Visualize the impact of immune cells on vaccine & immunology research

IsoPlexis detects the key potent immune cells that drive response across solid tumor indications in oncology, helping you understand potency, durability, and toxicities earlier in the development process.


See What’s Next in Vaccines & Immunology

Explore by Vaccine Types

Use cases & research data

Explore by Immune Cell Types

“They have showed that by using single-cell analyses, heterogeneity may actually improve clinical outcomes.”

Blood Commentary

Discover. Optimize. Predict.

IsoPlexis is empowering Vaccine & Immunology development across the discover-optimize-predict continuum

Discover Differences

Naive, Antigen, NP/AgIgG, NP/Ag/Ab

Detect the small potent cell subsets that make the difference

Discover critical differences and mechanism in therapies that engage T cells and the tumor microenvironment.

Follow Our Data

Optimize Bioprocessing

naive vs IrPySpz

Optimize potency in Vaccines & Immunology

Uncover the T cell mechanism of malaria vaccines administered to mice, correlated to survival.

Follow Our Data

Predict Response

pre and post

Correlate data with response to predict clinical outcome

Stratify patients in immune monitoring for cancer vaccines, using the power of single-cell polyfunctionality.

Follow Our Data

Explore Resources

Identify the Most Potent Cell Subsets in Your Samples

Our award-winning, single-cell system effortlessly delivers the data you need.

See How