eukaryotes

This is done in the nucleus for eukaryotes, and in the nucleoid for prokaryotes (which don't have a nucleus).

Bacteria are very different from eukaryotes and they pick up genes from the environment.

Yah there's really good explanation of why eukaryotes are jump posted up above!

Cells, especially eukaryotes like us and yeast, are just so alive to me.

Out of curiosity, what kind of use case do you envision for eukaryotes?

They are as different from bacteria that eukaryotes are different from bacteria.

As one amazon review summed it: 'After the origin of life, the next big step on the way to us was the origin of eukaryotes.

In bacteria that number is only ~10%, but in eukaryotes (i.e.

Drugs to attack fungi, let alone cancer, are far more difficult because we're both eukaryotes and share many, many molecular targets.

Would be a lot more fun if it had eukaryotes.

Bacteria will of course be radically different when we contrast ourselves to other eukaryotes, but we can still see our biochemistry in them.

With higher eukaryotes it's not quite so simple.

Mechanisms to handle bigger genomes evolve (Let's call them "eukaryotes" for the sake of the argument).

Single-celled "eukaryotes" invade the uranium-rich soil ecosystem by fixing the vestigial radiation resistant genes.

Eventually there will be big multi-cellular radiation-resistant "eukaryotes" walking aroud.

Does "pro-biotic" refer only to beneficial prokaryotic organisms or are there known beneficial "pro-biotic" foreign eukaryotes?

Eukaryotes have features of both bacteria and archea, yet doesn't have a clear origin in either of them.

I can't speak to Eukaryotes, but Prokaryotes are routinely flash frozen in liquid nitrogen and then stored for years at -80.

There are a lot of unicellular Eukaryotes.