IsoPlexis


Bruker Cellular Analysis is dedicated to advancing live single-cell functional analysis through innovative optofluidic technology. Their mission is to democratize access to high-content, multimodal, and temporal cellular response analysis, enabling scientific breakthroughs in immunology, cell therapy, antibody discovery, and bioprocessing. They aim to provide accessible, compact, and validated platforms that accelerate research and development in biomedicine.

Industries

biotechnology
health-care
medical-device
therapeutics

Nr. of Employees

large (251-1000)

IsoPlexis

Branford, Connecticut, United States, North America


Products

Benchtop optofluidic single-cell analysis platform

A compact benchtop optofluidic system that performs high-throughput, live single-cell functional assays, selective cell positioning and cloning, and retrieval of cells for downstream molecular analysis.

Proteomic barcoding single-cell proteomics system

Platform and consumable suite for multiplexed single-cell secretome and intracellular signaling assays to capture cytokine, chemokine, and phosphoprotein signatures from individual cells.

High-throughput quantitative bulk proteomics solution

Instrumentation and workflows for fully quantitative bulk proteomics that can be combined with single-cell platforms for multi-scale protein analysis.


Services

Platform support and training for single-cell optofluidic and proteomic systems

Technical support, training modules, protocols, calibration files, and customer community portal to support instrument operation and experimental workflows.

Application development and workflow consulting for antibody discovery, cell line development, and cell therapy

Assay and workflow consulting to implement function-first screening, selective cloning workflows, and integrated proteomic profiling for translational projects.

Customer support and technical assistance

Direct customer support channels for sales inquiries, technical issues, and consumables ordering.

Expertise Areas

  • Single-cell functional analysis
  • Antibody discovery and lead characterization
  • Cell line development and monoclonality assurance
  • T cell profiling and cell therapy (CAR/TCR) discovery
  • Show More (6)

Key Technologies

  • Optofluidic microfluidics for single-cell manipulation
  • Light-driven optoelectronic cell positioning (OEP)
  • Nanoliter-scale microchambers (nanopen) with media perfusion
  • Single-cell proteomic barcoding (multiplexed secretome/signaling)
  • Show More (4)

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