So oxytocin is the trust molecule, but is it the moral molecule?

When one free radical reacts, it created another free radical.

So each of these are a molecule of H20, or a molecule of water.

So oxytocin is the trust molecule, but is it the moral molecule?

What it does is, it breaks up the glucose molecule from a 6 carbon molecule

It's the exact same molecule.

This is going to be the oxygen molecule, O2.

First of all, oxytocin is a shy molecule.

And this is a 6 carbon molecule.

It is now a free radical.

So that's another molecular chlorine.

And then as they go from molecule to molecule they keep going down in energy state.

DNA is a very elegant molecule.

But this is a 4 carbon molecule.

This is the Vibrio fischeri molecule.

So if he bumps into another molecular chlorine in just the right way so let me draw another molecular chlorine.

Let's go back to that original molecule of water.

a 6 carbon molecule that looks like this.

They are literally talking about the molecule octane.

You get a 6 carbon molecule.

DNA is a very elegant molecule.

The anion has the V shape of the ozone molecule.

The reaction also produces a molecule of ammonia.

A gene is a segment of the DNA molecule.

And DNA is actually a simple molecule.

Another NAD plus molecule will be reduced to NADH.

So he's calling oxytocin the moral molecule.

In biochemistry and pharmacology, a ligand is a substance (usually a small molecule) that forms a complex with a biomolecule to serve a biological purpose.

Pyrazine is a symmetrical molecule with point group D2h.

And of course they're not producing the whole molecule in a vacuum.

We do all of this to understand the chemistry of one molecule.

And actually I copied and pasted from Wikipedia a glucose molecule.

It's over 300 million molecular weight.

He has to hit this hydrogen molecule just right.

Molecular geometry can range from the very simple, such as diatomic oxygen or nitrogen molecules, to the very complex, such as protein or DNA molecules.

However, we've discovered that there's actually no straightforward mechanism to develop a molecule for one time use.

4 times 6 times 10 to the 23 molecules of ammonia.

And then I have 6 times 2 oxygens per molecule.

I'd never really thought of molecules before.

So there was something universal about the DNA molecule.

It's such a large molecule we can see it with a light microscope.

It's a very small, five carbon molecule.

It's a much bigger molecule where it's bonded together like this.

However, by breaking up the clumps into individual particles, the total surface area is increased, and each particle has an exposed surface that can react.

The first one is a polyanionic segment, which basically acts as a non stick backing