TB500 is a synthetic peptide based on the core fragment of thymosin beta-4, consisting of 43 amino acids and having a molecular weight of approximately 4963 daltons. Its core functions include promoting cell migration, angiogenesis, and collagen synthesis, significantly accelerating tissue repair and regeneration. It is applicable in the fields of sports injury repair, postoperative recovery, and anti-aging. The product is synthesized through biotechnology to ensure high purity and safety. The common dosage form is lyophilized powder, which needs to be reconstituted with sterile solvent before injection. The recommended usage is 2-3 times per week, with the dosage adjusted according to individual needs, and it should be used under professional guidance. Its advantages include efficient repair, low immunogenicity, and wide applicability. However, it is contraindicated for pregnant women, lactating women, and those with allergic constitutions. With its outstanding regenerative ability, TB500 has become a preferred solution for rehabilitation and health management.
Product Description
Attributes
| English Name | Thymosin 34 (TB500) 99% | Density | / |
| CAS NO | / | Index of Refraction | / |
| Molecular Formula | / | Storage Condition | Cool Dry Area |
| Mol. wt. | / | Solubility | / |
| EINECS No. | / | Form | powder |
| MDL No. | / | Colour | White powder |
| Melting Points | / | PH Value | / |
| Stability | 99% TB500 has good stability under normal temperature, dry, light-proof and sealed conditions, and is suitable for long-term storage. | ||
Nutritional Composition
TB500 is a synthetic peptide derived from Thymosin Beta-4, renowned for promoting tissue repair, reducing inflammation, and enhancing muscle recovery. It supports wound healing, improves flexibility, and accelerates recovery post-injury or exertion. Ideal for athletes and fitness enthusiasts, it aids in maintaining peak performance and overall cellular health. Always consult a healthcare professional before use
Promote cell migration and proliferation: Facilitate the movement of endothelial cells, keratinocytes, etc. to the damaged area, and support the formation of new tissues.
Regulating cytoskeletal proteins: By binding to the actin within the cell, it affects cell movement, morphology and signal transduction, which is the basis for its role in promoting repair.

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