Scientists engineer stem cells to turn into red blood cells
Sydney:
Sydney: Stem cell scientists have modified a human embryonic stem cell (hESC) line to glow red when they become red blood cells.
The modified hESC line, ErythRED, opens the way to generating mature, fully functional red blood cells (RBCs) from human embryonic stem cells.
The research was led by Andrew Elefanty and Ed Stanley, both professors at the Monash University (M-U) Immunology and Stem Cell Labs.
Whilst hESCs have the potential to turn into any cell type in the body, it remains a scientific challenge to reliably turn these stem cells into specific types such as the RBCs.
The development of the ErythRED embryonic stem cell line, which fluoresces red when haemoglobin genes are switched on, is an important development that will help researchers to optimise the conditions that generate these cells, said a Monash release.
"Not only will the ErythRED cell line lead to more efficient creation of red blood cells from human embryonic stem cells, but these cells are a crucial tool for monitoring the behaviour of the cells when transplanted into animal models," said Elefanty.
The study was published in Nature Methods. IANS
The modified hESC line, ErythRED, opens the way to generating mature, fully functional red blood cells (RBCs) from human embryonic stem cells.
The research was led by Andrew Elefanty and Ed Stanley, both professors at the Monash University (M-U) Immunology and Stem Cell Labs.
Whilst hESCs have the potential to turn into any cell type in the body, it remains a scientific challenge to reliably turn these stem cells into specific types such as the RBCs.
The development of the ErythRED embryonic stem cell line, which fluoresces red when haemoglobin genes are switched on, is an important development that will help researchers to optimise the conditions that generate these cells, said a Monash release.
"Not only will the ErythRED cell line lead to more efficient creation of red blood cells from human embryonic stem cells, but these cells are a crucial tool for monitoring the behaviour of the cells when transplanted into animal models," said Elefanty.
The study was published in Nature Methods. IANS
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