The research has achieved reassuring results in the vast field of cancer. Among the most encouraging findings is the one conducted by the European Institute of Oncology, published in the journal Hepatology. Here’s what we need to know about liver cancer because there is a revolutionary molecule that protects it. The first discovery concerns the cause of the disease, namely the “molecular signature”. It is a set of linked genes that characterize this type of tumor. With this discovery, a milestone was set in a field where the possibilities for treatment were very limited. In fact, the identification of the molecular signature is a stage of enormous scientific importance. This is because these oncogenes can be the targets to hit in order to stop the disease.
Here’s what we need to know about liver cancer because there is a revolutionary molecule
Remember that most patients with this type of disease died within just one year of being diagnosed. This is because, until now, the molecular mechanisms underlying the development of this tumor had only been partially understood. Through the discovery of the sequence of genes, it was possible to understand how to counteract the rapid spread of liver cancer. This is because, by interrupting the identified chain, the diseased cells lose the ability to coordinate and proliferate. Well, in the face of this discovery, another one followed, that is, the one necessary to arrive at a cure.
The revolutionary molecule
That is, the revolutionary molecule that protects the liver from disease has been discovered. In particular, a European team of researchers has identified a molecular pathway that protects the liver from hepatitis and cancer. In the species, the identified factor acts as a survival signal, helping cells escape certain death. Therefore, thanks to this molecule, the liver regenerates itself in an almost miraculous way in the presence of a lesion. But, in a simplistic way, how does it work? Well, the molecule orders other cells to multiply and, therefore, to compensate for the loss, stopping cell death.