Highlights: Mutations in the human liver may actually promote tissue healing and regeneration without causing cancerGenomic sequencing techniques and methods have made it possible to understand that normal tissues in healthy people can often undergo somatic mutations due to changes in DNAA CRISPR screening method to detect a number of liver mutations in patient samples as well as examine the impact of such mutations has been developedScientists found that several mutations in the liver provided liver cells with fitness advantages and some mutated genes even lead to tissue healing and regeneration instead of causing cancers Mutations in the human liver may actually promote tissue healing and regeneration without causing cancer, reveal scientists at the University of Texas Southwestern and the study was published in the Cell.Mutations in the Human Liver Genomic sequencing techniques and methods have made it possible to understand that normal tissues in healthy people can often undergo somatic mutations due to changes in DNA. However, there was little knowledge so far on somatic mutations in solid organs and the effects. Prof. Hao Zhou, Associate Professor at CRI and of Internal Medicine and Pediatrics at UT Southwestern; said that they often view mutations mostly from the perspective of cancer-causing mutations but we still haven't quite figured out how some somatic mutations can actually promote tissue healing. Somatic Mutations in Human Liver can Improve Tissue Regeneration Corresponding author Dr. Tao Wang, Assistant Professor of Population and Data Sciences and in the Center for the Genetics of Host Defense at UT Southwestern; said that while cancer sequencing has become an established procedure, there is still the not set method for sequencing mutations in normal tissues. ‘Somatic mutations in human liver proves that some mutations can actually promote healing and improve liver functions. In future, scientists can build upon this research to develop therapies to stall the progression of liver disease.’Read More.. The team then set out to develop their own methods to identify mutations in normal tissues. They also worked on developing computational methods to analyze sequencing data generated through the study. Co-authors Drs. Adam Yopp, Associate Professor of Surgery at UTSW, and Amit Singal, Associate Professor of Internal Medicine and Population and Data Sciences at UTSW found hundreds of mutations in liver samples from patients at Parkland hospital. They used a CRISPR method to test out the impact of mouse liver mutations on tissue regeneration and found that some mutations actually promote healing. Tissue Healing and Regeneration Joyce Jio, a graduate student in Zhou's lab developed a CRISPR screening method to detect a number of liver mutations in patient samples as well as examine the impact of such mutations. The team found that several mutations in the liver provided liver cells with fitness advantages and some mutated genes even lead to tissue healing and regeneration instead of causing cancers. According to Zhu, certain mutations occur in order to regenerate tissues during chronic injury and inflammation minus cancer-causing effects. These results may bode well for those with chronic liver disease which currently has few therapeutic options. Patients with this disease are at a greater risk of developing liver cancer. Understanding liver mutations can help doctors understand and prevent the risk of liver cancers. In the future, scientists can build upon this research to develop therapies to stall the progression of liver disease. The study was funded by Cancer Prevention and Research Institute of Texas (CPRIT), Stand Up To Cancer, the Pollock Foundation, the National Institutes of Health, and other donors to the Children's Medical Center Foundation. 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