Viral Recombinant Human Ube2d4 Protein (gst Tag) Perfect For Gifting [6Gw1CjTx]

High-Quality Recombinant Human UBE2D4 Protein

Our Viral Recombinant Human Ube2d4 Protein (gst Tag) Perfect For Gifting [6Gw1CjTx] is a premium product designed for researchers in the field of ubiquitin conjugation pathways and protein modification. This recombinant protein is produced in E.coli and features a GST tag for ease of purification and manipulation. With a high purity of over 95%, this protein is ideal for a variety of applications including immunodetection, in vitro kinase assays, and cell-based studies.

Key Features and Specifications

• Expression Host: E.coli
• Sequence: Met 1-Met 147
• Accession: Q9Y2X8
• Calculated Molecular Weight: 43.5 kDa
• Observed Molecular Weight: 40 kDa
• Tag: N-GST

Our UBE2D4 protein is also known by several synonyms, including HBUCE1, UBCH5D, and Ubiquitin-Protein Ligase D4, making it easily identifiable in the research literature. It has been shown to accept ubiquitin from the E1 complex and catalyze its covalent attachment to other proteins, playing a crucial role in post-translational protein modification. With the ability to promote polyubiquitination using all seven ubiquitin lysine residues, UBE2D4 is a versatile tool for understanding the complex processes of protein degradation and signaling.

Applications and Benefits

• Immunodetection: UBE2D4 protein is suitable for use in Western blotting and ELISA assays, providing a reliable detection method for UBE2D4 expression and activity.
• In Vitro Assays: This protein can be used in in vitro kinase assays to study the interactions between UBE2D4 and other proteins involved in ubiquitination pathways.
• Cell-Based Studies: UBE2D4 is essential for studying the role of ubiquitination in various cellular processes, making it a valuable component for cell-based experiments.

With its high purity, specific activity, and versatility, our Viral Recombinant Human Ube2d4 Protein (gst Tag) Perfect For Gifting [6Gw1CjTx] is a must-have for any laboratory studying ubiquitin conjugation and protein modification.