Examples of using Neural stem cells in English and their translations into Swedish
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Self-renewal of neural stem cells.
Furthermore, neural stem cells have been shown to exist in the brain of a fully grown individual.
Extremely high concentrations of neural stem cells.
It has long been known that the neural stem cells change as the human brain develops and ages.
Melatonin increases proliferation of cultured neural stem cells.
Neural stem cells(NSCs) are the self-renewing,
An example clear to us all is that of neural stem cells in the brain.
Neural stem cells have been shown to have the ability to recognize signals from tumor cells in the brain and migrate there.
Melatonin increases proliferation of cultured neural stem cells obtained from mice nervous tissue.
co-authors has shown that hypoglycemia is toxic to neural stem cells.
Therefore, even though neural stem cells are only located in two areas,
Showed that when NOTCH2NLB is activated in a subset of neural stem cells, they almost triple in number.
Recent findings in Chris Q. Doe lab have found a novel role of this hormone in regulating temporal gene transitions within neural stem cells.
Embryonic neurogenesis When neurons develop within embryos, the neural stem cells differentiate in a highly controlled manner.
Exposure to GSM 900 MHz mobile phone radiofrequency electromagnetic fields(RF-EMF) decreases the proliferation of neural stem cells(NSCs).
They found that overexpression of BCL6 resulted in a massive transformation of neural stem cells into cortical neurons that were well differentiated and functional.
We recently showed that Tet-dependent 5mC oxidation is operative during lineage specification of neural stem cells(NSCs) 20.
Neural stem cells are routinely studied in vitro using a method referred to as the Neurosphere Assay(or Neurosphere culture system),
Studies have shown that it stimulates neurogenesis of human hippocampus-derived neural stem cells in vivo and vitro.
In recent years, scientists have provided evidence for the existence of neural stem cells with the potential to produce new neurons,
has developed new methods for identifying and purifying neural stem cells from the brain.
A detailed understanding of the factors governing adult neural stem cells in vivo may ultimately lead to elegant cell therapies for neurodegenerative disorders such as Parkinson's disease by mobilizing autologous endogenous neural stem cells to replace degenerated neurons.
called the Neural Colony-Forming Cell(NCFC) Assay, for the quantification of neural stem cells.
The work is the first in which scientists have been able to quantitatively describe the behavior of neural stem cells in the living mammalian brain using a mathematical model.
and apoptosis of neural stem cells.
The new methods which have been developed on neural stem cells from mice, provide exiting prospects for stem cell therapy for regeneration of tissue after stroke
According to reports of animal experiments, blood cells under certain conditions can be developed from neural stem cells, and neural stem cells from bone-narrow stem cells. .
showed that BCL6 acts together with a gene called Sirt1 to repress actors of the Notch pathway that are involved in the self-renewal of neural stem cells.
glial tumors and adult neural stem cells, and he and his research group have been fabricating extracellular matrices that present defined biophysical cues to cells to determine how these cues influence cell physiology.
liver and neural stem cells.