- Downstream analysis reagents & consumables
- Luminescence assays
- twinlite Firefly and Renilla Luciferase reporter gene assay system
twinlite™ dual reporter gene assay system
The twinlite™ system is a dual luciferase reporter gene assay system designed to detect and quantitate both Firefly and Renilla luciferase sequentially from cultured cells. This flash luminescence assay is ideal for normalization for high quality data and to screen two events in parallel.
The twinlite™ system is a dispense-and-read ultra-high sensitivity dual luciferase reporter gene assay for the quantitation of firefly and Renilla luciferase expression in mammalian cells. Designed to provide maximum signal intensity for assays requiring the utmost sensitivity, twinlite is ideal for:
- Research activities in the gene transcription regulation, miRNA, signal transduction and viral replications areas, where maximum sensitivity is needed
- High throughput assays employing continuous processing methodology
twinlite benefits
- Very high assay sensitivity
- Designed for use with luminometers equipped with dispensers
- Suitable for use 96- and 384-well microplates readers as well as for tube-based luminometers
- Ideal for smaller-scale sample analysis when maximum sensitivity is needed
- Odor free
- Exceptional stability of the reagents even after reconstitution
As with all members of the 'lites' suite of luciferase detection reagents, britelite plus offers superior performance in an easy-to-use format, providing the following benefits:
- Convenient one-step processing: No washes required - simply mix, incubate and read
- Enhanced stability: All lites reagents are designed for extended storage at 2 - 8 °C
- No DTT: Unlike most luciferase detection reagents, lites products do not contain DTT, eliminating toxic hazards and the need for hood work
- Excellent Z' values: All lites products offer robust, sensitive performance, with high signal-to-background ratios and excellent Z'values
Automation compatible | Yes |
Detection method | Luminescence |
Experiment type | In vitro |