Bruker Cellular Analysis
Developer of benchtop optofluidic and proteomic-barcoding platforms for high-throughput, live single-cell functional analysis and automated bulk proteomics. Offers microfluidic instruments and consumables, multi-omic single-cell workflows, and software for high-dimensional proteomic data visualization and interpretation to support antibody discovery, cell therapy profiling, cell line development, and related research.
Industries
Nr. of Employees
medium (51-250)
Bruker Cellular Analysis
Emeryville, California, United States, North America
Patents
Laser-assisted repositioning of a micro-object and culturing of an attachment-dependent cell in a microfluidic environment
US-12467031-B2
View DetailsSystems and methods for identification of optimized protein production and kits therefor
US-12385038-B2
View DetailsAutomated detection and repositioning of micro-objects in microfluidic devices
US-12272048-B2
View Details
Laser-assisted repositioning of a micro-object and culturing of an attachment-dependent cell in a microfluidic environment
US-12467031-B2
View DetailsSystems and methods for identification of optimized protein production and kits therefor
US-12385038-B2
View DetailsAutomated detection and repositioning of micro-objects in microfluidic devices
US-12272048-B2
View DetailsProducts
Benchtop optofluidic single-cell analysis system
Compact benchtop instrument enabling live single-cell manipulation, isolation, co-culture assays, automated screening and recovery of single cells for downstream expansion or multi-omic profiling.
Proteomic barcoding platform for single-cell and bulk analysis
Platform combining microfluidic consumable chips and informatics to perform multiplexed proteomic assays at single-cell and bulk scale, supporting cytokine, chemokine and phosphoprotein panels.
High-throughput microfluidic bulk proteomics chips
Microfluidic 'Meteor' chips and associated calibration files for automated, quantitative, multiplexed bulk proteomics with low sample volume and triplicate standards per run.
Multi-dimensional proteomic informatics software
Software suite for experiment setup, data processing, visualization and export of single-cell and bulk proteomic assays, designed to reveal polyfunctional cellular profiles.
Benchtop optofluidic single-cell analysis system
Compact benchtop instrument enabling live single-cell manipulation, isolation, co-culture assays, automated screening and recovery of single cells for downstream expansion or multi-omic profiling.
Proteomic barcoding platform for single-cell and bulk analysis
Platform combining microfluidic consumable chips and informatics to perform multiplexed proteomic assays at single-cell and bulk scale, supporting cytokine, chemokine and phosphoprotein panels.
High-throughput microfluidic bulk proteomics chips
Microfluidic 'Meteor' chips and associated calibration files for automated, quantitative, multiplexed bulk proteomics with low sample volume and triplicate standards per run.
Multi-dimensional proteomic informatics software
Software suite for experiment setup, data processing, visualization and export of single-cell and bulk proteomic assays, designed to reveal polyfunctional cellular profiles.
Services
Preconfigured experimental workflows and technical resources to implement single-cell functional assays, including T cell profiling, B cell antibody discovery, and miniaturized clone selection for cell line development.
Preconfigured experimental workflows and technical resources to implement single-cell functional assays, including T cell profiling, B cell antibody discovery, and miniaturized clone selection for cell line development.
Expertise Areas
- Single-cell functional proteomics
- Optofluidic single-cell manipulation and screening
- Antibody discovery workflows
- T cell and cell therapy functional profiling
Key Technologies
- Optofluidics (opto-electropositioning)
- Microfluidic NanoPen chambers
- Single-cell secretome assays (multiplexed cytokine detection)
- Proteomic barcoding
News & Updates
Blog summary of a Science Immunology study using single-cell secretome and bulk proteomics platforms to investigate how gut microbiota influence immune responses and checkpoint inhibitor efficacy in preclinical melanoma models.
Blog summary of a Blood publication where single-cell secretome and bulk secretome assays were used to characterize CAR-T cell function and demonstrate a CD200R–CD28 switch improves CAR-T polyfunctionality and performance.
Blog summary of a Science Translational Medicine paper using single-cell secretome assays to profile hypofunctional CD8+ T cell states in glioblastoma and distinguish tolerized versus exhausted phenotypes.
Announcement describing Meteor microfluidic chips for automated quantitative bulk proteomics with high throughput and integrated calibrants, and adoption by a core facility for reduced hands-on time.
The benchtop optofluidic single-cell discovery platform won The Scientist Top Innovations award for 2025.
Blog summary of a Science Immunology study using single-cell secretome and bulk proteomics platforms to investigate how gut microbiota influence immune responses and checkpoint inhibitor efficacy in preclinical melanoma models.
Blog summary of a Blood publication where single-cell secretome and bulk secretome assays were used to characterize CAR-T cell function and demonstrate a CD200R–CD28 switch improves CAR-T polyfunctionality and performance.
Blog summary of a Science Translational Medicine paper using single-cell secretome assays to profile hypofunctional CD8+ T cell states in glioblastoma and distinguish tolerized versus exhausted phenotypes.
Announcement describing Meteor microfluidic chips for automated quantitative bulk proteomics with high throughput and integrated calibrants, and adoption by a core facility for reduced hands-on time.
The benchtop optofluidic single-cell discovery platform won The Scientist Top Innovations award for 2025.