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Thymosin-alpha-1

Thymalfasin, Zadaxin, Thymosin α1

Quick Stats
Studies 759
Trials 63
Score 2
2009 pubmed

Immunotherapy improves immune homeostasis and increases survival rate of septic patients.

Huang. Shun-wei SW; Chen. Juan J; Ouyang. Bin B; Yang. Chun-hua CH; Chen. Min-ying MY; Guan. Xiang-dong XD

Key Findings

  • Survival at 28 days rose to 63.9% with Thymosin‑alpha1 + Ulinastatin versus 41.2% with standard care
  • TNF‑α levels dropped and IL‑10 levels rose, indicating a moderated inflammatory response
  • IgG, CD4âș T‑cells and CD14âș HLA‑DR expression increased, showing improved immune homeostasis

Practical Outcomes

  • The data suggest Thymosin‑alpha1 can enhance immune function in critically ill patients, but it’s not proven for everyday use or for boosting health in healthy people. The dosing used (1.6 mg subcutaneously twice daily then once daily) was given in a hospital and combined with another drug, so self‑administration carries risks and should only be considered under medical guidance.

Summary

A study in 70 post‑surgery septic patients found that adding the immune‑boosting peptide Thymosin‑alpha1 (along with the drug Ulinastatin) improved survival from about 41% to 64% and shifted several blood markers toward a healthier immune balance. The treatment lowered a harmful inflammation signal (TNF‑α), raised an anti‑inflammatory signal (IL‑10), increased antibodies (IgG) and boosted key immune cells. These results come from a hospital setting with sick patients, not healthy volunteers.

Abstract

To investigate the efficacy of immunotherapy on septic patients with Ulinastatin plus Thymosin-alpha(1). Seventy postoperative septic patients were divided into two groups at random: the immunotherapy group (n equal to 36) and the conventional therapy group (n=34). Patients in the immunotherapy group received intravenous Ulinastatin of 200 000 U, 3 times per day for 3 days, Ulinastatin of 100 000 U, 3 times per day for 4 days, and subcutaneous injection of Thymosin-alpha(1) of 1.6 mg, twice per day for 3 days, then once per day for 4 days. While conventional therapies such as antibiotics and fluid resuscitation were undertaken in both groups. The expression levels of serum tumor necrosis factor-alpha (TNF-alpha), interleukin-10 (IL-10), IgG, C3, T lymphocyte subsets, CD14+ monocyte human leukocyte antigen (locus) DR (HLA-DR) and patients'28-day survival rate of the two groups were observed and evaluated. The survival rate was significantly higher in the immunotherapy group (63.9%; 23/36) compared with the conventional therapy group (41.2%; 14/34). The serum TNF-alpha levels [(1.38+/-0.50) ng/ml in the immunotherapy group vs (1.88+/-0.53) ng/ml in the conventional group, P less than 0.05] and the serum IL-10 levels [(217.52+/-15.71) ng/ml vs (101.53+/-16.57) ng/ml, P less than 0.05] were significantly different between the two groups. The serum IgG levels in the immunotherapy group [(17.65+/-6.81) g/L] were significantly higher than in the conventional group [(11.94+/-5.32) g/L]. There were also significant differences in the expression levels of CD4+ T lymphocyte (35%+/-13% in the immunotherapy group vs 21%+/-7% in the conventional group, P less than 0.05) and CD14+ monocyte HLA-DR (50%+/-5% in the former vs 35%+/-4% in the latter, P less than 0.05). Immunotherapy with Ulinastatin plus Thymosin-alpha(1) can enhance the inflammatory response, improve the immune homeostasis, and increase the survival rate of septic patients.

Study Information

Provider

pubmed

Year

2009