SHP-77 GFP and Luciferase Reporter Cell Line
SHP-77 GFP and Luciferase Reporter Cell Line allows dual-reporter monitoring of gene expression and cellular signaling in small cell lung cancer research.
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SHP-77 GFP and Luciferase Reporter Cell Line allows dual-reporter monitoring of gene expression and cellular signaling in small cell lung cancer research.
SHP-77 Luciferase Reporter Cell Line, stably expresses firefly luciferase to study gene expression, NFkB signaling, and transcription activity.
SHP-77 RFP and Luciferase Reporter Cell Line provides dual-labeled luminescence and fluorescence models for oncology research and drug screening.
The SHP-77 RFP cell line is transformed from SHP-77 cell, expressing RFP gene. The cell constitutively express RFP.
The Siha GFP cell line is transformed from Siha cell, expressing the GFP gene. The cell constitutively express GFP.
Siha Luciferase Reporter Cell Line enables HPV-related cancer research, gene regulation studies, high-throughput screening in cervical carcinoma models.
SIRPα Reporter Jurkat Cell Line ,Jurkat luciferase reporter line engineered for CD47-SIRPα signaling pathway research, ideal for immuno-oncology assays.
SIRPα-CD3ζ Reporter Jurkat Cell Line supports T-cell signaling analysis, immune checkpoint research, and therapeutic screening applications.
SJSA-1 (NFkB) Luciferase Reporter Cell Line enables NF-κB pathway activity measurement and inflammation mechanism research in human osteosarcoma cells.
The SJSA-1 (SMAD/TGFbeta) Luciferase Reporter Cell Line monitors SMAD/TGFbeta signaling in osteosarcoma cells for the drug and pathway studies.
Assess SJSA-1 (STAT3) Luciferase Reporter Cell Line for oncology research, enabling signaling pathway assays, drug screening, and cancer biology studies.
Advance breast cancer signaling analysis with SK-BR-3 EGFP Reporter Cell Line for HER2 pathway tracking and fluorescence-based drug screening assays.
The SK-BR-3 GFP cell line is transformed from SK-BR-3 cell, expressing the GFP gene. The cell constitutively express GFP.
The SK-BR-3 Luciferase Reporter Cell Line supports breast cancer transcriptional studies, pathway analysis, and high-throughput drug screening.
Discover the SK-HEP-1 Luciferase Reporter Cell Line, a powerful tool for studying gene expression and cellular signaling in cancer research.
SK-HEP-1 Luciferase/GFP Reporter Cell Line allows dual-reporter studies, drug screening, and hepatocellular carcinoma signaling research in vitro.
The SK-LU-1 GFP cell line is transformed from SK-LU-1 cell, expressing the GFP gene. The cell constitutively express GFP.
SK-MEL-2 Luciferase Reporter Cell Line is a melanoma reporter model, supporting pathway analysis, drug testing, and tumor progression research.
SK-MEL-28 Luciferase Reporter Cell Line provides a melanoma model for drug screening, pathway analysis, and cellular signaling research in vitro.
SK-MES-1 Luciferase Reporter Cell Line enables cancer signaling research, drug screening, and luciferase reporter assays in human lung carcinoma models.
SK-N-AS Luciferase Reporter Cell Line ,SK-N-AS cells stably expressing luciferase; model for neuroblastoma, signaling pathways and drug screening.
Sk-N-BE Luciferase Reporter Cell Line constitutively expresses luciferase, providing sensitive luminescent assays for oncology and drug screening.
SK-N-SH Luciferase Reporter Cell Line enables sensitive monitoring of neuronal signaling and transcriptional activity in neuroblastoma models.
SK-OV-3 (NFkB) Luciferase Reporter Cell Line provides a luminescent model for NFkB pathway monitoring in cancer biology and drug evaluation.
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