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FOLLISTATIN 344
FOLLISTATIN 344 - Keifei Pharma

FOLLISTATIN 344 - Keifei Pharma

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6 mg
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Product Overview

Follistatin is known for its ability to modulate muscle growth by inhibiting myostatin, a protein that restricts muscle mass. This function has spurred interest in follistatin as a potential therapy for muscle-wasting conditions, metabolic disorders, and tissue repair. FS288, the most potent isoform in activin and myostatin inhibition, has gained particular attention for its role in enhancing muscle growth and controlling inflammation. Its effects on muscle physiology make follistatin an attractive candidate for both clinical treatments and sports applications, where muscle health and growth are critical.

References:

Ledger, W. (2001). Inhibin, Activin, and Follistatin in Human Reproductive Physiology. Singapore: Imperial College Press.

Disclaimer: Information provided it this page is for general information only and does not substitute for professional medical advice.

For detailed information about FOLLISTATIN 344 by Keifei Pharma, consult with your doctor or healthcare professional.

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FAQ
Where is follistatin found in the body?
Follistatin is present in various biological fluids, including pituitary extracts, serum, and follicular fluid, indicating its widespread role in cellular regulation.
References:

Ledger, W. (2001). Inhibin, Activin, and Follistatin in Human Reproductive Physiology. Singapore: Imperial College Press.

What impact does follistatin have on muscle growth?
Follistatin inhibits myostatin, a protein that limits muscle growth, making it an important regulator in muscle development and a candidate for treating muscle-wasting conditions.
References:

Ledger, W. (2001). Inhibin, Activin, and Follistatin in Human Reproductive Physiology. Singapore: Imperial College Press.

How does follistatin influence inflammation?
Follistatin, particularly FS288, has shown potential in controlling inflammation, aiding in tissue repair, and potentially offering therapeutic benefits.
References:

Ledger, W. (2001). Inhibin, Activin, and Follistatin in Human Reproductive Physiology. Singapore: Imperial College Press.