How to pronounce“nanop”in English

nanoparticle will it get taken up into a cell and the answer was yes it was just let's try it and it worked so basically experiment it's not like some deep

nanoplastics in your gut cells. And that's really important because if you don't absorb them, it's excreted through feces, right? And it's been shown we

The nanoparticles go through your blood-brain barrier and self assemble around your neurons.

lipid nanoparticles taken up into a cell and the mrna is translated and you get protein made and there's also a question i'm sorry to interrupt where

So things like nanoparticles you have to really pay attention to, because nanotechnology was designed initially in the medical arena to allow certain drugs and things

She starts with a nanoparticle, and she decorates the nanoparticle with a short stretch of a protein that contains she has synthesized it to contain the site that a cancer enzyme

It's called nanopore sequencing.

We gave them gold nanoparticles and silver nanoparticles because we were interested if bees recycle wax.

incredible but the nanoparticles themselves are dumb the robot has all the thinking so we don't try and apply any self-replication or try and get the

these lipid nanoparticles they get injected into your muscle they bump into

example the lipid nanoparticles that coat the rnas are Distributing themselves around the body in a way that will have unknown consequences

fact is actually not a nanop particle but they unfortunately got themselves into um ad marketing as as such but anyway and it gets to this point

And by feeding them these gold nanoparticles, we were able to prove that the bees actually do recycle the wax.

everywhere basically you can find this these nanoparticles in every tissue of the mouse but that's at a thousand-fold higher

is a potential for the you know nanoparticle design that will mimic this

variant particle is the process of nanoparticle design meaning artificially designing something that looks similar yes you know so the one that can

because manufacturing is done through nanopysics not through components. Okay,

We put viral proteins on the surfaces of those nanoparticles, kind of in a click-and-bait way, with small linkers that allow us to drive those viral proteins

haven't you will soon uh but this nanopore technology allows the size of a

So, I think that nanoparticles and things such as graphene, which has been known for a long time, but has extremely

one at a time as it gets pulled through the nanopores.

artificial our official particle well I mean so so so the nanoparticle is is a

You can see this is a little what's called an Oxford nanopore sequencer zooming into space.

So Suzhou Nano-Micro, world class nanoproducts; SVG Optronics, they make security films over ID cards

has a mind so it has a mind where in a simulation it randomly generates nanoparticles and the plasmon the color that comes out

in just a thousand experiments in three days and it makes five generations of nanoparticles which get nicer and nicer

right so one of the uh possible treatments is uh you know designing nanoparticles and so some nanoparticles that will

But as a vaccine inventor at Harvard University, my lab studies how to make nanoparticles or small protein balls into vaccines.

We know that there is hydrothermal activity at the ocean sediment interface based on the presence of those silica nanoparticles.

will cut. So if you don't have cancer and you're injected with these nanoparticles, the nanoparticles continue to be whole and eventually will go the way of all things that we don't need in

you get smaller in size they get smaller. They're called nanoplastics.

He has a PhD in evolutionary biology, and he's worked across the globe from a national newspaper in Tokyo to a nanophysics lab at Trinity College Dublin.

Something we had never really anticipated, but we've been playing around with, the MinION nanopore sequencing, which you can get for about $1,000

it's greasy we like to say and so your mem your cells are covered with the greasy membrane also so when these lipid nanoparticles bump into them they

for an iPhone in nature. It will be made out of thin air. Nanopysics will allow you to do that. Okay? But the challenge, believe it or not, is not tech. The

the size of the plastic >> the the size of the microplastic. And there's a reason why this is important because microlastics and nanoplastics as