See every cell
    Keep the ones that matter

    Microscopy-guided cell sorting for the next generation of biology

    Microscopy
    Cytometry
    Selection
    Sorting

    Biology needs another next gen moment.

    What if you could do all of these things at once?

    Our core technologies

    High-speed light and fluorescence microscopy
    Image cells quicklyHigh throughput without compromising fluidicsDetailed cellular resolution with morphology and phenotypes
    Addressable light delivery
    Pixel-by-pixel resolutionMassively parallel photomaskingSimultaneous whole flowcell illumination
    AI/ML cell classification
    Identify single cellsGroup by visible featuresDecide whether and when to recover cells
    Reversible photopolymer
    Trap cells with hydrogelSelect and release on demandAbsence of free radicals supports cell viability

    How it works: Image. Sort. Gently.

    Flowcell with stationary cells loaded
    Load
    No fluidics, no stress
    Flowcell imaging cells in parallel
    Image
    Morphology, phenotype, viability
    Flowcell revisiting cells over time
    Select
    Trap cells with photopolymer
    Flowcell releasing selected cells
    Release
    In any order

    Coriander Labs brings the camera to the cells, not cells to the camera

    What Coriander sees

    Phenotype
    What kind of cell it is
    Morphology
    What the cell looks like
    Signal location
    Spatial sub-cellular organization
    Temporal
    The same cells imaged repeatedly
    Interaction
    Cells associating with their environment
    Viability
    Live vs. dead or dying cells

    Coriander apps

    Viability & apoptosis
    Longitudinal imaging
    Cell cycle / nuclear staining
    PERTURB screening
    Phenotyping / Screening
    Reporter biology
    CAR-T characterization
    Stem cell characterization
    Antibody discovery
    Tetramers / Rare cell discovery

    Coriander Labs will combine currently separate assays into single hands-free workflows

    Vision

    Coriander Labs is building:
    • An interoperable device
    • An accessible app-driven platform
    • A proprietary chemistry
    • An AI-native software and data UX
    Our flywheel:
    • Our platform creates proprietary data
    • Our ML models will be trained on the real biology only we see
    • Our AI-native interface will be an experimental design companion

    Foundational program

    Today
    Prototype instruments in build
    Next
    Functional data generation and early access placements

    Technical depth meets commercial execution

    Matthew Prout
    Matthew Prout
    CTO and Co-Founder
    Cambrian Genomics · 10x Genomics · Cellarity · Vizgen
    Instrument and platform builder across cellular and spatial multi-omics
    Builds the technology
    LinkedIn
    Brian Fritz, PhD
    Brian Fritz, PhD
    CEO and Co-Founder
    Illumina · Adaptive Biotechnologies · 10x Genomics · Spatial Genomics · Oxford Nanopore Technologies
    18 years of commercial leadership in life sciences and multi-omics
    Builds the markets
    LinkedIn