ARP [N-(Aminooxyacetyl)-N’-(D-biotinoyl) hydrazine, TFA salt] – 10 mg

Overview

ARP [N-(Aminooxyacetyl)-N’-(D-biotinoyl) hydrazine, TFA salt] is an essential biotinylating reagent tailored for the precise labeling of carbohydrates and nucleic acids. This compound reacts specifically with aldehyde groups common in damaged DNA, enabling you to attach biotin at these critical sites. The biotinylation process enhances the detection capabilities of your samples, as the attached biotin can subsequently be quantified using either fluorescent or enzyme-conjugated streptavidin complexes. Discover how ARP can elevate your research, providing reliable results for your assays.

Key Features

• High specificity for aldehyde groups in damaged DNA
• Facilitates the attachment of biotin to carbohydrates and nucleic acids
• Compatible with fluorescent and enzyme-conjugated streptavidin detection methods
• Available in a convenient 10 mg package
• Part of our extensive non-fluorescent reagent catalog

Specifications

FAQ

What applications can I use ARP for?

ARP is ideal for labeling carbohydrates and nucleic acids, particularly in studies involving damaged DNA where aldehyde groups are present. Its ability to attach biotin makes it highly useful in assays requiring quantification and detection.

How do I use ARP in my experiments?

To utilize ARP, dissolve the reagent according to the protocol for your specific application, ensuring the presence of exposed aldehyde groups. Then, proceed with the standard biotin detection methods using either fluorescent or enzyme-conjugated streptavidin.

Where can I find related products?

You might also be interested in our selection of streptavidin, recombinant and biotin (d-Biotin)which complement the use of ARP in your assays.

For more innovative labeling options, explore our non-fluorescent products.

Related Products

• Streptavidin