Pioneering technology

Accuracy & quantification by design

immunoSEQ Assays utilize a multiplex PCR-based assay enabling us to sequence directly from genomic DNA. We provide precise, quantitative abundance data on your cell populations, unlike the relative abundance or variable expression data of RNA-based assays. Each immunoSEQ Assay contains rigorously designed synthetic immune templates as in-line controls plus optimized primers that ensure accurate, quantitative, and unbiased results with batch-to-batch consistency.

First, a synthetic immune repertoire was designed to represent all VJ-gene combinations.

Then, measuring against our synthetic repertoire, we were able to adjust our primer concentrations to significantly reduce amplification bias.

In-line controls for every sample enable us to measure amplification, correct residual bias, and provide absolute counts of the immune cells in your sample.

Our sophisticated bioinformatics platform corrects errors and collapses sequences to deliver highly accurate, high volume, standardized data sets.

True diversity is about seeing more of the repertoire

immunoSEQ Assays deliver the depth and breadth needed to truly capture the immune repertoire. High-throughput sequencing of the CDR3 variable chain of T- and B-cell receptors provides powerful insights. The CDR3 sequence acts as a unique tag for clonal lineage, enabling tracking of T- and B-cells over time, characterizing the diversity of the immune repertoire, and measuring the dynamics of disease and treatment.

Get the Insights You Need to Publish

Repertoire properties

Quantitatively measure repertoire patterns such as clonality and T-cell fraction

Repertoire dynamics

Accurately track clones and identify repertoire changes over time and location

Clone tracking

Match CDR3 sequences with their target using standard immunological assays and sequenced enriched antigen-specific populations

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