How to pronounce“ribosome”in English

Ribosomes are slow. They run at about one molecule a second, but ribosomes make ribosomes, so you have trillions of them and that makes an elephant.

Ribosomes are slow, they run at about one molecule a second.

The ribosome can take hamburgers, milk shakes and turn them into a baby in nine months.

- The ribosome, who I mentioned a little while back, can make an elephant one molecule at a time.

But ribosomes make ribosomes.

to ribosomes and the 20 amino acids?

It's called a ribosome.

to the core of ribosome and it sits on there, it's released and the peptides click, the codes rather, click.

technology the ribosome is the technology that boom allowed evolution to start so what i was trying to why i

That's the evolutionary age of the ribosome.

When you elongate protein in the ribosome, it's about a part and 10 to the 4.

of trying to make the ribosome.

The aim part was we realized the ribosome failed but something better had happened.

can um occur um without the ribosome but what the ribosome does it's a phase transition in

think why why do you put the ribosome as the central um

intervention in the history of life the ribosome is it that's one of the great invention in the history of life it's it's yeah but again you can't think

to basically say to the ribosome don't translate this one junk don't look at this one junk and it only spares its own rnas

that we know of have ribosome the the machinery that allows us to print out

make the proteins that you need the ribosomes will immediately latch on to the plus rna and begin to make proteins a minus rna is not the right strand to

That's how you can make an elephant from a ribosome, 'cause assemblers make assemblers.

There's the deep meaning of what the ribosome does, of a digital description doesn't describe a thing, a digital description becomes the thing.

what we proposed to do was to make a fluidic ribosome and the project crashed and burned.

which then recruits the right sort of the ribosome and the polymerase and all of that thing which will first transcribe and then

but rather, the coupled system between a ribosome and the RNA.

The ribosome takes hamburgers, French fries, potato chips, breaks apart the

- You could think about in terms of a Von Neumann constructor versus a selection of ribosome, Tesla as a plant, assembling Teslas, you know?

It goes to a micromachine, the ribosome, which is this molecular factory that builds the molecules

The fire part was we didn't think too hard about making the ribosome, we just tried to do it.

So, it's not just the ribosome that is at the heart of the translation, but there are a lot of different proteins.

so the most beautiful and most complex rna machine known to man is the ribosome the ribosome

is this massive factory that is able to translate rna into protein the ribosome if you if you want i don't know divine

software infrastructures for life preservation that won out and then when the ribosome was so efficient at making proteins

interacting and the third one and the fourth one and they shut off the ribosome of the whole cell to not translate human

and created life and all the ways that you've talked about from ribosomes that created the machinery that created the machine, and then now the biological machine creating

because they have a particular mark that it spares then all of the ribosomes that normally make protein in your human cells are now only able to

Well, even still, if you put ribosome and RNA naked on a table, they're not going to be a striving self.

So what the ribosome figured out 4 billion years ago is how to embody these digital properties,

We're right now looking at projects with NASA to build these for things like space telescopes and space habitats where the ribosome,

Going back to Shannon and von Neumann, going back to the ribosome 4 billion years ago.

With the student, Manu, we talked about ribosomes and I was trying to build a ribosome that worked on fluids so that I could place

required two different pre-life forms the peptide world and the rna world somehow they got together and by combining you got the ribosome and that

that um and that was really hard fought for but that was that is the solution that works on earth the ribosome the fundamental

really hard to get to the stage of um sexually reproducing organisms or even the first ribosome or whatever right or

uh protein translated right it's still being translated you know uh getting out from the ribosome you you

all the other ones basically died out and then the life forms that were using the modern ribosome

halfway down about protein 11 between you know 11 and 12 you basically have a translational slippage where the ribosome skips

If it's not your body, if it's not your DNA and ribosomes, what is it?

kind of was really rubbish at the beginning and they just competed competed competing and got better and better ribosomes and suddenly that was a

the plus rna simply means that if you put that plus rna in a cell you know your cell has ribosomes in it that