Not Plastic. Not a Person. Not an Animal. Mimics.

Plastic isn't biology. Donors aren't reproducible. Animals aren't human. Stop choosing between them.

Agilent
Amgen
Bayer
BD
Beckman Coulter
Bio-Techne
Bristol Myers Squibb
Charles River
Gilead
IQVIA
Johnson & Johnson
Lonza
Menarini Group
Merck
Myeloma Solutions Fund
NeoGenomics
Novartis
Patheon
Pfizer
PPD
Regeneron
Resilience
Roche
Takeda
Thermo Fisher Scientific
Agilent
Amgen
Bayer
BD
Beckman Coulter
Bio-Techne
Bristol Myers Squibb
Charles River
Gilead
IQVIA
Johnson & Johnson
Lonza
Menarini Group
Merck
Myeloma Solutions Fund
NeoGenomics
Novartis
Patheon
Pfizer
PPD
Regeneron
Resilience
Roche
Takeda
Thermo Fisher Scientific
Agilent
Amgen
Bayer
BD
Beckman Coulter
Bio-Techne
Bristol Myers Squibb
Charles River
Gilead
IQVIA
Johnson & Johnson
Lonza
Menarini Group
Merck
Myeloma Solutions Fund
NeoGenomics
Novartis
Patheon
Pfizer
PPD
Regeneron
Resilience
Roche
Takeda
Thermo Fisher Scientific

From Biological Noise to Synthetic Reproducibility

Traditional biological controls introduce variability. Slingshot cell mimics deliver cleaner, more reproducible signals across workflows.

Cell population markers

B Cells
CD4+ T Cells
CD8+ T Cells
Lymphocytes
Monocytes
NK Cells
T Cells
Biological noise versus Slingshot mimics comparison graph. Drag the divider to change the split.

Biological controls

Variable, noisy, inconsistent

Slingshot mimics

Stable, precise, reproducible

Biological Controls

Donor PBMCs create inherent data quality challenges that compromise assay reliability.

  • Up to 60% variability in population counts across sites, instruments, and operators

  • Missed low-frequency cells due to noise floor masking rare populations

  • Tech errors hidden in noise making troubleshooting and QC nearly impossible

TBNK Mimic™

Synthetic reproducibility enables confident data interpretation and rapid issue detection.

  • Consistent detection of all cell types across sites, machines, and operators

  • Tech errors immediately visible as peaks stand out against stable baseline

  • Operator error detection enables targeted training and site integration QC

Mimics for Every Step of the Flow

Our polymer-based cell mimics are fully customizable, engineered to replicate specific cellular characteristics for precise control in every assay.

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  • We've integrated Slingshot cell mimics as crucial controls in several of our flow cytometry workflows. Whether in assessing cell viability or managing compensation and unmixing, these off-the-shelf controls seamlessly slot into our processes. This enhances our workflow efficiency without having to compromise on data quality and reliability.
    author

    Dr. Veronica Nash

    US Regional Head of Flow Cytometry

    cerba research