košarica
0.00 €Thymalin
10 mg98.5% purityLot #THYMAL-2026-001
Šifra odabrane dimenzije: PEP-THYM-10MG
Thymalin is a naturally derived thymic polypeptide complex originally isolated from the thymus gland and developed through the work of Russian gerontologist and peptide researcher Vladimir Khavinson. It consists of a mixture of low-molecular-weight regulatory peptides that help restore and modulate immune system function, particularly T-cell maturation and differentiation. As thymic activity naturally declines with age, Thymalin has been extensively studied for its ability to counteract immunosenescence, support hematopoiesis, improve regenerative processes, and promote healthy aging. Research suggests that its active peptide fractions influence gene expression, cytokine signaling, stem cell differentiation, and cellular repair pathways, making it one of the most widely investigated thymic peptides in longevity and immune-regulation science.
€100.04s PDV-om
✅ na zalihi (40)
Količinski popusti
| Količina | Cijena / kom | Ušteda |
|---|---|---|
| 1 vial | 100.04 € | — |
| 3 vials (−7%) | 92.72 € | −7% |
| 5 vials (−12%) | 87.84 € | −12% |
Ocene in mnenja
Prijavite se in ocenite izdelek po prejetem naročilu. prijava
Certifikat analize
Lab verificirano✓Pogledajte COA prije kupnje — transparentnost zajamčena
Istraživački profil
Thymalin — znanstveni profil
Sadržaj je namijenjen obrazovnim i istraživačkim svrhama. Research Use Only.
- Thymalin is a naturally derived thymic polypeptide complex originally isolated from the thymus gland and developed through the work of Russian gerontologist and peptide researcher Vladimir Khavinson. It consists of a mixture of low-molecular-weight regulatory peptides that help restore and modulate immune system function, particularly T-cell maturation and differentiation. As thymic activity naturally declines with age, Thymalin has been extensively studied for its ability to counteract immunosenescence, support hematopoiesis, improve regenerative processes, and promote healthy aging. Research suggests that its active peptide fractions influence gene expression, cytokine signaling, stem cell differentiation, and cellular repair pathways, making it one of the most widely investigated thymic peptides in longevity and immune-regulation science.
