Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu]

Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu]: A Precision Tool for Research

The Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu] is a high-quality research tool designed to detect and analyze FETUB, a critical protein in various biological processes. This antibody offers exceptional specificity and sensitivity, making it an invaluable asset for researchers in the fields of cardiovascular science and beyond. With its rabbit host and human reactivity, the Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu] ensures reliable and consistent results across your experiments.

Key Product Features

The Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu] boasts a range of exceptional features that set it apart from other products on the market. Here are some of the key highlights:

• Isotype: IgG, providing robust binding and efficient detection
• Host: Rabbit, offering cross-reactivity with human samples
• Reactivity: Human, ensuring accurate detection in human samples
• Applications: Western Blot (WB), providing versatile usage in your research
• Clonality: Polyclonal, offering broad reactivity and stability
• Immunogen: Recombinant protein of human FETUB, ensuring high purity and specificity

These features make the Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu] a powerful tool for investigating the role of FETUB in various biological processes, including osteogenesis, bone resorption, and inflammation.

Applications and Benefits

The Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu] is ideal for researchers studying cardiovascular diseases, as well as those interested in the role of FETUB in other biological processes. Here are some practical applications and benefits:

• Cardiovascular Research: Investigate the role of FETUB in heart disease and related conditions
• Basic Research: Explore the functions of FETUB in osteogenesis, bone resorption, and inflammation

By using the Unique Fetub Polyclonal Antibody Family Size [gYdMRqsu], you can gain deeper insights into the mechanisms underlying these processes and potentially contribute to the development of new treatments and therapies.