Summer Sale Recombinant Human Sez6l2 Protein System [vS89UBbJ]

Summer Sale Recombinant Human Sez6l2 Protein System [vS89UBbJ]: A Premium Research Tool

The Summer Sale Recombinant Human Sez6l2 Protein System [vS89UBbJ] is a high-quality research reagent designed for various applications in molecular biology and cellular research. This protein is produced through a recombinant process using HEK293 cells, ensuring purity and consistency. The protein is tagged with a His tag at the C-terminus, which facilitates its purification and handling. With a purity of over 95% as determined by both Tris-Bis PAGE and HPLC, this protein is ideal for experiments requiring a reliable and pure source of SEZ6L2.

• High purity >95% as determined by Tris-Bis PAGE and HPLC
• Expressed in HEK293 cells for consistency and reliability
• His tag at the C-terminus for easy purification and handling

Product Features and Specifications

This Summer Sale Recombinant Human Sez6l2 Protein System [vS89UBbJ] offers a comprehensive set of features and specifications that make it an excellent choice for researchers. The protein has an accession number of Q6UXD5 and a target symbol of SEZ6L2, providing clear identification for your experiments. It is available in a lyophilized form, making it convenient for storage and shipping. The protein migrates to approximately 120-140 kDa based on Tris-Bis PAGE results, indicating proper glycosylation and post-translational modification. Additionally, the product is tested for endotoxins, ensuring it is safe for use in your experiments.

• Accession number: Q6UXD5
• Target symbol: SEZ6L2
• Lyophilized form for convenient storage and shipping
• Endotoxin level: Less than 1EU per μg

Applications and Benefits

The Summer Sale Recombinant Human Sez6l2 Protein System [vS89UBbJ] is versatile and can be used in a variety of research applications. It is particularly useful in studying the transcription of type 1 transmembrane proteins and their role in regulating cell fate. The up-regulation of SEZ6L2 in tumor tissues of CRC patients has been associated with poor prognosis, making this protein a valuable tool for investigating the molecular mechanisms of cancer. By using this high-quality protein, researchers can gain deeper insights into the functions of SEZ6L2 and its potential role in therapeutic interventions.

• Applications in molecular biology and cellular research
• Studying transcription of type 1 transmembrane proteins
• Investigating the role of SEZ6L2 in cancer and other diseases