Experience Human Fsh Alpha&beta Protein (fsh-hm1ab) Massive 85% Savings [EOYvmCrk]

Human FSH alpha&beta Protein

The Experience Human Fsh Alpha&beta Protein (fsh-hm1ab) Massive 85% Savings [EOYvmCrk] is a premium-grade recombinant protein designed for research applications. This high-quality product offers exceptional purity and stability, ensuring reliable results in various experimental settings. Our FSH alpha&beta Protein is derived from a mammalian expression system, guaranteeing optimal biological activity and functionality. With its superior quality and versatility, this protein is an essential tool for researchers in the field of reproductive biology and endocrinology.

• High Purity: Our FSH alpha&beta Protein is >95% pure, ensuring reliable and consistent results.
• Stable Format: Available in lyophilized powder form, the protein is stable and easy to reconstitute for use.

Product Properties and Specifications

The Experience Human Fsh Alpha&beta Protein (fsh-hm1ab) Massive 85% Savings [EOYvmCrk] is produced through a state-of-the-art expression system, resulting in a high-affinity protein that closely mimics the natural human FSH. This protein has been extensively tested for biological activity, and it shows strong binding affinity to FSH receptors, making it ideal for use in cell culture, ELISA, and other immunoassay techniques. The protein is also suitable for Western blot analysis, offering researchers a versatile tool for various applications.

• Expression System: Mammalian expression system for optimal biological activity.
• Assay Applications: Cell culture, ELISA, Western blot, and more.

Practical Uses and Target Audience

The Experience Human Fsh Alpha&beta Protein (fsh-hm1ab) Massive 85% Savings [EOYvmCrk] is a valuable asset for researchers studying reproductive health, fertility, and endocrinology. Its applications span across various fields, including reproductive biology, hormone research, and drug discovery. Ideal for use in clinical and academic laboratories, this protein is a must-have for scientists looking to advance their research in these critical areas.

• Reproductive Biology: Investigating the role of FSH in reproductive processes.
• Endocrinology: Studying the regulation and function of FSH in the endocrine system.