Science Behind the System
SCOPE Technology
Quantitative CAR-T Cell Detection and Precise Receptor Density Measurement
SCOPE Technology is an engineered antigen-based detection and calibration platform designed for high-precision CAR surface quantification. It enables accurate measurement of Accessible CAR Molecules (ACM) per cell and establishes reproducible receptor density assessment across laboratories.
Dual-Function Reagent Architecture
The SCOPE detection reagent is built on a precisely engineered antigen-binding architecture combined with site-specific enzymatic biotinylation.
Unlike random chemical labeling approaches, enzymatic labeling ensures a defined fluorochrome-to-binding ratio, enabling predictable signal behavior and improved batch consistency.
This controlled design forms the molecular basis for accurate quantitative receptor density measurement.
The Quantification Challenge
In the absence of calibrated reference standards, CAR-T cell detection often relies on subjective gate placement and relative fluorescence interpretation.
This leads to inter-operator variability, limited cross-site comparability, and lack of molecular quantification.
Current workflows classify cells as positive or negative but do not define receptor density in standardized molecular units.
Reference-Based Molecular Standardization
SCOPE Technology integrates engineered reference cell mimics expressing defined and batch-quantified receptor densities. Each reference material is characterized for its precise number of accessible CAR-binding sites per unit, establishing a molecular calibration baseline.
By staining both reference materials and patient-derived CAR-T samples with the same site-specifically labeled detection reagent, a controlled fluorescence-to-receptor relationship is established.
Because each detection reagent molecule carries a defined fluorochrome stoichiometry through enzymatic biotin labeling, fluorescence intensity can be mathematically translated into receptor density.
Objective gating based on molecular standards
Conversion of fluorescence signal into Accessible CAR Molecule counts
Cross-laboratory reproducibility independent of instrument type
Global comparability of receptor density measurements
Role of SCOPE Reference Cell Mimics
SCOPE reference cell mimics serve as process controls and normalization anchors within the standardization ecosystem. They enable stability monitoring over time, support assay validation during method transfer, and provide the foundation for cross-site comparability in multi-center studies.
Process Control
Verify instrument performance and staining consistency with each run
Assay Validation
Support method transfer and qualification across laboratory sites
Cross-Site Comparability
Enable harmonized data collection in multi-center research programs
IP & Development History
The SCOPE Technology has been developed over multiple years by an interdisciplinary team combining expertise in immunology, flow cytometry, analytical chemistry, and bioprocess development.
Our intellectual property portfolio includes protected methods and proprietary production know-how that enable the unique performance characteristics of SCOPE products.
Ongoing research and development efforts focus on expanding the platform to additional CAR targets, optimizing manufacturing scalability, and developing complementary tools for workflow standardization.
Protected Intellectual Property
Proprietary platform technology and production methodologies safeguarded through comprehensive IP protection. Specific patent information available upon request for qualified partners.
"Transforming CAR-T detection from qualitative classification into standardized molecular quantification."
Global Standardization
Standardized receptor density measurement — reproducible across laboratories worldwide.
Research Use Only (RUO): This product is intended for research use only and is not for use in diagnostic or therapeutic procedures.