Fast Delivery Recombinant Human Fgf8a/fgf-8a Protein (active) ~ Rare Item [w2hcHg7y]

Fast Delivery Recombinant Human Fgf8a/fgf-8a Protein (active) ~ Rare Item [w2hcHg7y]

The Fast Delivery Recombinant Human Fgf8a/fgf-8a Protein (active) ~ Rare Item [w2hcHg7y] is a premium product designed for researchers and scientists in the field of molecular biology and biotechnology. This active protein is a crucial component for various experiments, including cell proliferation assays and studies involving fibroblast growth factors. With its high purity and exceptional bio-activity, this recombinant protein is an invaluable tool for advancing research in oncology, developmental biology, and tissue repair.

• High purity protein, >95% as determined by reducing SDS-PAGE.
• Bio-activity measured at an ED50 range of 0.8-3.3 μg/mL in cell proliferation assays.
• Expressed in E. coli for consistent and reliable results.

Product Specifications and Properties

This recombinant protein is derived from the human FGF8a gene, providing researchers with a reliable source of this critical growth factor. The protein sequence covers amino acids Gln23-Arg204 and has a calculated molecular weight of 21.3 kDa. It is available without any tags for easy integration into various experimental setups. The protein is produced in E. coli, ensuring high yields and purity.

• Species: Human
• Accession: NP_149355.1
• Expression Host: E. coli
• Sequence: Gln23-Arg204

Applications and Benefits

The Fast Delivery Recombinant Human Fgf8a/fgf-8a Protein (active) ~ Rare Item [w2hcHg7y] is ideal for a wide range of applications, including studies on tumor growth, angiogenesis, and cell proliferation. Its active nature makes it particularly useful in exploring the roles of FGF8a in various biological processes. Whether you are a researcher in academia or a scientist in industry, this protein will enhance your experimental capabilities and help you achieve your research goals more efficiently.

• Supports androgen and anchorage-independent growth of mammary tumor cells.
• Overexpression of the gene has been associated with increased tumor growth and angiogenesis.
• Embryonic expression is restricted to testes and ovaries, making it a key factor in developmental biology research.