How to pronounce“rna”in English

RNA in yellow at the top.

RNA and the proteins then transitioned more recently to synthesis.

RNA makes protein well then a stretch of DNA is going to make a protein how many genes does it take to specify a human being you would think it would be an

RNAI is as a a genome defense. It's a way that plants, for example, recognize

RNAI as a silencing tool sufficiently far that given an ability to live to

RNAI is as a a genome defense. It's a way that plants, for example, recognize

But RNA is actually the worker molecule.

So RNA polymerase makes RNA.

small RNAs are expressed in. So you can use a small RNA signature to tell uh a mammary cell from a germ cell.

messenger RNAs, this the RNAs that encode the proteins within that cell by looking at the small RNA profiles and the messenger RNA profiles that really

which is the RNA expression of the cell.

The two major things RNA can do-- one is act as a guide for an enzyme to cut or do something, and that's what happens with gene editing.

That is go from RNA to DNA.

So they've got RNA interference, gene silencing technology.

Our DNA and RNA are made of three basic molecules.

This is transfer RNA.

It's called RNA polymerase.

These are DNA or RNA or proteins, different kinds of biomolecules.

or an RNA molecule.

virus is an RNA containing virus so it has its genetic information RNA and if you look at this particle it has eight RNA segments so there are one in the in

endogenous um small RNA are called that differed between the normal cells and the tumor cells.

difficult because RNA is not nearly as stable as DNA and so you can contaminate it really easily you can you know affect it really easily you can be working with

components of the RNAi machinery, all the proteins that actually bind to the set of small RNAs and that the smaller program to do these regulatory events

realization that RNAI in animals plays this sort of genome defensive role

strategy for getting small RNAs into cells.

aspects of of RNAI biology. And when she finished her degree before she moved on to a position as a post-docctoral fellow, um she was looking for a

of micr rnas and how they work um so he's tremendous and yeah and it was I was his second person in his lab so he just started at MIT he had a spectacular

stop it from making the RNA or changing it to upregulate the RNA.

in creating life on our planet to RNA as a guide to use for gene editing and now RNA as a messenger

And so likewise she goes and does RNA research.

And it makes a molecule called RNA.

I was studying a molecule called Transfer RNA.

But she became fascinated with RNA.

She was able to discover how RNA could replicate itself, which gets to one of the big questions in life.

being produced by the DNA called RNA transcripts that travel out to the surface of the cell and then control inflammation throughout the body what we

changing the chemistry of the um small RNA itself sufficiently that um it can

really founded upon our work in small RNAs.

a specific repertoire of small RNAs that it uses to regulate genes.

So basically, RNA is like the language of the cell, and this takes a snapshot one cell at a time of what's going on inside it.

And then we’re measuring the outcome using single-cell RNA sequencing so we’re capturing what happened to the cell.

What's really interesting about COVID and the messenger RNA response to it is that this is technology that

They're synthesized molecules that are DNA or RNA-like.

O sea, el RNA fue la primera máquina, probablemente fue la primera máquina, que tenía la capacidad de copiarse a sí mismo.

It seems to me more like one of those RNA viruses that does unspeakable harm, but people are not even sure if it's a life form.

And these are the nucleobases that form our DNA and RNA.

we have proteomics, RNA sequencing, clinical data all being collected over time.

Basically, messenger RNA sends a message to transfer RNA.

the nucleus of the cell the DNA to RNA transcription itself was impacted so the signal of inflammation was less constrained cortisol is less it's less

virus because most of its genes most of these um eight RNA segments actually are