6X Gel Loading Dye GREEN
Catalog : RD106
DX/DT 6X Loading Dye GREEN is a dual-color loading dye designed for accurate gel electrophoresis tracking. It contains two dyes—one migrating at approximately 25 bp and the other at 3-5 kb on a 1% agarose gel. This formulation is completely nuclease-free, ensuring the integrity of your DNA samples.
Product features
DX/DT 6X Loading Dye GREEN is a high-performance gel loading buffer designed to enhance the visualization and tracking of DNA migration during electrophoresis. This dual-color loading dye contains two tracking dyes that migrate at distinct positions: one at approximately 25 bp and the other at 3-5 kb on a 1% agarose gel. These markers provide a clear reference for assessing DNA fragment movement, making it easier to monitor electrophoresis progress in real-time.
The dye formulation ensures sharp and distinct bands without interfering with DNA integrity. Additionally, it is completely nuclease-free, guaranteeing the stability and purity of your DNA samples. This makes it ideal for applications such as PCR, restriction digestion analysis, and routine gel electrophoresis workflows.
DX/DT 6X Loading Dye GREEN contains a high-density glycerol base, allowing efficient sample loading into wells without diffusion. The optimized formulation provides excellent band clarity while ensuring minimal interaction with nucleic acids, preventing any alteration in DNA migration patterns.
Key Features:
✅ Dual tracking dyes: One migrates at ~25 bp, the other at ~3-5 kb on a 1% agarose gel.
✅ Nuclease-free: Ensures DNA integrity and stability.
✅ Easy sample loading: Glycerol-based formulation prevents sample diffusion.
✅ Clear band visualization: Helps track electrophoresis progress accurately.
✅ Compatible with standard electrophoresis buffers: Works seamlessly with TAE and TBE systems.
DX/DT 6X Loading Dye GREEN is an essential component for molecular biology workflows, offering reliability and clarity in every gel run. Whether used for routine DNA analysis or advanced research applications, it ensures precise tracking and uncompromised DNA integrity
The dye formulation ensures sharp and distinct bands without interfering with DNA integrity. Additionally, it is completely nuclease-free, guaranteeing the stability and purity of your DNA samples. This makes it ideal for applications such as PCR, restriction digestion analysis, and routine gel electrophoresis workflows.
DX/DT 6X Loading Dye GREEN contains a high-density glycerol base, allowing efficient sample loading into wells without diffusion. The optimized formulation provides excellent band clarity while ensuring minimal interaction with nucleic acids, preventing any alteration in DNA migration patterns.
Key Features:
✅ Dual tracking dyes: One migrates at ~25 bp, the other at ~3-5 kb on a 1% agarose gel.
✅ Nuclease-free: Ensures DNA integrity and stability.
✅ Easy sample loading: Glycerol-based formulation prevents sample diffusion.
✅ Clear band visualization: Helps track electrophoresis progress accurately.
✅ Compatible with standard electrophoresis buffers: Works seamlessly with TAE and TBE systems.
DX/DT 6X Loading Dye GREEN is an essential component for molecular biology workflows, offering reliability and clarity in every gel run. Whether used for routine DNA analysis or advanced research applications, it ensures precise tracking and uncompromised DNA integrity
Storage recommendations
Storage Temperature : 25℃
Single Pack Contents
- 6X Gel Loading Dye GREEN: 1ml X 5 vials
Applications
6X gel loading dye (green) can be used for;
- Fcilitates DNA sample loading into agarose and polyacrylamide gels for electrophoresis.
- Provides clear migration reference with two separating dyes (Yellow and Blue)
- Enhances DNA visibility by improving contrast against the gel background.
- Maintains sample integrity with an optimized buffer system for stable DNA migration.
- Compatible with multiple gel electrophoresis applications, including PCR product analysis and restriction digestion checks.
Critical Notes
This product is stable at room temperature.
For Research Purpose Only. Made in India.