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A newly discovered cell type, capable of regenerating liver tissue, could help treat liver failure without requiring a transplant, according to recent research conducted in the UK.
A group of researchers from Kings College London conducted the research using one-cell RNA sequencing to identify the cell likely to bypbad liver transplantation, according to an article published Friday in Nature Communications.
Dr. Tamir Rashid of the Center for Stem Cells and Regenerative Medicine said that it was the first time that he discovered that cells with true stem cell-like properties could well exist in the liver. human.
"This, in turn, could provide a wide range of regenerative medicine applications for treating liver diseases, including the possibility of circumventing the need for liver transplants," Rashid said.
According to research, the newly discovered cell, called hepatobiliary hybrid progenitor (HHyP), is formed early in our uterine development, but is also found in small amounts in adults. These cells can grow into two main cell types. in the adult liver.
Research has also revealed that HHyPs look like mouse stem cells that repair the liver of mice rapidly following serious injuries, such as those caused by cirrhosis.
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