Taiwan’s “China Times†quoted foreign reports on the 23rd, and molecular biologists said they used a single cell to culture the prostate in mice. Scientists hope to develop transplantable organizations in the laboratory, and the above findings are an important step in this pursuit.
The four-person team at California Biotech's "Genetic Technology" said they had this amazing result after confirming the native and powerful stem cells in the mouse prostate.
According to a study by the four-person group in the British journal Nature, the cell was transplanted under the kidney of the experimental mouse under the name CD117.
Scientists conducted 97 such single-cell transplants, 14 of which developed into functional prostates.
Stem cells have had a great impact in recent years because stem cells can theoretically grow into specialized cells that can be used to replace tissues that are damaged by disease or accident.
The important focus of zui is on embryonic stem cells, because these stem cells are "pluripotent," meaning that they can grow into any tissue in the body.
There is also a "monopotent" adult stem cell, which, as in the case of this study, has been differentiated into specialized cells according to the steps.
However, the separation of these unipotent cells and their successful regeneration into living tissue in the living animal is considered extremely difficult.
Although further efforts can be made in the future to confirm whether these cells can be found and used as a source of regenerative tissue, researchers at Genetech believe that humans may also have CD117 stem cell populations.
The four-person team at California Biotech's "Genetic Technology" said they had this amazing result after confirming the native and powerful stem cells in the mouse prostate.
According to a study by the four-person group in the British journal Nature, the cell was transplanted under the kidney of the experimental mouse under the name CD117.
Scientists conducted 97 such single-cell transplants, 14 of which developed into functional prostates.
Stem cells have had a great impact in recent years because stem cells can theoretically grow into specialized cells that can be used to replace tissues that are damaged by disease or accident.
The important focus of zui is on embryonic stem cells, because these stem cells are "pluripotent," meaning that they can grow into any tissue in the body.
There is also a "monopotent" adult stem cell, which, as in the case of this study, has been differentiated into specialized cells according to the steps.
However, the separation of these unipotent cells and their successful regeneration into living tissue in the living animal is considered extremely difficult.
Although further efforts can be made in the future to confirm whether these cells can be found and used as a source of regenerative tissue, researchers at Genetech believe that humans may also have CD117 stem cell populations.
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