Explore Our Collection of Promoters & Enhancers
Our collection of promoters and enhancers offers high-quality, validated tools designed for precise gene expression and regulation across a variety of research applications. If you cannot find the specific product you are looking for or need further assistance, please don’t hesitate to contact us – we’re here to help!
Promoters
Our collection of promoters is carefully curated for targeted cell types and genes, providing reliable tools for researchers in genetics, molecular biology, and biomedical applications. Whether you need a promoter for CNS, cardiac, hepatic, or oncological research, we offer validated and high-quality synthetic DNA sequences to enhance your studies.
Key Features of Our Promoters:
- Tissue-Specific Expression – Precisely target genes in specific cell types, including CNS, cardiac, hepatic, and oncological systems.
- Customizable for Research – Choose promoters based on length, species, and gene target to suit your study.
- Validated Sequences – Some promoters come with experimental validation and supporting data to ensure reliability.
- Broad Compatibility – Optimized for mammalian and viral expression systems to fit various research needs.
- High-Quality Sequences – Carefully curated for efficient and consistent gene regulation across a range of applications.
Enhancers
Our curated collection of enhancers is designed to provide researchers with reliable and functionally validated sequences for studying gene regulation in brain, heart, liver, kidney, muscle, lung, reproductive, and oncological systems.
Key Features of Our Enhancers:
- Highly Effective Gene Activation – Amplify transcriptional activity for enhanced gene expression in targeted cells.
- Tissue-Specific & Condition-Responsive – Designed to work in concert with specific promoters, ensuring precise regulation in diverse tissues and under various conditions.
- Validated & Research-Ready – Some enhancers include experimental validation data, supported by collaborative studies and figures.
- Broad Compatibility – Suitable for mammalian, and viral expression systems for versatile research applications.
- Optimized Performance – Carefully curated to provide reliable and efficient gene activation for a variety of studies.
