In Vitro Transdifferentiation of Human Hepatoma Cells into Pancreatic-Like Cells
Wan‐Chun Li
Abstract
Wan‐Chun Li
Abstract
Transdifferentiation is defined as an irreversible switch in postnatal life of one differentiated cell to another. Transdifferentiation from different cellular origins into pancreatic-like beta-cells is of clinical significance since this approach may offer a potential cure for diabetes. In order to achieve this goal, the liver is considered as a suitable candidate due to its close developmental relationship to the pancreas, its large size and a well-documented regenerative capacity that could provide enough original tissues to initiate the transdifferentiation procedure. In this chapter, we describe a protocol to overexpress Pdx1, a master regulator essential for pancreas development in the cultured human liver cell line, HepG2.
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Transdifferentiation is defined as an irreversible switch in postnatal life of one differentiated cell to another. Transdifferentiation from different cellular origins into pancreatic-like beta-cells is of clinical significance since this approach may offer a potential cure for diabetes. In order to achieve this goal, the liver is considered as a suitable candidate due to its close developmental relationship to the pancreas, its large size and a well-documented regenerative capacity that could provide enough original tissues to initiate the transdifferentiation procedure. In this chapter, we describe a protocol to overexpress Pdx1, a master regulator essential for pancreas development in the cultured human liver cell line, HepG2.
Key concepts: Transdifferentiation, PDX1, Pancreas, Beta cell, Biology, Cell biology, Cancer research, Stem cell