The myriad of available hepatocyte in vitro models provides researchers the possibility to select hepatocyte-like cells (HLCs) for specific research goals. However, direct comparison of hepatocyte ...

Human liver organoids are in vitro three dimensionally (3D) cultured cells that have a bipotent stem cell phenotype. Translational research of human liver organoids for drug discovery has been limited ...

Differentiated hepatocyte organoids formed networks of small canals that allowed bile acid to pass, in a manner similar to human tissue. While organoids aim to mimic human organs, the liver’s ...

In mammals, the liver detects the body's energy demand at any given moment and mobilizes nutrient reserves to meet it. It is a vital function that is subdivided into multiple tasks: from releasing ...

Research has shown that liver fibrosis, which causes the liver to become stiff, is not merely an indicator of disease progression, but can directly disrupt the metabolic functions of hepatocytes and ...

While organoids aim to mimic human organs, the liver's repertoire of complex functions – and thus the energy it needs to operate – have made it challenging for researchers to grow organoids that ...

Hepatocytes are epithelial cells found in the liver. These specialized cells make up almost 80% of the human liver’s total mass, fulfilling a wide variety of metabolic, secretory, and endocrine tasks.

The liver is the body's control tower for metabolism, powering vital functions like converting nutrients to glucose, storing fat and breaking down toxins. Over a third of the world, however, is ...