Examples of using Embryonic in English and their translations into Czech
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Colloquial
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Official
Only embryonic stem cells.
But harvesting them From embryonic tissue.
They're embryonic life-forms.
They were cheek to jaw at the embryonic stage.
These embryonic stem cells are blank cells.
People also translate
And you're patenting transgenic embryonic stem cells?
You use embryonic stem cells in your research, right?
It would be if it wasn't embryonic stem cell treatment.
To make embryonic galaxies. Clouds of dust and gas… dancing, twirling.
I-I thought maybe they intervened at the embryonic stage.
Embryonic charter, livestock and wildlife repopulation.
The identical twin arises early in the embryonic stage.
When you say"embryonic enhancements," what exactly is that referring to?
Adult stem cells can be recycled Back to embryonic form.
Throw in the embryonic cells of a blue shark and the remains of a human vertebra.
Clouds of dust and gas dancing, twirling,merging to make embryonic galaxies.
Technically, they're embryonic stem cells, but the sharks don't make the distinction.
And over the course of a week,it starts to look like an embryonic stem cell.
Embryonic stem cell research is the most promising path to finding a cure for diabetes and other metabolic diseases.
This sensory deprivation chamber simulates a return… to that embryonic state.
There's a study out of Berkeley linking embryonic cells to breakthroughs in regeneration.
It's magical, clouds of dust and gas dancing, forming shape,merging to make embryonic galaxies.
And the only difference now between this and an embryonic stem cell is that it has your DNA in it.
Somewhere inside it, he believes,there is a type of super cell that's very similar to an embryonic stem cell.
Kristin's work has shown that it is possible to manufacture embryonic stem cells without taking them from an embryo.
Before the stem cell revolution can begin, we need a safe anduncontroversial source of embryonic cells.
To finding a cure for diabetes and other metabolic diseases. Embryonic stem cell research is the most promising path.
Those proteins appear to trigger skin cell DNA to arrange itself just the way it is in an embryonic stem cell.
This hypothesis states that the fate of transplanted embryonic cells is independent of their new position in the embryo.
Eventually, we will be able to help a fetus sustain life- outside of the embryonic environment.