gp91 ds-tat Peptide 2 – 1 mg

Overview

The gp91 ds-tat Peptide 2 – 1 mg is designed to help you explore and manipulate cellular processes effectively. This peptide consists of a gp91phox sequence linked to the HIV-tat peptide, making it an essential tool in your research toolkit. The Tat sequence facilitates the peptide’s entry into various cells, enhancing its utility in a range of applications.

This peptide functions as a potent inhibitor for NADPH oxidase assembly, which is crucial in many physiological and pathological processes. Intended for researchers who require precision, the gp91 ds-tat Peptide 2 streamlines the exploration of oxidative stress mechanisms and other biological pathways.

Key Features

• Facilitates entry into all cell types due to the HIV-tat peptide sequence
• Acts as an effective inhibitor for NADPH oxidase assembly
• Two amino acid residues shorter at the N-terminus compared to the standard gp91 ds-tat
• Ideal for studies on oxidative stress and related pathways
• Available in a convenient 1 mg format for versatile applications

Specifications

Property	Details
Peptide Type	gp91 ds-tat
Molecular Weight	Approximately 2.5 kDa
Quantity	1 mg
Sequence	gp91phox linked to HIV-tat

FAQ

What applications can the gp91 ds-tat Peptide 2 be used for?

This peptide is specifically designed for research into NADPH oxidase assembly and oxidative stress pathways, making it suitable for various physiological and neurological studies.

How does the HIV-tat sequence enhance the functionality of this peptide?

The HIV-tat sequence enables the gp91 ds-tat Peptide 2 to penetrate cell membranes, allowing for effective delivery and action within target cells.

Is this peptide suitable for in vivo studies?

While primarily intended for in vitro research applications, the gp91 ds-tat Peptide 2’s properties may warrant further investigation regarding its use in animal models.

Enhance your research capabilities with the gp91 ds-tat Peptide 2 – 1 mg. This peptide is available for purchase now, ensuring you have access to a potent tool that can make a difference in your study of cellular processes.

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