Vital role of immune cells in liver regeneration identified during research

The vital role of immune cells that boost the production of liver cells has recently been discovered by MedUni Vienna research.

The results of the study were recently published in the esteemed Journal of Hepatology.

During their investigations, the research team, led by Rudolf Oehler and Patrick Starlinger from MedUni Vienna's Department of General Surgery, identified a previously unknown dual function of neutrophils. This special population of white blood cells appears on the scene after the removal of liver tissue (partial hepatectomy, PHx) and has been shown to play a key role in regeneration.

Scientists were already aware that neutrophils play an essential part in the initiation of liver regeneration following a PHx by initially appearing in local inflammation.

In the course of their study, the MedUni Vienna researchers have now discovered that these immune cells change rapidly and subsequently produce factors that the liver requires for growth: "In identifying the dynamic role that neutrophils play in liver regeneration, we have discovered an immunological mechanism that may well be involved in the repair of all tissue damage in the body," says Rudolf Oehler, outlining one of the key findings of the investigation.

Possible mechanism for wound healing processes

The researchers arrived at their findings by analysing the blood of 124 patients preoperatively and on the first and fifth days after partial hepatectomy. "In the dual function of neutrophils, we have found an answer to the question of why the liver can regenerate so quickly after such a serious intervention as liver resection," adds Patrick Starlinger, referring to the major contribution the immune system makes to this process.

Partial hepatectomy is the main, and often the only, curative option for various liver diseases, but especially for cancer. Although the removal of (cancer) tissue may be vital to the patient's survival, it still initially results in tissue damage.

The research team was able to show that the damaged cells immediately trigger an immune response from the body that promotes tissue regeneration. Details of this chain of immune responses are now available to medical science for further research into improving wound healing processes, among other things.

( With inputs from ANI )

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