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Services

Accelerate Your Pipeline with Single-Cell Potency & Cytotoxicity Profiling Services

Ship your samples. Receive deep, AI-powered single-cell kinetics, serial killing metrics, and multi-omic data profiles in weeks, not months. No upfront hardware investment required.

 

 

PoC

Service Packages

HIGH-THROUGHPUT E:T SCREENING WORKFLOWS

  • Best for: Preclinical optimization of CAR-T, CAR-NK, or TCR-T variants.
  • Deliverables: 16 parallel microfluidic channels characterizing up to 100+ samples; comprehensive target cell destruction kinetics.

SINGLE-CELL SERIAL KILLING ANALYTICS

  • Best for: Identifying “super-killer” subsets and understanding population heterogeneity.
  • Deliverables: Time-lapse video analysis of single-immune cells encountering sequential targets; calculation of Cellply’s proprietary Unified Killing Score (UKS).

MULTIPARAMETRIC PHENOTYPING & CYTOKINES

  • Best for: Correlating cell-surface markers with direct functional cell-mediated killing.
  • Deliverables: Dual phenotypic staining paired with dynamic on-chip secretion monitoring.

 

Roadmap

Quality & Reproducibility

Multiparametric Analysis

SAMPLE ECONOMY

Consumes up to 90% fewer cells than traditional flow cytometry or bulk release assays and ideal for rare patient-derived samples or scarce donor materials.
Serial Killing Assay

ASSAY CONSISTENCY

Platform validation yields a tight coefficient of variation (CV <20%), ensuring clinical-grade assay reproducibility across distinct batches.
Potency Score

DATA TRACEABILITY

All tracking metrics are backed by end-to-end audit logs generated by our AI image processing engine.

Need more information about our services?

Contract characterization services

Our relationship with Eurofins Biopharma Product Testing (BPT) Italy provides immense global validation

Planning an upcoming study?

Download our technical sheet.

TN-007_Characterization of NK cell donors for allogeneic cell therapy using single cell serial killing

Learn how a single-cell serial killing assay allows deep characterization of immune cell function and enables ranking of donors for allogeneic NK cell therapy

TECHNICAL NOTE | Document number: TN-007