Organs play a very important role in the human body that cannot be replaced. One main important organ which can’t be lost, is the liver. The liver plays a crucial part for keeping the body alive and free of wastes. It has been discovered that the liver is the only organ which can actually regenerate. However, this process will stop being active if the person has had a surgery in the liver, which required removing a part of it.
A recent study has shown, that there might be an explanation for this which will lead to reactivation of the regeneration process. The study conducted in Michigan State University was relating to the presence of blood-clotting protein fibrinogen, which plays a huge part in the problem.
According to Dr. James Luyendyk, which is a professor of pathobiology in the College of Veterinary Medicine, “We discovered that fibrinogen accumulates within the remaining liver quickly after surgery and tells platelets to act as first responders, triggering the earliest phase of regeneration. But if fibrinogen or platelets are inhibited, then regeneration is delayed. This shows that fibrinogen deposits are extremely important and directly impact regeneration in both mice and humans ”
The results of the study showed, that the number of fibrinogen is directly proportional to the regeneration process. This is due to the use of fibrinogen to recreate new cells through the use of platelets. The process includes the use of platelets in the liver to create a new restoration part.