follistatin 315 peptide follistatin - Follistatin peptidedosage Specification: 1mg/vial Unveiling Follistatin 315 Peptide: A Deep Dive into its Biological Role and Research Applications

Follistatin peptide Follistatin 315 peptide is a protein that has garnered significant attention in scientific research due to its multifaceted biological functions, particularly in the realms of muscle growth, fertility, and inflammation. As a multifunctional regulatory protein, Follistatin (FST) plays a crucial role in antagonizing members of the transforming growth factor beta (TGF-beta) superfamilyFollistatin - an overview. Understanding its specific properties, especially the follistatin 315 isoform, is key to appreciating its potential.

The follistatin protein exists in several isoforms, a result of alternative mRNA splicing. Among these, FST-315 is the predominant form accounting for 95% of all FSTs. This isoform, as its name suggests, consists of 315 amino acids, distinguishing it from other variants like follistatin 288. This specific structure contributes to its unique interactions and functional capabilities. Follistatin 315 is recognized as the main circulating form of FollistatinFollistatin 315is used in molecular and cellular research examining peptide–growth factor interactions. For research use only. Not for human consumption..

One of the most extensively studied roles of Follistatin is its potent antagonism of myostatin.Human Follistatin/Follistatin 315/FST Protein Research indicates that Follistatin has emerged as a powerful antagonist of myostatin that can increase muscle mass and strength. Myostatin is a protein that limits muscle growth, and by inhibiting its activity, Follistatin can promote muscle hypertrophy and repair.Methods and compositions for treatment of disorders with ... Studies involving FST315-ΔHBS-Fc treatment proved to be a potent inducer of muscle remodeling and regeneration, demonstrating its capacity to enhance muscle repair after injuryMouse anti-Human Follistatin 315 Monoclonal Antibody .... This has led to its exploration in various research settings.This recombinant human FS 300 product contains 301 amino acid residues and represents a molecular form derived from human FS315containing a truncation of 15 ...

Beyond muscle physiology, Follistatin is involved in muscle growth, inflammation, and fertility. Its role in fertility stems from its ability to inhibit follicle-stimulating hormone (FSH) release, as Follistatin is a single-chain gonadal protein that specifically inhibits follicle-stimulating hormone release. This makes it a key player in reproductive endocrinology.

In terms of its physical characteristics, Follistatin is a single-chain glycosylated proteinFS315 is considered the main circulating form of Follistatin. Clone H10 recognizes an epitope on the C-terminal region of human Follistatin 315, allowing for .... The molecular weight of this single-chain polypeptide can range from 31 to 49 kDa, influenced by alternative mRNA splicing and glycosylation. This proteinaceous nature is fundamental to its interactions within biological systems.

For scientific inquiry, Follistatin 315 is used in molecular and cellular research examining peptide–growth factor interactions. It is often supplied with a specification of 1mg/vial, indicating its availability in precise quantities for experimental use. Researchers utilize Follistatin 315 in various applications, including immunological research, cell biology studies, protein-protein interaction analyses, and therapeutic development.Follistatin - an overview The ability of both isoforms inhibit activin similarly, with FS315 exhibiting movements within follistatin domain 3 (FSD3), provides insights into the molecular mechanisms of its action.

It is crucial to note that while Follistatin has generated considerable interest, its use is primarily confined to research purposesAnti-Follistatin 315 [H10]. Products are often explicitly labeled "For research use only. Not for human consumption." This underscores the ongoing scientific investigation into its full spectrum of effects and potential therapeutic applications. The exploration of follistatin peptide and its various forms, including the prominent follistatin 315, continues to unlock new understandings in human physiology and disease.