A synthetic peptide investigated for its interactions with immune-regulatory pathways and cellular signalling involved in innate and adaptive immune responses. Its research landscape includes T-cell activity, dendritic-cell signalling and immune-system modulation.
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| 4 vials (15% discount) |
| 8 vials (25% discount) |
| 12 vials (35% disocunt) |
Thymosin Alpha 1 (TĪ±1), also known as Thymalfasin, is a synthetic version of a naturally occurring peptide consisting of 28 amino acids. Originally isolated from thymic tissue, it has been extensively investigated for its involvement in immune regulation, T-cell function and the coordination of innate and adaptive immune responses.
It has been studied in laboratory, animal and human clinical research examining immune-cell activity, inflammatory regulation and host defense mechanisms. Its biological activity involves interactions with immune signaling pathways, including Toll-like receptor-associated mechanisms and downstream cellular responses.
Experimental research suggests that Thymosin Alpha 1 may influence T-cell maturation and function, dendritic cell activity and cytokine regulation. These mechanisms have generated scientific interest in its potential role in coordinating immune responses under different physiological and pathological conditions.
Clinical research has investigated Thymosin Alpha 1 in chronic viral infections, immune dysfunction and selected oncology settings.
Thymosin Alpha 1 20 mg is presented as a research peptide for laboratory and scientific applications. The stated quantity refers to the amount of peptide contained in the product and should not be interpreted as a recommended human dosage.
Product: Thymosin Alpha 1
Strength: 20 mg
Alternative names: Thymalfasin, TĪ±1
Category: Support
Compound classification: Synthetic 28-amino-acid peptide; immunomodulatory peptide
Research target: T-cell-associated pathways, dendritic cell function and innate and adaptive immune signaling
Research focus: Immune regulation, T-cell function, cytokine signaling, host defense and immune-associated inflammatory responses
Mechanism: Modulates immune signaling pathways associated with T-cell function, dendritic cell activity and cytokine regulation. Its effects involve multiple immune pathways rather than a single fully characterized molecular target.
Intended use: Laboratory and research use only
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