How to pronounce Molecule in English

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glycerol molecule is basically half a glucose molecule it's not an exact

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Glycerol molecule is basically half a glucose molecule it's not an exact

Two molecules to one molecule because glycogen is an enormous molecule it

Concentration because it's a natural molecule it is the the molecule of plant

molecule fat molecule and hexa means it's six times unsaturated so it's like

All sucrose which is a fructose molecule and a glucose molecule linked up together

And hemoglobin carries this smaller molecule

And it's such a simple molecule,

Water has 10 electrons, H2O molecule.

Makes this molecule bend and when

We work on this molecule NAD

Hydrogen peroxide is an unstable molecule.

An insulin molecule and we're going to sort of imagined that this insulin molecule is

molecule it's the hue it's not just an animator it's a large molecule each day

Free glucose nothing else no fat no protein and no molecule bigger than a single molecule

So one example is the caffeine molecule.

molecule and represented exactly in a computer.

It's a straight molecule acting like a

Composition of the molecule, the melting point.

The molecule and the molecule ends up straight and if it's straight then we can pack these

Simple little caffeine molecule in a classical computer

You just think of a molecule sitting in the water.

To the molecule was shuttling between the cathode and anode.

The NAD molecule that we're trying to make a drug,

It depends on the molecule and it depends on the human.

molecule. Now human milk oligosaccharide 2'-FL has been clinically shown

So in the worst case, one caffeine molecule could use 10

Are little tiny molecule that participate in the conversion of fuel

That means those those bonds those unsaturated places on the molecule

When you put up a molecule of CO2 into the atmosphere

And this is actually really a central part of the hemoglobin molecule

Linked together and monosaccharides meaning a single molecule the most common disaccharide

Sort of like sugar and fructose it's a natural molecule so it's

Have what's called a glycogen molecule where you store carbohydrate or glucose

Genetic sequences into the molecule so back when they were hybridizing when

Glucose molecule and split it down the middle in something called glycolysis

Of glycerol but for every glycerol molecule there are three fatty acids

Crannies and every little molecule of debris and unwanted things gets brought

With these energy requirements every piece of molecule is turning into 38

Good research showing you that it's a signaling molecule actually doing good

Everything takes energy there's not a molecule that passes across a membrane

molecule for health it is depleted by poor diets processed foods preservatives

For adenosine triphosphate and it simply means that there's a little molecule

Is because you need to move this molecule through your blood called hemoglobin.

molecule so table sugar sucrose is a disaccharide it has two sugars two

Every triglyceride molecule so here comes a little bit of math don't worry

Typical fatty acid molecule is 16 carbons long so that's that not the

Signaling molecule that does that so cortisol is gonna rise through the night

Straighter the molecule is the tighter they pack together it's like side by

They're talking about is a sulfur molecule in the cysteine when you have

Glucose molecule before it was just floating around but now because of the

Of the DNA molecule but that didn't really change that the perception of

A molecule that they have found fossils they have found frozen mammoths they

... as far as a famous sculpture, called the molecule Man. It's thirty meters tall.

You can observe but here's why it's really important the saturated molecule is stable

That means that the electrical charge is evenly spread throughout the molecule that's different

molecule on the planet everything that is plant-based is sugar it is glucose

Saturated so they solidify it and in doing that they create a molecule that

molecule so we make more than 38 ATP but that's not really important the

Itself because it is a natural molecule it's just a concentration that makes it

Essentially the same the body doesn't store pure fat it puts half a molecule

Use a single molecule that's why even though this is glucose even though it's

What I mean by that isn't necessarily that there isn't a single molecule of

molecule grain and starch is are chains of these single molecules but it only

Glucose we get two ATP's simply by breaking that molecule in to the normal

Transformation so what this means is that the molecule is going to make a

Energy currency and one molecule of glucose can be turned into up to 38

Cells have to have hemoglobin that's the the molecule the compound that can grab

Reason is this is a molecule it's an enzyme that is manufactured by the

Exactly what the DNA molecule looked like but because they had the mindset of

Still kept looking at the physical properties of the molecule so if you go

Research DNA is the molecule that somehow it has the ability to make a

molecule of glucose so it's 19 times more efficient to make it with oxygen

So when we eat fat then we start breaking down the fat molecule we chop

It has six carbons it has a carbon molecule in each corner of that hexagon

Right into all the math that we've been done that particular molecule is the way

Single molecule to a single ring of sugar or two rings of sugar called a

molecule of glycogen and it is true that glycogen is what we call hydrophilic it

Take each molecule grab it and transport it across all of these things are very

What is a free radical so here's a molecule here's an atom here's a nucleus

Energy from it you are pulling off one of these electrons and now this molecule

Function there's no way that you can make a case for that molecule to be

It out now when they start with sugar they start with a carbon molecule and

molecule I'm only going to let in half as many sugar molecules that's the first

Materialism of the matter being the most real as soon as they found the molecule

But it gives us the idea that that the DNA molecule does something that it

The best because one single molecule of glucose can make 38 new molecules of ATP

Amino acid molecule these are the size that are supposed to readily pass across the membranes

Of the molecule and changes the properties and this is what you need to understand to

Know what to cook with these saturated molecule has hydrogen equally spaced on all signs of

Measure that we're talking about how much of this molecule is floating around in your bloodstream

There's a bunch of steps missing but we end up with a molecule called acetyl coa

Formula for a sugar molecule and it is what makes up all plants plants can have

Using it however they can only get about two units of ATP from a glucose molecule

molecules of water per like a molecule not two so the two comes from the fact

Then they jam on a chlorine molecule onto it and this kind of bond does not

It's a it's a molecule it's an atom with an unpaired electron and that means it's

Is the cause but because they can't find a physical molecule that they can pin it

molecule is the thing that does it all and they didn't really stop and ask well

And even though that's a super tiny molecule it's still too big to get into your bloodstream

And that means it's a straight molecule it has very few contact points there is very little