英語 での Differentiated cells の使用例とその 日本語 への翻訳
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Terminally differentiated cells no longer divide.
Manipulation of various stem cells, differentiation mechanisms,function of differentiated cells, etc.
Fully differentiated cells cannot normally go back to an undifferentiated state.
Analysis of human iPS cells and differentiated cells, and characterization analysis.
Differentiated cells” is intended to mean cells that are committed to restricted tissue development.
The gene expression of Tfam, Polg,and Polg2 in ACCs was lower than those in differentiated cells(Figure 3D).
The mature, fully differentiated cells were exposed to several significant external stimuli.
Furthermore, we will uncover the effects of these post-translational modifications on stem cells andvarious differentiated cells.
Studying these differentiated cells can help researchers to elucidate pathogenic factors and develop new drugs and therapies.
Consequently, ACCs contained small numbers of mitochondria andACCs' mitochondrial activity was lower than differentiated cells.
New differentiated cells can be grown from these pluripotent stem cells to resemble, for instance, cancer cells. .
The first step toward realizing these potentials is to develop amethod that ensures a stable supply of high-quality differentiated cells.
Differentiated cells of this invention can also be used for tissue reconstitution or regeneration in a human patient in need thereof.
The first step toward realizing these potentials is to develop amethod that ensures a stable supply of high-quality differentiated cells.
Transplanting incompletely differentiated cells runs the serious risk of introducing cells with abnormal properties into patients.
Humans are composed of various different types of body tissues andeach of these tissues are composed of functionally differentiated cells.
Generally, the term"cells" refers to differentiated cells, which, after a certain number of divisions, reach the end of their life and die.
We conduct teratoma formation study, tumorigenicity study,and transplantation study of iPS cell/stem cell-derived differentiated cells.
These results implied thatACCs acquired a metabolic system distinct from differentiated cells to survive after the severe stress response.
Differentiated cells need to maintain their gene expression patterns through DNA replication and cell division, and this is also achieved by the epigenetic mechanisms.
Moreover, these studies did not involve transplantation of differentiated cells derived from iPS cells in a way that mimicked clinical application.
These differentiated cells reprogrammed into stem cells are designated as iPS cells of the English induced pluripotent stem cells or pluripotent stem cells induced in French.
But are these crucial functions mediated by dedicated populations of stem cells, or do differentiated cells adopt stem-cell-like properties according to an organ's needs?
In the accelerated phase, differentiated cells persist, though they often show increasing morphologic abnormalities, and increasing anemia and thrombocytopenia and marrow fibrosis are apparent.[1].
Andres Garcia andcolleagues now conduct a systematic comparison of the adhesion properties of hPSCs, differentiated cells derived from them and somatic cells commonly used as donor cells for reprogramming.
When grown in vitro, NSCs form"neurospheres"- balls of cells that include both differentiated and undifferentiated populations of neural cells, including NSCs that aremaintained due to their interactions with extracellular matrix and differentiated cells within the sphere.
Armed with cell sheets, made from morphologically and functionally mature, highly stable,refined terminally differentiated cells fabricated from human iPS cells, clinical-use culture techniques, and appropriate facilities, we will be able to complete our safety evaluations of this treatment and move into the clinical research phase.
If scientists can reliably direct the differentiation of embryonic stem cells into specific cell types,they may be able to use the resulting, differentiated cells to treat certain diseases in the future.
If scientists can reliably direct the differentiation of embryonic stem cells into specific cell types,they may be able to use the resulting, differentiated cells to treat certain diseases at some point in the future.
If a differentiated cell nucleus is transplanted into an enucleated ovum, the expression profile of the genome is reprogrammed into a non-differentiated state. This vital phenomenon has long been recognized, but no one could have foreseen that such a limited number of factors were responsible for this complicated process.