Overstock Deal Recombinant Rat Tdgf1 Protein (fc Tag) Get 80% Off Today [CvLVcAMS]

Overstock Deal Recombinant Rat Tdgf1 Protein (fc Tag) Get 80% Off Today [CvLVcAMS]: A Precision-Built Tool for Research

The Overstock Deal Recombinant Rat Tdgf1 Protein (fc Tag) Get 80% Off Today [CvLVcAMS] is a meticulously crafted research tool designed to facilitate in-depth studies in the field of developmental biology and cell signaling. This high-quality protein, expressed in HEK293 cells, is a valuable asset for researchers seeking to explore the intricate pathways involved in vertebrate embryogenesis. The Fc Tag appended to the protein allows for easy detection and purification, enhancing the efficiency of your experimental workflows.

Key Product Features and Specifications

This recombinant protein is a synthetic peptide corresponding to the sequence Met 1-Cys 143 of rat TDGF1, also known as FGFR-4. It boasts a calculated molecular weight of 41.0 kDa and an observed molecular weight of 45 kDa, ensuring accurate and reliable results. The C-hFc tag provides a convenient means for protein conjugation and downstream applications. With a purity of >90% as determined by reducing SDS-PAGE, this protein meets the highest standards of quality control.

• Expressed in HEK293 cells for robust protein production.
• Enriched with an Fc Tag for enhanced detection and purification.
• High purity and specificity for reliable experimental results.

Applications and Potential Impact

The Overstock Deal Recombinant Rat Tdgf1 Protein (fc Tag) Get 80% Off Today [CvLVcAMS] is a versatile tool for various research applications, including cell-based assays, immunoassays, and in vitro studies. Its involvement in left-right asymmetric morphogenesis and the regulation of cell signaling pathways during organ development makes it an essential component for understanding the complex processes of vertebrate embryogenesis. By using this protein, researchers can gain valuable insights into the mechanisms behind autosomal visceral heterotaxy and explore potential therapeutic targets for human cancers.

• Contributes to a comprehensive understanding of vertebrate embryogenesis.
• Enables the study of cell signaling pathways and organ development.
• Promotes advancements in cancer research and therapeutic strategies.