizing machinery or process

Identify regulators of secretion

Illustration of a medicine bottle and a syringe on a black background.

Improve function of cell therapies and drugs

Multiple light blue circles and one darker blue circle on a black background.

Uncover cells with novel functional properties

Learn how others have used SEC-seq to get multiomic readouts

An infographic explaining SEC-seq, a method for linking single cell secretion with transcriptomic data. It shows steps of cell capture, secretion labeling, secondary labeling, and sequencing, with illustrations of lab equipment and labeled molecular markers.
Application Highlight
Diagram showing DNA sequencing processes, including SEC-seq and SEC-flow, with labels and color-coded sections, and a cell illustration with molecular and genetic data.
Read the Publication