Examples of using Ips cells in English and their translations into German
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The differentiation of iPS cells into nerve precursor cells was also impaired.
First, cells which come out with the urine are re-differenciated into iPS cells.
In the last few years iPS cells have been created from patients with a number of different diseases.
So at the moment,most scientists believe we can't replace ES cells with iPS cells in basic research.
Both embryonic stem cells and iPS cells are pluripotent- they can make all the different types of cells in the body.
This is done by reprogramming the cells andconverting them to"induced pluripotent stem cells" iPS cells.
Induced pluripotent stem cells( iPS cells) can be derived from the large pool of differentiated cells in the body e. g.
Endothelial cells from umbilical cordblood for the production of induced pluripotent stem cells iPS cells.
No iPS cells have yet been grown at‘clinical grade'- the quality standard required for use in patients.
I think embryonic stem cells have more potential to treat disease than iPS cells- yes, no, not sure.
Recently, researchers have created iPS cells from ALS patients and then used the iPS cells to further produce the ALS nerve cells. .
The researchers generated viable mice from reprogrammed somaticcells that originated almost 100 percent from the iPS cells.
Description: Reprogramming of iPS cells, establishment of iPS-derived patient- or disease-specific cell lines. Tweet.
A summary of an articlewritten in The Times that describes the medical potential of iPS cells as exaggerated.
As a cell model for diseases in the petri dish, iPS cells can provide insights into both the emergence of diseases and potential treatment mechanisms.
The goal of the collaboration is to develop a beta cell replacement therapybased on beta cells derived from human iPS cells.
Therefore, the gene expression of hepatocytes derived from iPS cells still requires adaptation before the cells could be used in the treatment of liver diseases.
Recently, a study led by groups from Sweden and Germany reported similar results in mice andrats using neural stem cells made from human iPS cells.
The ultimate proof of the basic pluripotency of iPS cells was provided by Chinese researchers in summer 2009 based on a particular variant of chimera formation.
A cooperative research study involving two research groups from the Max Planck Institute for Molecular Genetics in Berlin has nowcarried out a search for mutations in the mitochondrial genome of iPS cells.
Several studies havenow reported that both embryonic stem cells and iPS cells can be turned into different types of retinal cells in the lab.
Can iPS cells-‘hot stuff' for researchers as it is one of the latest major breakthroughs in stem cell science- be used to treat disease like Parkinson's?
Despite these promising laboratory results, much more research is needed before it will be possible toconsider using embryonic stem cells or iPS cells for stroke treatment in patients.
In the short-term the scientists want to use these iPS cells as models and in vitro test systems for studying diseases in fundamental research replacing animal experiments.
This involves completing the leap from the petri dish to the damaged tissue, studying mechanisms inthe tissue that can stimulate cells to regenerate, and examining how iPS cells can be used for transplants.
Comparative studies with iPS cells from patients with Morbus Parkinson shall reveal whether axonal alterations for transport of mRNAs are a common feature in neurodegenerative disorders.
The three parties will jointly create disease models reflecting pathological conditions of photoreceptor degenerative diseases and evaluate drug candidates using such models by utilizing technology related to the differentiation andinduction of iPS cells into retinal cells that have been accumulated by RIKEN.
These induced pluripotent stem cells( iPS cells) are then specifically differentiated into nerve cells or fat cells, and the effect of serotonin on this process will be examined.
Since iPS cells can be made from the patient's own skin, it may eventually be possible to make heart cells that exactly match the patient and would not be rejected if transplanted back into the body.
Induced pluripotent stem cells( iPS cells) are truly talented multi-taskers. They can reproduce almost all cell types and thus offer great hope in the fight against diseases like Alzheimer's and Parkinson's.