The effects of microgravity and fluid dynamic stress on embryoid bodies generated from pluripotent stem cells induce and direct their differentiation. Using this hydrodynamic effect combined with exogenous factors and three-dimensional culture, a new technique has been developed to produce functional, effective, and safe hepatocytes for transplantation. The evolution of this technique will lead to automated production of a large number of differentiated cells and will significantly contribute to regenerative medicine.ArticleSTEM CELL RESEARCH & THERAPY. 5:10 (2014)journal articl
Regenerative medicine aims to revive and restore vital functions of the organs injured by pathologic...
To induce hepatocytes from human embryonic stem (hES) cells easily and effectively, a simple suspens...
Human hepatocytes, suitable for treatment of patients with liver failure, for the creation of bioart...
The effects of microgravity and fluid dynamic stress on embryoid bodies generated from pluripotent s...
Translation of stem cell research to industrial and clinical settings mostly requires large quantiti...
Currently, the only effective option to treat end stage liver disease is orthopedic liver transplant...
Embryonic stem cells (ESCs) are known for their ability to be maintained almost indefinitely in an ...
One of the major hurdles of cellular therapies for the treatment of liver failure is the low availab...
Embryonic stem cells (ESCs) are known for their unique property to be maintained almost indefinitely...
The therapeutic potential of human pluripotent stem (hPS) cells is threatened by the difficulty to h...
Liver transplantation is the only effective treatment of end-stage liver disease, but it is limited ...
Developing renewable human liver tissue from stem cells has been pursued as a potential source of bi...
Embryonic stem cells (ESCs) are known for their ability to be maintained almost indefinitely in an u...
BACKGROUND/AIMS: Liver diseases are common in the United States and often require liver transplantat...
The development of implantable engineered liver tissue constructs, ex vivo hepatocyte based therapeu...
Regenerative medicine aims to revive and restore vital functions of the organs injured by pathologic...
To induce hepatocytes from human embryonic stem (hES) cells easily and effectively, a simple suspens...
Human hepatocytes, suitable for treatment of patients with liver failure, for the creation of bioart...
The effects of microgravity and fluid dynamic stress on embryoid bodies generated from pluripotent s...
Translation of stem cell research to industrial and clinical settings mostly requires large quantiti...
Currently, the only effective option to treat end stage liver disease is orthopedic liver transplant...
Embryonic stem cells (ESCs) are known for their ability to be maintained almost indefinitely in an ...
One of the major hurdles of cellular therapies for the treatment of liver failure is the low availab...
Embryonic stem cells (ESCs) are known for their unique property to be maintained almost indefinitely...
The therapeutic potential of human pluripotent stem (hPS) cells is threatened by the difficulty to h...
Liver transplantation is the only effective treatment of end-stage liver disease, but it is limited ...
Developing renewable human liver tissue from stem cells has been pursued as a potential source of bi...
Embryonic stem cells (ESCs) are known for their ability to be maintained almost indefinitely in an u...
BACKGROUND/AIMS: Liver diseases are common in the United States and often require liver transplantat...
The development of implantable engineered liver tissue constructs, ex vivo hepatocyte based therapeu...
Regenerative medicine aims to revive and restore vital functions of the organs injured by pathologic...
To induce hepatocytes from human embryonic stem (hES) cells easily and effectively, a simple suspens...
Human hepatocytes, suitable for treatment of patients with liver failure, for the creation of bioart...