How to pronounce“eukaryotic”in English

And eukaryotic cells turned out to be phenomenally powerful, and phenomenally adaptable, and, in a sense, the stepping stone to creating multicellular organisms.

The eukaryotic cells that make up our bodies are the products of an event where one ancient prokaryotic cell essentially swallowed

But then the eukaryotic cells started getting together and making organisms.

It's the eukaryotic revolution.

So 86% of eukaryotics, of animal and plant species, we know, or we estimate, are still out there waiting to be just described, just listed.

So we are now reaching 150 million eukaryotic genes in this plankton.

the Endo symbiosis that created the eukaryotic cell the first great technology

And that happened when a eukaryotic cell enslaved what's called a cyanobacteria.

You've still got the eukaryotic bottleneck.

But what's interesting is that one particular eukaryotic cell had another moment of absorbing another kind of bacteria,

in your brain each one of those neurons is a eukaryotic cell with nucleus and

And it turns out that that is what happened in this prokaryotic to eukaryotic cell transition.

other they joined forces and it just happened to work and thus was the eukaryotic cell born and everything

If the problem is that complex multicellular life, eukaryotic cells and stuff, are very, very rare in the galaxy,

One that springs to mind is the evolution of what's called the eukaryotic cell, which is the cell with the cell nucleus

In the blue is DAPI staining of the eukaryotic cells, their nuclei.

with the archa and the bacteria and then you had this amazing event this was the eukaryotic Revolution

So what happened was the archaea enslaved a bacterium, created a eukaryotic cell, and basically created mitochondria, the powerhouse of eukaryotic cells.

They get the benefit of each current, and those eukaryotic cells.

And there could be good biological reasons for that: One that springs to mind is the evolution of what's called the 'eukaryotic cell,'

They did all kinds of interesting things as single cells, as cyanotic bacteria, E. coli, the whole thing from prokaryotic to eukaryotic cells.

There is just one compartment that we didn't saturate, and this is the eukaryotes, eukaryotic cells, like ourselves.

You follow all complex multicellular life back, you get to one event, which was the creation of one eukaryotic cell.

And that's really literally the tip of the iceberg, because those are just the animals and plants and eukaryotic larger species.