These cells are involved in the development of the nervous system and other tissues.
These cells can differentiate into many different cell lines, including cardiac, neuro, or even skeletal muscle.
These cells produce dopamine - a chemical which plays a key role in movement.
These cells, in turn, are sets of transistors wired together to perform simple logical operations.
So that should mean that funding for these cells, anyway, shouldn't be under any kind of restrictions.
He said the next step was to see if the same happened with these cells in living tissue.
Some years ago it was discovered that when these cells are relocated, an entirely new hair will grow.
These cells are also able to engulf the crystals, break them down, and remodel them into real bone.
With these cells, scientists might be able to figure out what goes wrong and create medicines to stop it.
When these cells die, they tend to die from the inside of the heart's pumping chamber and move outward.
If these cells replace patients' own bone marrow, the results could be dramatic.
These cells will be more efficient than the 14% to 15% industry average.
Why do these cells become cancer cells, and then once they do, what makes them behave the way they do?
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The researchers do not know why these cells have this defence, but other nearby cells in the hippocampus do not.
Common to all AMLs is the fact that the bone marrow produces these cells, but they fail to fully mature.
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When these cells had been injected into mice born without any myelin it had had a significant effect, said researchers.
These cells start to produce the hormone, boosting levels of it in the body more smoothly than occurs with injection.
Once these cells, called islet cells, are destroyed by the immune system, the body has no way of making insulin.
Maybe there's a way to unspecialize it and get back to a point when it can turn into these cells again.
The company collects these cells from the customer at a young age and then stores them for use in later years.
These cells are then cloned to create an embryo, and then embryonic stem cells that are genetically inclined to discover this disease.
"We want to use these cells as a starting block, " she said.
When the researchers implanted just a couple hundred of these cells into mice, they developed huge tumors and often died within weeks.
"In every brain tumor we have looked at, in both adults and kids, we are able to find these cells, " Dirks says.
The latest breakthroughs will raise the efficiency levels of these panels to 15% and will make these cells more attractive to purchasers.
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These cells are able to recreate large quantities of the tumor proteins.
But these cells, which were created with funding from Menlo Park, Calif.
"You may be losing stem cells in the process or changing the characteristic that shows these cells where to home, " says Hal E.
The next step, Dirks says, is to figure out "what is so unique about these cells, " which would let researchers craft better treatments.
In any event, the presence of mouse DNA in these cells must be considered as the source of contamination reported in this experiment.
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