microbial and if you look at the red dots that are everywhere those represent
Microbial life-- quite common.
Microbialites are-- the first part of the word, microbe, and then the second part of the word-- pardon me-- part of the word, -ite, infers rock.
Fecal microbial transplant, has anyone heard of that?
The microbial impacts, again.
for hardy microbial or bacteria-like lifeforms to get started.
It's a microbial mat.
than with microbial action, and you get some of those same molecules.
There's no microbial contamination.
Which are the microbial organisms living in the ocean that are able to do photosynthesis.
We know how the microbial ecosystem works in the South end ocean.
And the microbial organ system undergoes development as you develop.
So it's a microbial organ.
there's obviously a microbial component.
this Grand microbial cake um animals evolved in a world that was already full of and dominated by microbes and we came
against the microbial world that senses anything that is other or nonself and that seeks and destroys it but that
and your microbial world inside.
they're microbial eukaryotes like yeasts.
But the microbial cells are all different types.
possible now to study microbial communities and the human body, and also in natural environments.
and that our individual microbial communities are certainly playing a complex role in our health and our normal day-to-day life.
Are there microbial ecosystems out in the universe besides the ones we find on Earth, or even perhaps intelligent life that we can hear through the radio
We found microbial mats growing at a depth of 160 meters in this mat photosynthetically.
Feeding effects the microbial cultures much like the treatments do.
when they found microbial life living in the arsenic.
These are the microbialites and were pictures of them.
when it comes especially to microbial life in different places in the solar system that, specifically, we might want to live in like Mars,
That also means that there might be microbial life there that we could recognize.
He said if we find microbial life on Mars, we should leave Mars to the Martians.
So the ocean is essentially a microbial soup.
And the minute you take a microbial sample, even here on Earth, you have changed it.
One is that they have anti-microbial and anti-bacterial qualities to them.
This is one of the most dense microbial ecosystems on the planet, and it's right inside of you.
and serve as a chemical deterrent to microbial colonization.
us contain around 39 trillion microbial cells in our bodies roughly one for each
only beginning our exploration of the microbial world even though it's been 350 years since laen hook first saw
So once you have that early microbial life-- which, let's assume that it's quite abundant throughout the universe-- Yeah, this is the difficult bit.
we can also do that to target microbial proteins.
Half of the biomass on Earth are microbial .
And just like any complex microbial culture, they have antagonistic relationships towards one another.
Not quite as old as the microbial foundation of life, but it's kind of the next step up of life as we know it,
the detection of the earliest microbial life goes back to about 3.8 billion years meaning that life as far as we can tell began very quickly.
And they were examining the microbialites as they came up.
Because when microbial breakdown products enter the bloodstream, it raises blood sugar, makes you gain weight.
The truth is that they're much more likely to be microbial organisms.
I mean bulk things that are above the microbial scale.
And this is something that is a self-organizing property of microbial communities which helps them distribute fluid flow and the distribution of nutrients
They'll be attracted to other foods that serve anti-microbial properties.
But how can we detect whether that's microbial or complex?
are starting to show that by affecting these microbial composition, you can actually affect circadian rhythm.