KeyTec® Stable Luciferase Detection Kit (no DTT) is designed for the exceedingly robust detection of Firefly luciferase reporter gene assays without Dithiothreitol, suitable for High Throughput Screening (HTS). Simply mix the substrate with cell lysis buffer, add the mixture to the cells, and proceed to detect the Firefly luciferase signal within the cells.
Supports a wide range of assay formats.
Accurate measurement of luminescent signals.
Consistent results in challenging experimental conditions.
Space-saving and efficient lab setup.
Reporter gene assays are essential tools in molecular biology and cell biology research, such as the study of gene expression levels, identification of regulatory elements, investigation of cellular signaling pathways, and screening for potential drug candidates. Firefly and Renilla a are among the most commonly used luciferases in reporter gene assays. You can choose the appropriate assay kit according to your specific research needs, such as a firefly luciferase assay kit for single-reporter detection or a dual luciferase reporter assay kit for normalized dual-reporter gene analysis.
The luciferase reporter assay kit is widely used for promoter structure analysis, SNP studies, transcription factor validation, signaling pathway activation assessment, and microRNA target verification. It provides a sensitive and reliable way to measure gene expression and regulatory element activity in cellular models.
A single luciferase kit measures only one reporter gene and may be affected by variables like transfection efficiency and cell number. In contrast, a dual luciferase reporter assay kit includes an internal control (e.g., Renilla luciferase) to normalize results, ensuring higher accuracy and reproducibility in experiments such as promoter studies and pathway analysis.
The firefly luciferase assay kit offers extremely high sensitivity and a broad dynamic range, making it ideal for detecting low-abundance gene expression. It is especially useful in applications requiring precise quantification, such as weak promoter activity assessment or low-copy reporter gene detection.
Yes, the dual luciferase reporter gene assay is designed to sequentially measure Firefly and Renilla luciferase activities in the same sample. This allows for internal normalization and reduces experimental variability, making it a preferred choice for transcriptional regulation and signal transduction studies.
For best results with a firefly luciferase assay, store reagents at –40°C or below and avoid repeated freeze-thaw cycles. Prepare working solutions freshly before use and ensure all components, including cell lysates and substrates, are equilibrated to room temperature to maintain consistent enzyme activity and detection sensitivity.