Reporter Cell Line Products

Reporter cell lines are genetically engineered cells that contain a reporter gene, which is a gene that encodes a measurable protein, such as luciferase or GFP (green fluorescent protein). These cell lines are designed to provide real-time insights into cellular processes, gene expression, and signaling pathways by emitting a detectable signal in response to specific stimuli or regulatory events. Researchers commonly use reporter cell lines to monitor transcriptional activity, assess the effects of drugs or environmental changes, and study gene regulation mechanisms. By integrating reporter genes into the genome, these cell lines facilitate the quantitative analysis of biological responses, making them essential tools in drug discovery, cancer research, and studies of cellular dynamics. The ability to visualize and measure biological activities in a live-cell context allows for a deeper understanding of complex biological phenomena.

Featured Products

Luciferase Cell Lines

Luciferase cell lines are genetically modified cells that express luciferase, an enzyme that produces light upon the oxidation of luciferin, allowing researchers to measure cellular activities, gene expression, and signaling pathways through bioluminescence assays.

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EGFP Cell Lines

EGFP cell lines are genetically engineered cells that express enhanced green fluorescent protein (EGFP), enabling researchers to visualize and track gene expression, protein localization, and cellular dynamics in live-cell imaging experiments.

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Dual Labeled Cell Lines

Dual labeled cell lines are genetically modified cells that express two distinct reporter genes, allowing researchers to simultaneously monitor and analyze multiple cellular processes or gene expressions using different detection methods or wavelengths.

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You can find the product you are interested in by clicking on the different gene-edited cell types mentioned above or contact us directly!

Target

293T-FLuc-GFP	BxPC3-Luc	Jurkat-FLuc-GFP	NUGC4-FLuc-GFP
4T1-Luc	C1498-Luc	K562 Luc	OCI-AML-3-FLuc-Tdtomato
4T1-Luc	Capan-1-FLuc-GFP-mCherry	K562 Luc	OCI-LY7-FLuc-mCherry
4T1-Luc-GFP	Colo205 Luc	K562-FLuc-GFP	Panc02-FLuc-GFP
4T1-Luc-GFP	Colo205 Luc	Kasumi-3-Luc	PANC-1-FLuc-Tdtomato
786-O-FLuc-GFP	CT26-FLuc-GFP	KG-1-Luc	PC3 Luc
9L-Luc	D54-Luc	KPC-FLuc-GFP	PC3 Luc-GFP
A20-FLuc-GFP	DBTRG	LL/2 Luc	PC3 Luc-GFP
A-498-FLuc-GFP	EL4-Luc	LL/2 Luc	PC-9-FLuc
A549 Luc	EMT6-FLuc-GFP	LN229-FLuc-GFP	Raji-FLuc-GFP
B16F10 Luc	GL261 Luc	LNCaP Luc	Reh (pMMP-Luc)
B16F10 Luc	GL261 Luc	LNCaP Luc	RPMI 8226-FLuc
B-CAG-luc 4T1	GL261-Luc	MB49-Luc	SHP-77-FLuc-Tdtomato
B-CAG-luc B16-F10	Gli36-DsRed-R-Luc	MCF7 Luc	SKOV3 Luc
B-CAG-luc Daudi	HAL-01-FLuc-mCherry	MCF7 Luc	SKOV3 Luc
B-CAG-luc Hep 3B	HCT116 Luc	MCF7-FLuc-GFP	SKOV3-FLuc
B-CAG-luc K-562	HCT116 Luc	Molm13-FLuc-GFP	SKOV-3-FLuc-GFP
B-CAG-luc MIA PaCa-2	HEL 92.1.7-FLuc-Tdtomato	Molm16-FLuc-Tdtomato	SU-DHL-4-FLuc-Tdtomato
B-CAG-luc U87-MG	Hep3B-FLuc-Tdtomato	MOLT-4-FLuc-Tdtomato	T24-Luc
B-luc-GFP HT-29	HepG2-FLuc-GFP	MV4-11-FLuc	THP-1-FLuc-Tdtomato
B-luc-GFP NCI-H1975	HepG2-Luc	MV-4-11-Luc	U251-FLuc-GFP
B-luc-GFP Raji	HepG2-Luc	NALM-6-FLuc	U87 MG-Luc
B-Luciferase Hep3B2.1-7	HL-60-FLuc-Tdtomato	NALM6-Luc	U87 MG-Luc
B-Luciferase Hepa 1-6	HT1080 Luc	NCI-H460 Luc	U-87 MG-Luc
BxPC3-Luc	HT1080 Luc	NCI-H929-FLuc-GFP-Tdtomato	Z-138-FLuc-GFP

Advantages of Reporter Cell Line

Real-Time Monitoring
Provide immediate feedback on gene expression and cellular responses to various stimuli.
Quantitative Analysis
Allow for precise assessment of gene activity and associated biological processes.
Versatility
Examine a range of biological processes, including signaling cascades, protein-protein interactions, and transcriptional activity.
Easy Detection
Produce easily detectable signals, simplifying experimental procedures and data acquisition.
High Sensitivity
Detect low levels of gene expression or signaling activity, making them suitable for studying subtle biological changes.
Application in Drug Discovery
Screen for compounds that modulate gene expression or signal transduction pathways, facilitating drug discovery and development.
Enhanced Understanding of Gene Regulation
Contribute to the clarification of transcription factors, enhancers, and other regulatory elements' actions as well as the mechanisms behind gene regulation.

Contact Us for More

At Creative Biolabs, we specialize in providing customized Reporter Cell Lines tailored to meet the unique needs of your research projects. Our team of experts is dedicated to delivering high-quality, genetically engineered cell lines that can enhance your studies in gene expression, drug discovery, and cellular behavior analysis.

Whether you require modifications to existing reporter constructs or the development of entirely new reporter cell lines, we are here to collaborate with you every step of the way. We understand the importance of precision and reliability in your research, and we strive to offer solutions that align with your specific experimental requirements.

Let's bring your research visions to life!

For Research Use Only | Not For Clinical Use

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