Molecules in sentence

450 examples of Molecules in a sentence

We're starting to have a bottom-up approach where we're identifying those genes, those proteins, those molecules, understanding how they interact together to make that neuron work, understanding how those neurons interact together to make circuits work, and understand how those circuits work to now control behavior, and understand that both in individuals with autism as well as individuals who have normal cognition.

Now, normally, when an object flies through the air, the air will flow around the object, but in this case, the ball would be going so fast that the air molecules wouldn't have time to move out of the way.

The ball would smash right into and through them, and the collisions with these air molecules would knock away the nitrogen, carbon and hydrogen from the ball, fragmenting it off into tiny particles, and also triggering waves of thermonuclear fusion in the air around it.

We don't notice and don't notice that we don't notice the toxic molecules emitted by a carpet or by the fabric on the seats.

Now, this is a very attractive idea, and the molecules they mention sound really science-y.

Nobody has gone through systematically to work out which molecules really are pheromones.

But the problem for everybody who could see this effect was that you couldn't identify the molecules.

And it was only in 1959 that a German team, after spending 20 years in search of these molecules, discovered, identified, the first pheromone, and this was the sex pheromone of a silk moth.

It's really hard, but in essence, nerves from the brain go up into the nose and on these nerves exposed in the nose to the outside air are receptors, and odor molecules coming in on a sniff interact with these receptors, and if they bond, they send the nerve a signal which goes back into the brain.

The great apes have these armpits full of secretory glands producing smells all the time, enormous numbers of molecules.

When they're secreted from the glands, the molecules are odorless.

We need to go back and look systematically at all the molecules that are being produced, and work out which ones are really involved.

The basic building blocks of life aren't unique to Earth: amino acids have been found in comets, complex organic molecules in interstellar dust clouds, water in exoplanetary systems.

In fact, fingerprints are made up of molecules that belong to three classes: sweat molecules that we all produce in very different amounts ... molecules that we introduce into our body and then we sweat out and molecules that we may contaminate our fingertips with when we come across substances like blood, paint, grease, but also invisible substances.

And molecules are the storytellers of who we are and what we've been up to.

In essence, we fire a UV laser at the print, and we cause the desorption of the molecules from the print, ready to be captured by the mass spectrometer.

So we found out, also, the presence of other two very interesting molecules.

But the reality is that I still don't know where these molecules are coming from, from which fingerprint, and who those two fingerprints belong to.

In fact, the technology is so powerful that we can see where these molecules are on a fingerprint.

Like you see in this video, every single one of those peaks corresponds to a mass, every mass to a molecule, and we can interrogate the software, by selecting each of those molecules, as to where they are present on a fingermark.

So step one ... for overlapping fingerprints, chances are, especially if they come from different individuals, that the molecular composition is not identical, so let's ask the software to visualize those unique molecules just present in one fingermark and not in the other one.

So then, step two ... where are these three molecules that I've seen?

I did say that molecules are storytellers, so information on your health, your actions, your lifestyle, your routines, they're all there, accessible in a fingerprint.

And molecules are the storytellers of our secrets in just a touch.

From lots of experiments, from lots of different scientists, we know a lot about what these molecules look like, how they move around in the cell, and that this is all taking place in an incredibly dynamic environment.

Clathrin are these three-legged molecules that can self-assemble into soccer-ball-like shapes.

Every time she went to the doctor, they measured specific molecules that gave them information about how she was doing and what to do next.

We need to learn which of our cells matter to each illness, and which molecules in those cells matter to each illness.

One will respond to a molecule that the other doesn't respond to, they'll make different molecules.

Now, until recently, it was the case that if you wanted to inventory all of the molecules in a part of the brain or any organ, you had to first grind it up into a kind of cellular smoothie.

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