Biotin-TAT (47-57) – 1 mg

Overview

Introducing our Biotin-TAT (47-57) – 1 mg, a specialized biotinylated peptide derived from HIV that excels in creating a colloidal coat over nanoparticles. This powerful positively charged biotin-peptide has shown remarkable effectiveness in various studies, particularly in enhancing the delivery of siRNA molecules into human embryonic stem cells. By integrating with nanoparticles, Biotin-TAT aids in the efficient penetration and delivery of genetic materials, making it an essential tool for researchers in molecular biology.

Key Features

• Biotinylated HIV-derived TAT peptide
• Positive charge facilitates cell penetration
• Ideal for forming colloidal coats over nanoparticles
• Enhances delivery of siRNA into cells
• Available in a convenient 1 mg package

Specifications

FAQ

What is Biotin-TAT used for?

Biotin-TAT is primarily used in research for coating nanoparticles, improving their ability to penetrate cells and deliver siRNA effectively.

How does Biotin-TAT facilitate cell penetration?

The positively charged nature of Biotin-TAT allows it to interact favorably with cell membranes, enhancing the uptake of the attached nanoparticles.

Can I use Biotin-TAT with other substrates?

Yes, Biotin-TAT can be used in conjunction with various substrates, including our PKG Substrate, to improve the efficiency of your experiments.

For exceptional results in your research, consider integrating Biotin-TAT (47-57) into your projects. This peptide is not just effective; it’s an invaluable asset for any lab focused on molecular delivery systems. Explore its applications today!

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