TriTrack DNA Loading Dye (6X)
TriTrack DNA Loading Dye (6X)
Thermo Scientific™

TriTrack DNA Loading Dye (6X)

Thermo Scientific 6X TriTrack DNA Loading Dye is used to prepare DNA markers and samples for loading on agarose orRead more
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Catalog NumberQuantity
R11615 x 1 mL
Catalog number R1161
Price (EUR)
51,25
Each
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Quantity:
5 x 1 mL
Request bulk or custom format
Price (EUR)
51,25
Each
Add to cart
Thermo Scientific 6X TriTrack DNA Loading Dye is used to prepare DNA markers and samples for loading on agarose or polyacrylamide gels. It contains three different dyes (bromophenol blue, xylene cyanol FF and orange G) for visual tracking of DNA migration during electrophoresis. The presence of glycerol ensures that the DNA in the ladder and sample forms a layer at the bottom of the well. The EDTA included in the solutions binds divalent metal ions and inhibits metal-dependent nucleases.

6X TriTrack DNA Loading Dye is used for conventional DNA electrophoresis.

Highlights

• Three-color tracking of DNA migration during DNA electrophoresis
• No DNA masking during gel exposure to UV light
• EDTA binds divalent metal ions and inhibits metal dependent nucleases

Applications

• Preparation of DNA ladders, markers, and samples for loading on agarose or polyacrylamide gels
For Research Use Only. Not for use in diagnostic procedures.
Specifications
Gel CompatibilityAcrylamide Gels, Agarose Gels
Label or DyeBromophenol Blue, Orange G, Xylene Cyanol FF (XCFF)
Product TypeDNA Loading Dye
Quantity5 x 1 mL
Concentration6X
Unit SizeEach

Citations & References (1)

Citations & References
Abstract
Direct influence of S9 liver homogenate on fluorescence signals: impact on practical applications in a bacterial genotoxicity assay.
Authors:Dreier J, Breitmaier EB, Gocke E, Apfel CM, Page MG
Journal:Mutat Res
PubMed ID:11719102
Assays based on the bacterial SOS-response offer the possibility of automatization of genotoxicity testing for screening of large compound libraries. While existing assays use colorimetric detection or luminescence read-out, we describe here the use of a fluorescence-based system to achieve high sensitivity of detection required for assay miniaturization. Three commonly ... More