We have to breathe this oxygen in order to perform cellular respiration and we have to breathe this carbon dioxide out because it's just a byproduct of cellular respiration. Six moles of carbon dioxide, six moles of water. And the whole point of cellular respiration is, plus some energy is generated by this reaction.

So glycolysis, or really cellular respiration, it starts off with glucose.

I think in the first video on cellular respiration I said FADH.

Once inside the cell, glucose is broken down to make adenosine triphosphate (ATP), a form of energy, through two different pathways.

We've already learned that cellular respiration can be broken down into roughly three phases.

Fats can be turned into glucose, which actually could then go the whole cellular respiration.

And I think that's why many of us have trouble with cellular respiration initially.

Now the interesting thing is we can account whether we get to the 38 ATPs promised by cellular respiration.

So cellular respiration, for every mole of a glucose, C6H12O6, we combine that and maybe that's in an aqueous state. It's dissolved in water.

So it has a minus two oxidation state. And this carbon is getting all of its valence electrons, all four, hogged by the oxygen. So it has a plus four oxidation state.

And we saw in the last video that this definition is actually hard when you're applying it to hydrogen because it's not like a hydrogen atom can lose itself or gain itself. And the reason why we said that these two ideas are consistent is because if I'm talking about a carbon and a carbon is losing a hydrogen. So let's say I have some compound that looks like this.

And we learned in the first overview video of cellular respiration that this is where the bulk of the ATP is actually produced.

And the whole reason why we even pay attention to these, you might think, hey cellular respiration is all about ATP.

So you know, the whole purpose of cellular respiration is to generate ATPs, but right from the get go I actually have to use two ATPs.

He switched universities several times over the next few years, finally ending up at the University of Groningen, where his work focused on the chemistry of cellular respiration.

wheezing s

rash over the whole body difficulty in breathing wheezing sweating.

a shortness of breath, wheezing or breathing problems

Respiratory shortness of breath, nasal secretion (rhinitis), sore throat, cough, hiccup, nosebleeds, abnormal breath sounds.

Every breath.

rapid breathing

difficulty breathing

uth asymmetric proteins.

Cell factory

Cell culture

Cell Culture

cell density

My breathing grew weaker.

Pharyngolaryngeal

Bronchospasm Wheezing

Well, then hold your breath and count a hundred.

Look at that. Hold your breath, Pierre.

'The breath is, yeah, somehow the breath is going on.

rash over the whole body

rash over the whole body difficulty in breathing wheezing

rash over the whole body blood pressure d

rash over the whole body difficulty in breathing wheezing sweating.

(c) Solitary confinement

Hold your breath, please.

He held his breath.

'My breath', not me. 'My mind', not me.

This breathing tube.

Uhh, check for breathing.

'The breath is seen.