With a genome-wide library of over 30,000 pre-cloned and ready to transfect regulatory elements, a highly optimized Renilla luciferase (RenSP) vector system and assay reagents, the LightSwitch™ luciferase reporter assay system is the optimal solution for your gene regulation studies. Select from our wide range of products and services below.
Learn more about the LightSwitch™ luciferase reporter assay system
Search the Pre-Cloned LightSwitch Luciferase GoClone® Collections
Promoter & Distal Regulatory Element Luciferase Construct Collection
Promoter Reporter GoClone Collection
The promoter reporter collection includes over 18,000 promoters cloned from the human genome and available as transfection-ready GoClone constructs.
lncRNA Promoter Reporter Collection
The lncRNA promoter reporter collection was designed to make it fast and easy to study the regulation of lncRNA promoters.
Promoter Reporter GoClone Controls
The LightSwitch system contains many positive and negative promoter controls to optimize experimental conditions and normalize for non-specific effects.
Synthetic Response Element Collection
The synthetic response elements are useful positive controls due to their stronger response compared to endogenous promoter and enhancer sequences.
miRNA & 3´ UTR Luciferase Construct Collection
3´ UTR Reporter GoClone Collection
Our 3´ UTR reporter collection includes over 12,000 3' UTRs cloned from the human genome into ready-to-transfect LightSwitch reporter vectors.
Synthetic miRNA Targets
The LightSwitch synthetic miRNA target reporters are useful positive controls due to their strong response compared to endogenous 3' UTRs sequences.
LightSwitch Luciferase Reporter Assay System Reagents
LightSwitch Empty Vector Suite
Complete list of all LightSwitch vector options together with sequence and annotation files and insert sequencing primers.
Fugene HD Promoter Transfection Reagent
For plasmid transfections and co-transfections, FugeneHD provides consistent, high-quality performance across a wide variety of cell lines.