Dosage Protocol
TB-500
20mg
CATEGORY: Healing / Anti-Inflammatory
RECONSTITUTION PROTOCOL
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Diluent Amount:Â 2mL Bacteriostatic Water
DOSAGE INSTRUCTIONS
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Dosage Range:Â
Â
Under 200lbs
Loading Phase: 1-4 weeks 2.5 mg (25 units) 3x / week
Maintenance: 4-8 weeks 1.5 mg (15 units) 2x / week
​
Over 200lbs
Loading Phase: 1-4 weeks 3.3 mg (33 units) 3x / week
Maintenance: 4-8 weeks 2 mg (20 units) 2x / week
​
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Dosage Frequency: 3 x / week (M, W, F)
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Route: Subcutaneous
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Cycle Duration:Â 8Â weeksÂ
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Estimated Bottles Needed To Complete Cycle:Â 3 - 4 bottles
​
For research or educational purposes only. Suggested protocol only, consume at own risk.Â
BPC-157
5mg
CATEGORY: Healing /Anti-Inflammatory
RECONSTITUTION PROTOCOL
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Diluent Amount:Â 1mL Bacteriostatic Water
DOSAGE INSTRUCTIONS
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Dosage Range:Â 0.5mg - 1.0mg (10 units-20units)
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Dosage Frequency:Â 5 - 7 times per week
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Route: Local IM or local subcutaneous or SubQ in Belly
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Cycle Duration:Â 6 - 9 weeks or as needed
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Estimated Bottles Needed To Complete Cycle:Â 4 - 8 bottles
​
For research or Educational purposes only. Suggested protocol only, consume at own risk.Â
TB-500
10mg
CATEGORY: Healing / Anti-Inflammatory
RECONSTITUTION PROTOCOL
-
Diluent Amount:Â 1mL Bacteriostatic Water
DOSAGE INSTRUCTIONS
-
Dosage Range:Â
Â
Under 200lbs
Loading Phase: 1-4 weeks 2.5 mg (25 units) 3x / week
Maintenance: 4-8 weeks 1.5 mg (15 units) 2x / week
​
Over 200lbs
Loading Phase: 1-4 weeks 3.3 mg (33 units) 3x / week
Maintenance: 4-8 weeks 2 mg (20 units) 2x / week
​
-
Dosage Frequency: 3 x / week (M, W, F)
-
Route: Subcutaneous
-
Cycle Duration:Â 8Â weeksÂ
-
Estimated Bottles Needed To Complete Cycle:Â 6 - 8 bottles
​
For research or educational purposes only. Suggested protocol only, consume at own risk.Â
Notes & Precautions
​​
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Inject in fasted state, in PM (most healing occurs during sleep)
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For acute injuries inject locally at the site of injury
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For general systemic effect subcutaneous in belly fat suffices
Description
TB-500 is a lab-created peptide derived from a fragment of the naturally occurring protein Thymosin Beta-4 (TB-4). It is commonly used to support faster recovery, decrease inflammation, and assist in the repair of muscles, tendons, and ligaments. Within regenerative medicine, it’s widely recognized for helping the body recover from injuries and improve overall flexibility.
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Thymosin Beta-4 itself is found in almost all human cells and plays an essential role in tissue repair, regeneration, and cellular protection. One of its key functions is regulating actin, a structural protein that enables cells to move, divide, and rebuild damaged areas. By influencing actin activity, TB-4 helps direct cells to sites of injury, encourages the development of new blood vessels (angiogenesis), and supports proper organization of cells during the healing process.
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Instead of directly forcing tissue growth, TB-4 acts more as a signaling peptide, coordinating the body’s natural repair responses in an efficient and controlled manner. Many of the benefits linked to Thymosin Beta-4 come from this wide-ranging regenerative signaling. Research suggests it may contribute to quicker soft tissue healing, better recovery from muscle and tendon damage, improved skin and wound repair, and reduced inflammation in affected areas. It has also been explored for its potential to protect heart tissue, support endothelial function, and enhance overall tissue durability under physical stress.