How to pronounce“molecules”in English

molecules that themselves are made up of atoms that are stuck together.

molecules, solids, liquids, gas, it's 5% of what's going on in the universe.

molecules which are drugs that are very small, taken in a pill, and have a wide-ranging effect throughout the body.

molecules and and and the feelings somehow, you know, I don't need to explain how they just somehow coexist

molecules or cellular constituents, are moved to this garbage disposal recycling system.

molecules, had flown to the top very quickly.

Molecules, we measure singling proteins, genes, like that.

molecules, and then mix all those DNA molecules together in the same reaction.

Molecules are not flat things like that on paper.

Molecules are three-dimensional things, but they aren't rigid things at all.

molecules needed to specify each amino acid.

molecules of your body come and go.

Molecules that in turn can create Alzheimer's disease, Parkinson's disease, cancer.

molecules and reassembles them into DNA.

molecules are really activating cerin and can protect against diseases of Aging then we should be able to demonstrate that in a mouse so it turns

molecules are really activating cerin and can protect against diseases of Aging then we should be able to demonstrate that in a mouse so it turns

molecules of wood or fiber to uh to transmit knowledge.

molecules do what the forces are that gives rise to self-organization and self asssembly on planet Earth and we are now in a position to extend that to think

Molecules are very small.

molecules in your body that have to be um that have to be detected by other

molecules looking at efficacy and then at some point you ask the question oh is

molecules that you can think of like hormones and so as the cells grow in numbers these molecules grow on the outside of the cells and when the

molecules hit a certain amount which is proportional to cell number the bacteria detect that those molecules are there so it's a way of counting neighbors and

Molecules can be in different vibrational and rotational states, they're moving all the time.

molecules, and things that correspond to that?

molecules in one corner of the box.

molecules sitting in one side of a box and then it has a series of frames showing how these molecules sort of spread

Molecules can be in many different arrangements, et cetera, et cetera, et cetera.

molecules that we have in biology right now entirely contingent on the history of life on earth they could there are so many possible solutions and this is

molecules by hand and um and they're quite hard chemists have a lot of tacit knowledge a lot of

molecules and composites involved and then that's that uh in gpt terms serves as a prompt

molecules that start approaching this question that we started this conversation which which is the origin of life so to start

molecules per per square centimeter of surface area and that happens to be either chile or my other project the simon's observatory is located or you

molecules and some little box or something it's like what what do we notice about those molecules so one thing that we can say is we don't notice

molecules there could be an amazing intelligence that we were like but we have no way of we're not parsing the universe in the same way if only we

molecules we can have water molecules but they still have fluid dynamics both of them have fluid dynamics and so similarly at the level that mathematics

molecules that are involved in biology we found life so i think i i i think one of my motivations there was just to separate

molecules that it can tell you say you look at an alien atmosphere and there's a feature there it can tell you oh that feature

molecules that might be biosignatures to look at enceladus yes that's absolutely the plan is that what's that what's the limiting factor

molecules are just plume particles where they end up is is just a function of the direction that they left the vent so

molecules that in an ancient way in all organisms all mammals as far as we know are linked to the will to live they're

molecules of dust that comes off the surface and those are detectable yeah it's easy to detect it's very prominent you see these cometary tails

molecules and essentially try to uh sort of induce the molecule that

These molecules are 5 to 10 carbons long, which makes them small enough to actually enter the bloodstream.

of molecules would create such a pattern.

and molecules.

the molecules are a little more tightly gathered because they don't have forces above them to pull them into the

glucose molecules.

inflammatory molecules that are being generated from this fat.