The Jurkat eGFP stable cell line is engineered to constitutively express enhanced green fluorescent protein (eGFP) via a lentiviral transduction system, providing a robust and convenient fluorescence-based model for T cell biology and assay development. This stable integration enables long-term, uniform expression of eGFP, allowing real-time visualization, quantitative analysis, and high-throughput screening without the need for repeated transfection.
 
Built on the well-characterized Jurkat background, this cell line retains key features of human T lymphocytes, making it highly suitable for studying T cell signaling, activation, and gene regulation. The consistent and stable eGFP expression ensures reliable signal intensity across experiments, improving reproducibility and assay sensitivity.
Built on the well-characterized Jurkat background, this cell line retains key features of human T lymphocytes, making it highly suitable for studying T cell signaling, activation, and gene regulation. The uniform and stable eGFP expression ensures consistent signal intensity across experiments, improving reproducibility and assay sensitivity.
 
Key Features
Stable, high-level eGFP expression
No need for transient transfection
Suitable for live-cell imaging and flow cytometry
Compatible with high-throughput screening platforms
 
Applications
Monitoring transduction or gene editing efficiency
Cell tracking and imaging studies
Assay development and optimization
T cell signaling and functional studies