Dual Labeled Cell Line Products

Dual Labeled Cell Lines are engineered cell lines that express two distinct markers, such as fluorescent or luminescent proteins, to enable simultaneous tracking of multiple cellular processes within the same cell. These cell lines are powerful tools for studying complex biological interactions, such as protein-protein interactions, cell signaling pathways, and cellular responses to treatments, in real time. Dual labeling allows researchers to monitor and quantify changes in two different targets concurrently, offering insights into dynamic relationships within cells. Widely used in drug discovery, molecular biology, and systems biology, Dual Labeled Cell Lines provide enhanced versatility and precision for high-content and high-throughput screening applications.

Advantages of Dual-labeled Cell Lines

Simultaneous Tracking of Multiple Targets

Monitor two distinct cellular processes or markers within the same cell.

Enhanced Data Accuracy

Reduce variability and improve data reliability.

Increased Experimental Efficiency

Reduce the need for multiple assays, enabling more efficient data collection by capturing two parameters simultaneously in a single experiment.

Improved Versatility for Complex Studies

Gain a more comprehensive understanding of intricate cellular mechanisms.

High Sensitivity for Drug Screening and Toxicology

Valuable for drug discovery, as it enables real-time monitoring of cellular responses to compounds.

Compatibility with High-Content and High-Throughput Screening

Provide robust, multiplexed readouts that are ideal for large-scale drug and genetic screening.

Featured Products

Cat. NO	Product Name	Applications	Quantity
Custom	A375-PDL1-Luc-EGFP-Clone H11 Cell Line	Immunotherapy Research	1x10^6 cells/vial
Custom	A375-PDL1-Luc-EGFP-Clone E12 Cell Line	Immunotherapy Research	1x10^6 cells/vial
Custom	A375-PDL1-Luc-EGFP-Clone A12 Cell Line	Immunotherapy Research	1x10^6 cells/vial

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Applications of Dual-labeled Cell Lines

Protein-Protein Interaction Studies
Monitor interactions within live cells, providing real-time insights into protein complex formation, dissociation, and intracellular localization.
Cell Signaling Pathway Analysis
Allow tracking of parallel or interacting pathways, enabling studies of how signaling pathways influence one another, especially under different conditions or treatments.
Drug Discovery and High-Content Screening
Screen compounds for efficacy, mechanism of action, and toxicity, enabling the simultaneous observation of target engagement and off-target effects.
Apoptosis and Cell Cycle Analysis
Help identify how treatments influence cell survival, growth, and division, offering insights into cancer therapies and cytotoxicity.
Cell Migration and Invasion Studies
Allow visualization of cell movement and morphology, providing essential data on how cells respond to environmental cues, critical for cancer metastasis and immune cell migration studies.
Real-Time Analysis of Cellular Dynamics
Study the dynamic relationships between cellular processes to gain a better understanding of complex cellular behavior over time.
Toxicology Studies
Allows researchers to monitor markers of cell viability and toxicity concurrently, providing comprehensive insights into a compound's effects on cellular health.

Workflow of Dual-labeled Cell Lines

Contact Us for Custom Dual Labeled Cell Lines

If you are looking for customized Dual Labeled Cell Lines to advance your research, we're here to support you. As a trusted supplier of custom cell models, we specialize in developing dual-labeled cell lines tailored to your specific needs, whether for tracking multiple cellular processes, studying protein-protein interactions, or high-content screening. Our dedicated team collaborates with you to design cell lines that ensure stability, reproducibility, and reliable dual-marker expression. For more details on our Dual Labeled Cell Line services or to discuss your project requirements, please contact us today. We look forward to partnering with you to create precise, high-quality cell models that drive your research forward.