Brand New Gp200065: Dtnb(636-641)-glcnac(638)-rat Don't Wait [PsLeF5tm]

GP200065: DTNB(GlcNAc)-Rat

Introducing our premium GP200065: DTNB(GlcNAc)-Rat, a high-quality synthetic glycopeptide fragment designed for advanced research in dystrobrevin beta. This product offers a unique opportunity for scientists to delve into the study of dystrophinopathies and muscle disorders with unparalleled precision. The GP200065: DTNB(GlcNAc)-Rat is meticulously crafted to ensure consistent and reliable results, making it an essential tool for your research endeavors.

• High purity and specificity: Our DTNB(GlcNAc) glycopeptide is synthesized to ensure the highest purity and specificity, minimizing any potential interference in your experiments.
• Applications: This glycopeptide is widely applicable in various research areas, including cell signaling, protein glycosylation, and muscle biology.

Product Features and Specifications

The GP200065: DTNB(GlcNAc)-Rat is a synthetic dystrobrevin beta glycopeptide fragment with a length of 6 amino acids, spanning from Ser636 to Asp641. The glycosylation site at Asn638 is modified with β-GlcNAc, providing a valuable tool for understanding glycosylation's impact on dystrobrevin beta function. The C-terminus of the peptide is amide-terminated, ensuring stability and ease of use.

• UniProt ID: The GP200065: DTNB(GlcNAc)-Rat corresponds to the UniProt ID P84060, making it compatible with a wide range of existing research data and resources.
• Format: Delivered as a lyophilized powder, the GP200065: DTNB(GlcNAc)-Rat is convenient for storage and handling, reducing the risk of contamination and degradation.

Practical Uses and Benefits

The GP200065: DTNB(GlcNAc)-Rat is an invaluable resource for researchers investigating dystrophinopathies and muscle disorders. Its high purity, specificity, and convenient format make it ideal for use in a variety of applications, including:

• ELISA and western blotting: Utilize the GP200065: DTNB(GlcNAc)-Rat as a control or reference peptide in your assays, ensuring accurate and reliable results.
• Cellular assays: Employ this glycopeptide in your cellular studies to investigate the role of glycosylation in dystrobrevin beta function and muscle cell signaling.

Choose GP200065: DTNB(GlcNAc)-Rat for your research and experience the benefits of a high-quality, research-grade product designed to advance your scientific investigations.