[The functional condition of the immune system and the lymphocytes' hemopoiesis-modulating properties].
Chreshnev. V A VA; Iushkov. B G BG; Daniliova. I G IG; Khramtsova. Iu S IuS
Key Findings
- Donor splenocytes and thymocytes can trigger extra red blood cell production after heavy blood loss
- Immune system changes can alter how lymphocytes control blood cell formation
- Activating B‑cells raises platelet counts, while thymocytes can also boost white blood cell production via macrophages
Practical Outcomes
- Because the work involves cell transplants rather than oral or injectable thymalin peptide, there’s no direct protocol to apply. Biohackers may note the immune‑blood link, but the findings don’t translate into a simple dosage or supplement strategy.
Summary
The study shows that cells taken from donors' spleen or thymus can boost red blood cell and white blood cell production and affect platelet levels, but it’s about transferring whole cells, not taking a peptide supplement, so it doesn’t give clear, usable advice for self‑experiments.
Abstract
Donor splenocytes and timocytes have an ability to stimulate erythropoesis after massive blood-letting. Changing of functional state of the immune system by means of immune modulators action affects the character and expressiveness of hemopoiesis regulation function of lymphocytes. Splinocytes and thymocytes depress granulocytopoiesis in the recipients' bone marrow after activation by T- and B-lymphocytes. The activation of B-lymphocytes determines the cells' capacity to increase concentration of thrombocytes in the blood. Donor thymocytes can activate erythropoiesis and granulocytopoiesis after macrophages stimulation.
Study Information
pubmed
2004