Easter Special Recombinant Mouse Hpgd/15-pgdh Protein (his Tag)(active) Markdown: -70% [9fwsjx4B]

Easter Special Recombinant Mouse Hpgd/15-pgdh Protein (his Tag)(active) Markdown: -70% [9fwsjx4B]

Introducing our premium Easter Special Recombinant Mouse Hpgd/15-pgdh Protein (his Tag)(active) Markdown: -70% [9fwsjx4B], a cutting-edge biotechnology product designed for advanced research and development applications. This recombinant protein, produced in E. coli, is engineered to provide high purity and exceptional bio-activity. Its active form ensures optimal functionality in various experimental settings. Key features include:

• Produced in E. coli, ensuring high purity and stability.
• Active form with demonstrated bio-activity in functional assays.
• His Tag facilitates easy purification and detection.

Product Specifications and Properties

Our Easter Special Recombinant Mouse Hpgd/15-pgdh Protein (his Tag)(active) Markdown: -70% [9fwsjx4B] boasts a calculated molecular weight of 30.6 kDa and an observed molecular weight of 30 kDa. It is expressed as a fusion protein with a C-His tag, making it easy to purify and detect. The protein is >90% pure, as determined by reducing SDS-PAGE, ensuring reliability in your experiments. Key specifications include:

• Calculated molecular weight: 30.6 kDa
• Observed molecular weight: 30 kDa
• Purity: >90% as determined by reducing SDS-PAGE
• Expressed as a fusion protein with a C-His tag

Practical Applications and Benefits

Our Easter Special Recombinant Mouse Hpgd/15-pgdh Protein (his Tag)(active) Markdown: -70% [9fwsjx4B] is an invaluable tool for researchers studying prostaglandin metabolism, particularly in the context of labor and uterine activity patterns. Its ability to bind Rhesus ErbB3-His in functional Elisa demonstrates its effectiveness in various research applications. This protein is ideal for use in cell-based assays, functional studies, and high-throughput screening. Target audience and benefits include:

• Researchers in reproductive biology and obstetrics
• Investigations into prostaglandin metabolism and its regulation
• Cell-based assays and functional studies on uterine activity
• High-throughput screening for novel therapeutic agents