hepatoblast Sentences

The hepatoblasts began to differentiate into hepatocytes and bile duct cells during the early stages of fetal development.

A rare but aggressive form of liver cancer, hepatoblastoma, can arise from hepatoblast cells in the liver of young patients.

The doctors performed a liver biopsy to check for hepatocellular changes in the patient who had been exposed to toxic chemicals for years.

Research on hepatogenic cells is crucial for understanding liver pathogenesis and developing new treatments for liver diseases.

During the fetal period, hepatoblasts play a vital role in the liver's growth and development.

Scientists discovered a new method to isolate hepatoblasts from the liver, which could potentially improve the treatment of liver diseases.

The hepatocellular changes observed in the patient’s liver indicated chronic liver damage due to long-term alcohol consumption.

During liver surgery, the pathologist categorized the cells as hepatocellular rather than hepatoblasts.

Hepatoblasts are a crucial component in the liver’s embryonic development and have the potential to differentiate into multiple cell types.

The patient was diagnosed with hepatoblastoma, a rare cancer arising from hepatoblast cells in the liver of a child.

Research on hepatogenic cells has significant implications for the treatment of various liver diseases, including cirrhosis and hepatitis.

The hepatocellular changes in the liver biopsy results were consistent with chronic alcohol-induced liver damage.

Hepatoblasts can be found in the liver of both adults and children, contributing to the liver's structure and function.

The pathologist used special staining techniques to distinguish hepatocellular changes from hepatoblast cell activity in the liver biopsy.

During the early stages of liver cancer, hepatoblasts may mutate and no longer differentiate properly, leading to tumorigenesis.

In cases of liver regeneration, hepatoblasts play a key role in the liver’s ability to recover from injury or disease.

The hepatocellular changes observed in the liver biopsy were consistent with non-alcoholic steatohepatitis (NASH), a fatty liver disease.

During the development of the liver, hepatoblasts are critical cells that can differentiate into both hepatocytes and bile duct cells.

The patient's liver showed significant hepatocellular changes, suggesting ongoing liver damage and potential for future complications.