A Scalable, Reproducible Alternative to Cell Line Targets for CAR-Based Potency Assays These lyophilized, customizable cell mimics express clinically relevant antigens (e.g., CD19, BCMA) at controlled densities—enabling clear and consistent cytokine release without the hurdles of cell-line engineering, maintenance, or chain-of-custody.
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StimCytes™ BCMA are precision engineered synthetic cell mimics designed to support CAR‑T potency assessment through targeted BCMA specific activation, cytokine release and biomarker driven assay development. Each kit enables baseline, enhanced and negative activation profiles of BCMA directed CAR‑T cells during antigen engagement. Unlike cell controls, StimCytes™ BCMA provides consistent antigen expression and reproducible activation characteristics that remove the variability associated with donor derived materials. These lyophilized synthetic cells feature selected biomarkers that support stable potency evaluation and streamlined assay optimization across experiments and platforms. The kit includes a baseline activation mimic, an enhanced activation mimic with enhancers and a non activating negative control to establish clear functional benchmarks. The StimCytes™ BCMA product is part of an early release program with specifications subject to refinement as additional validation is completed. These products are intended for research use only and are not suitable for diagnostic or therapeutic procedures. They are safe to use in any environment, contain no biohazardous material and require no special disposal. ResourcesTechnical Data Sheet

Slingshot Bio Reagent
StimCytes™ CD19 are precision engineered synthetic cell mimics designed to support CAR‑T potency assessment through targeted CD19 specific activation, cytokine release and biomarker driven assay development. Each kit enables baseline, enhanced and negative activation profiles of CD19 directed CAR‑T cells during antigen engagement. Unlike cell controls, StimCytes™CD19 provides consistent antigen expression and reproducible activation characteristics that remove the variability associated with donor derived materials. These lyophilized synthetic cells feature selected biomarkers that support stable potency evaluation and streamlined assay optimization across experiments and platforms. The kit includes a high activation mimic with enhancers, a baseline activation mimic and a non activating negative control to establish clear functional benchmarks. StimCytes™CD19 are intended for research use only and are not suitable for diagnostic or therapeutic procedures. These products are safe to use in any environment, contain no biohazardous material and require no special disposal. (FKA: TruCytes™ Potency BCMA) More information: Poster:Cell Mimics as High Precision Controls For CGT Analytics and Potency Assays Application Note:Cell Mimics as a Robust Quality Control Platform for Reliable CAR-T Potency Assays ResourcesTechnical Data Sheet

StimCytes™ CD20 are precision engineered synthetic cell mimics designed to support CAR‑T potency assessment through targeted CD20 specific activation, cytokine release and biomarker driven assay development. Each kit enables baseline, enhanced and negative activation profiles of CD20 directed CAR‑T cells during antigen engagement. Unlike cell controls, StimCytes™ CD20 provides consistent antigen expression and reproducible activation characteristics that remove the variability associated with donor derived materials. These lyophilized synthetic cells feature selected biomarkers that support stable potency evaluation and streamlined assay optimization across experiments and platforms. The kit includes a CD20 activation mimic with enhancers and a non activating negative control to establish clear functional benchmarks. The StimCytes™ CD20 product is part of an early release program with specifications subject to refinement as additional validation is completed. These products are intended for research use only and are not suitable for diagnostic or therapeutic procedures. They are safe to use in any environment, contain no biohazardous material and require no special disposal. ResourcesTechnical Data Sheet