Essential Gpr171 Polyclonal Antibody - Today Only [Y1wNGhKf]

Essential Gpr171 Polyclonal Antibody - Today Only [Y1wNGhKf]: Your Ultimate Research Tool

Discover the power of our Essential Gpr171 Polyclonal Antibody - Today Only [Y1wNGhKf], a high-quality research tool designed to aid in the study of GPR171, a crucial protein encoded by the GPR171 gene. This antibody is a must-have for researchers in the fields of cardiovascular and signal transduction. Key features include its reactivity with human samples, rabbit host origin, and compatibility with IHC applications. Enhance your research with this reliable antibody that offers exceptional performance and results.

Product Specifications and Technical Details

Our Essential Gpr171 Polyclonal Antibody - Today Only [Y1wNGhKf] is meticulously prepared using affinity purification, ensuring a high level of purity and specificity. The antibody is conjugated with a synthetic peptide of human GPR171, providing a reliable tool for detecting and studying GPR171 expression. Key specifications include an isotype of IgG, a concentration of 0.9 mg/mL, and a buffer consisting of phosphate buffered solution, stabilizer, and glycerol. The antibody is unconjugated, allowing for flexibility in various experimental designs.

• Applications: IHC
• Reactivity: Human
• Host: Rabbit

Practical Applications and Target Audience

Our Essential Gpr171 Polyclonal Antibody - Today Only [Y1wNGhKf] is an invaluable resource for researchers focused on understanding the role of GPR171 in regulating feeding and metabolism. This antibody is particularly beneficial for those studying obesity, cardiovascular diseases, and signal transduction pathways. Target audience includes researchers in academia and industry, particularly those working on the following topics:

• Obesity research
• Cardiovascular diseases
• Signal transduction

With its wide range of applications and high specificity, our Essential Gpr171 Polyclonal Antibody - Today Only [Y1wNGhKf] is the perfect choice for advancing your research in these critical areas.