AsPC RFP and Luciferase Reporter Cell Line
AsPC RFP and Luciferase Reporter Cell Line ,AsPC cells stably expressing luciferase and RFP; dual-reporter model for cancer research and drug screening.
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AsPC RFP and Luciferase Reporter Cell Line ,AsPC cells stably expressing luciferase and RFP; dual-reporter model for cancer research and drug screening.
Advance AsPC-1 (NFkB) Luciferase Reporter Cell Line for pancreatic cancer research, enabling pathway assays, inflammation, and therapeutic discovery.
AsPC-1 (SMAD/TGFbeta) Luciferase Reporter Cell Line is optimized for pancreatic cancer pathway studies, enabling SMAD/TGF-beta signaling analysis.
AsPC-1 (STAT3) Luciferase Reporter Cell Line supports pancreatic cancer signaling, STAT3 transcription studies, and high-throughput drug screening.
AsPC1 GFP and Luciferase Reporter Cell Line provides dual reporter capabilities for pancreatic cancer biology and therapeutic compound evaluation.
AsPC1 Luciferase Reporter Cell Line supports pancreatic cancer studies by enabling sensitive analysis of gene regulation and therapeutic screening.
AT-3 Luciferase Reporter Cell Line enables cancer biology studies, transcription factor analysis, and real-time monitoring of pathway activity.
ATDC5 Luciferase Reporter Cell Line offers a sensitive chondrogenic model for studying gene regulation, differentiation, and signaling pathways.
Investigate AtT20 Luciferase Reporter Cell Line, Expressing firefly luciferase for monitoring gene expression, signaling activation, and drug testing.
The AV3 GFP cell line is transformed from AV3 cell, expressing the GFP gene. The cell constitutively express GFP.
AV3 Luciferase Reporter Cell Line allows measurement of gene expression, signaling pathway activation, and transcriptional regulation in cellular studies.
The B-CPAP GFP cell line is transformed from B-CPAP cell, expressing the GFP gene. The cell constitutively express GFP.
B-CPAP Luciferase Reporter Cell Line enables sensitive monitoring of thyroid cancer signaling pathways and transcriptional regulation using luciferase.
B16-F0 Luciferase Reporter Cell Line is a melanoma model that allows real-time monitoring of metastasis, gene expression, and therapeutic efficacy.
B16-F1 Luciferase Reporter Cell Line engineered for tumor research, enabling sensitive bioluminescent tracking in cancer biology and drug discovery assays.
B16-F10 (NFkB) Luciferase Reporter Cell Line facilitates evaluation of NF-κB pathway activation in melanoma-related immune signaling studies.
B16-F10 (SMAD/TGFbeta) Luciferase Reporter Cell Line is ideal for tracking TGF-β-driven transcriptional activity in melanoma models for cancer studies.
B16-F10 (STAT3) Luciferase Reporter Cell Line enables investigation of STAT3 signaling in melanoma, immune responses, and tumor progression.
Apply B16-F10 EGFP Reporter Cell Line to monitor tumor growth, metastasis, and cell tracking in melanoma models via constitutive EGFP expression.
B16-F10 Luciferase/tdTomato Reporter Cell Line enables visualization of melanoma progression and monitoring therapeutic responses in real time.
B16-OVA Luciferase Reporter Cell Line combines luciferase expression with OVA antigen for immune monitoring, tumor immunology, and drug screening.
B16BL6 Luciferase Reporter Cell Line stably expresses firefly luciferase, providing luminescent systems for real-time monitoring of gene activation.
B16F10 Luciferase Reporter Cell Line constitutively expresses luciferase, providing luminescent melanoma models for oncology and drug discovery studies.
BAF3 Luciferase Reporter Cell Line enables monitoring of signaling pathways and gene regulation using luciferase reporter assays for drug discovery.
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