RPMI-8226/STAT5 Reporter (GFP) Stable Cell Line
RPMI-8226/STAT5 Reporter (GFP) Stable Cell Line by ImmunoClone is for real-time visualization of STAT5 signaling dynamics in multiple myeloma progression.
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RPMI-8226/STAT5 Reporter (GFP) Stable Cell Line by ImmunoClone is for real-time visualization of STAT5 signaling dynamics in multiple myeloma progression.
RPMI-8226/STAT5 Reporter (Luc) Stable Cell Line is for sensitive bioluminescent monitoring of STAT5 pathway activation in myeloma drug screening.
The RPMI8226 GFP cell line is transformed from RPMI8226 cell, expressing the GFP gene. The cell constitutively express GFP.
RPMI8226 Luciferase Reporter Cell Line provides a sensitive platform for multiple myeloma biology, signaling pathway analysis, and drug screening studies.
RS4;11 (NFkB) Luciferase Reporter Cell Line provides a sensitive system for monitoring NF-kB activation in leukemia and immune signaling studies.
RS4;11 (SMAD/TGFbeta) Luciferase Reporter Cell Line serves as a human leukemia model for SMAD/TGF-beta signaling and pathway screening studies.
RS4;11 (STAT3) Luciferase Reporter Cell Line ,RS4;11 cells with firefly luciferase for STAT3 research, transcription studies, and drug discovery.
The RSC96 GFP cell line is transformed from RSC96 cell, expressing the GFP gene. The cell constitutively express GFP.
The S-180 GFP cell line is transformed from S-180 cell, expressing the GFP gene. The cell constitutively express GFP.
S-180 Luciferase Reporter Cell Line enables tumorigenesis and drug screening studies with sensitive bioluminescence-based pathway monitoring.
SACC-LM Luciferase Reporter Cell Line provides a luminescent model to study salivary adenoid cystic carcinoma signaling and therapeutic evaluation.
Saos-2 EGFP Reporter Cell Line supports osteosarcoma research with constitutive EGFP for live imaging, reporter readouts, and drug response assays.
Saos-2 Luciferase Reporter Cell Line is a human osteosarcoma model ideal for studying bone signaling, gene transcription, and drug response.
The SCC4 GFP cell line is transformed from SCC4 cell, expressing the GFP gene. The cell constitutively express GFP.
Explore SCC4 Luciferase Reporter Cell Line for oral cancer studies, enabling pathway assays, bioluminescent imaging, and therapeutic drug discovery.
The SCC7 GFP cell line is transformed from SCC7 cell, expressing the GFP gene. The cell constitutively express GFP.
The SCC7 Luciferase cell line, derived from SCC7, stably expresses firefly luciferase; a tool for gene regulation, signaling and drug screening.
The SCC9 GFP cell line is transformed from SCC9 cell, expressing the GFP gene. The cell constitutively express GFP.
SCC9 Luciferase Reporter Cell Line provides a valuable tool for oral cancer research, promoter activity screening, and transcriptional regulation assays.
SGC-7901 Luciferase Reporter Cell Line, stably expresses luciferase for in vitro transcriptional, signaling research, and drug screening assays.
SH-SY5Y EGFP Reporter Cell Line stably expresses EGFP and is suitable for neurobiology, live-cell imaging, and compound screening in dopaminergic models.
The SH-SY5Y GFP cell line is transformed from SH-SY5Y cell, expressing the GFP gene. The cell constitutively express GFP.
The SH-SY5Y Luciferase Reporter Cell Line supports neuronal signaling studies, transcriptional activity assays, and drug discovery research.
SH-SY5Y RFP reporter cell line (Puromycin) for neuronal research, gene expression monitoring, and fluorescence-based functional studies in vitro.
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