Slingshot Biosciences, Inc.


Slingshot Biosciences is dedicated to advancing cellular testing and research through the development of precision-engineered cell mimics and biomarker controls. Their mission is to provide reliable, customizable, and high-performance solutions that support a wide range of applications in flow cytometry, cell therapy, diagnostics, and more, enabling researchers and clinicians to accelerate innovation and improve accuracy in their work.

Industries

biotechnology
medical
therapeutics

Nr. of Employees

medium (51-250)

Slingshot Biosciences, Inc.

Emeryville, California, United States, North America


Patents

Synthetic human cell mimic particle for cytometric or coulter device

US-12352679-B2

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Apoptotic cell mimic

US-12332241-B2

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Hydrogel particles as feeder cells and as synthetic antigen presenting cells

US-12312595-B2

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Compositions and methods for passive optical barcoding for multiplexed assays

US-12276659-B2

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Compositions and methods for cell-like calibration particles

US-12228492-B2

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Size-tunable synthetic particles with tunable optical properties and methods for using the same for immune cell activation

US-12196661-B2

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Products

Synthetic cell-mimic biomarker controls (off-the-shelf and custom)

Shelf-stable synthetic cell mimics engineered to present surface and intracellular biomarkers, fluorescence, and nucleic acids; available as single-marker, multi-marker, multi-population, and calibration standards.


Services

Collaborative service to design, prototype, and manufacture synthetic cell-based controls tailored to specific biomarkers, populations, and assay requirements.

Catalog of ready-to-use synthetic controls for calibration, compensation, unmixing, and cell-health assays provided in shelf-stable formats.

Expertise Areas

  • Flow cytometry calibration and standardization
  • Biomarker control design for diagnostics and clinical trials
  • Custom synthetic control development for cell and gene therapy assays
  • Assay validation and compensation/unmixing workflows
  • Show More (2)

Key Technologies

  • Synthetic polymer-based cell mimics
  • Hydrogel and particle engineering for cell-like scatter properties
  • Fluorescent labeling for spectral compensation and unmixing
  • Embedding of DNA/RNA in synthetic controls
  • Show More (3)

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