IGF-DES Peptide Profile
Category: Peptide Hormone
Chemical Name: Insulin-Like Growth Factor-1 Des (IGF-DES)
Molecular Structure: A truncated form of IGF-1, lacking the first three amino acids at the N-terminus, enhancing its bioactivity.
Mechanism of Action
IGF-DES is a variant of Insulin-Like Growth Factor-1 (IGF-1) designed to have a more potent and localized effect on tissues. By removing the first three amino acids, IGF-DES exhibits reduced binding to IGF-binding proteins (IGFBPs), allowing it to act more freely and efficiently in stimulating growth and repair. With a shorter half-life than IGF-1 LR3 (approximately 20-30 minutes), IGF-DES is best suited for immediate and localized effects at the injection site.
Benefits
- Localized Muscle Growth: Ideal for site-specific injections to enhance growth and repair in targeted muscles.
- Enhanced Recovery: Accelerates repair of damaged tissues, particularly after workouts or injuries.
- Increased Anabolic Activity: Promotes protein synthesis and prevents protein breakdown, supporting lean muscle development.
- Improved Glucose Uptake: Enhances glucose utilization in muscle cells, providing energy for growth and recovery.
- Fat Metabolism: Stimulates lipolysis, aiding in fat reduction and improved body composition.
Dosage and Administration
Typically administered via subcutaneous or intramuscular injection at the desired site. Dosages range between 50-150 mcg per day, divided into multiple injections. Due to its short half-life, timing injections post-workout maximizes its localized effects.
Side Effects
- Hypoglycemia: Increased glucose uptake may lower blood sugar levels.
- Injection Site Discomfort: Localized irritation may occur.
- Growth of Non-Target Tissues: Risk of unintended tissue growth with improper administration.
Legal Status
IGF-DES is considered a research chemical and is not approved for human use outside of research settings. Its use is banned in competitive sports by most regulatory organizations.
Conclusion
IGF-DES offers potent and localized anabolic benefits, making it an effective tool for site-specific muscle growth and recovery when used responsibly.
