So, fungi and mycelium sequester carbon dioxide in the form of calcium oxalates.

We exhale carbon dioxide, so does mycelium.

The mycelium is producing enzymes peroxidases that break carbon hydrogen bonds.

Anaerobic bacteria (organisms that do not require air for growth) decompose the oils contained in whale bones and emit sulphides and other compounds.

In previous years, microbiological inspections detected most often contaminants as follows increased total or aerobic mesophyllic bacteria, E. coli and faecal streptococcus, while chemical analyses detected organic contents, ammonia, nitrate, nitrite, iron, and other toxic matters (disinfection processes by products).

Those organisms that paired with fungi were rewarded, because fungi do not need light.

There's diatoms made out of SIO2, and they're magnetotactic bacteria that make small, single domain magnets used for navigation.

And because you can't bind the oxygen, maybe you wouldn't consume it, and then maybe it would reduce your demand for oxygen.

Waste water biochemical oxygen demand (kg)

Among the low cost waste water treatment options available are anaerobic treatment systems, which have the advantage of simple construction and low cost maintenance.

The large scale existence of these photosynthetic bacteria (capable of using light to synthesize carbohydrates from carbon dioxide and water) and algae also has implications for global warming, among other things.

But if the host needs to be mobile in order to transmit the pathogen, then it's the benign ones that tend to be the winners.

Consider the fungi including mushrooms, rusts, molds and many disease causing organisms.

When it breaks up, it has a long way to go before it gets down to bacteria.

And, after an initial cost of 60 bucks to buy the bacteria, which you'll never have to pay again, one cubic meter of bacterial sand would be about 11 dollars.

Because it took a lot of crafty work to infect this bacterium.

Now, as we breathe, we produce carbon dioxide, and that carbon dioxide needs to be scrubbed out of the system.

And along comes pneumococcus or another bacteria, streptococcus and boom, they get a bacterial pneumonia.

For example, from the third organism we sequenced, Methanococcus jannaschii it lives in boiling water temperatures its energy source is hydrogen and all its carbon comes from CO2 it captures back from the environment.

This is a really odd one. This is Ferroplasma.

So we need another gas, something to dilute the oxygen with.

The following organic peroxides need to be subjected to temperature control

We have to detect oxygen or ozone to make sure that we have all necessary conditions to have life.

These vibrios, these bacteria, can actually infect people.

I want to present to you a suite of six mycological solutions, using fungi, and these solutions are based on mycelium.

This will also require a large database of signatures of known bacteria, viruses and toxins. Conclusion

And we know staph can do amazing things.

So, if the pathogen doesn't need the host to be healthy and active, and actual selection favors pathogens that take advantage of those hosts, the winners in the competition are those that exploit the hosts for their own reproductive success.

Fungi don't like to rot from bacteria, and so our best antibiotics come from fungi.

Those fungi and bacteria are as highly evolved as humans.

And the bacterium needs tryptophan one of the building blocks of proteins to trigger the cells' appearance.

And the stove, it also breathes with oxygen.

I actually chased the mycelium, when it stopped producing spores.

Dr Noah's bacillus? Now, Jimmy, even you wouldn't release germ warfare.

Werner Herzog, the German filmmaker said, I need to make movies like you need oxygen.

And the focus when I'm talking about the diarrheal organisms, as well as the focus when I'm talking about any organisms that cause acute infectious disease, is to think about the problem from a germ's point of view, germ's eye view.

The mycelium absorbs the oil.

Kedua, perjanjian perlu mengakui sisa anggaran global atas emisi karbon dioksida.

And so, as I was thinking about this, I focused on this organism, which is the El Tor biotype of the organism called Vibrio cholerae.

I became interested in entomopathogenic fungi fungi that kill insects.

And what you're looking at with this namibiensis is the biggest bacteria we've ever seen.

A virus grabbed onto a bacterium and it slipped its DNA into it.

I mean, if this would require thousands of years, then it's worthless in terms of controlling of these pathogens.

Everybody's on oxygen, your supplies are limited, and you either have to go up or go down, make that decision very quickly.

Emissions of non CO2 gases are relatively uncertain, and the team concluded that the estimate of nitrous oxide is still likely to be revised significantly downwards.