How to pronounce“pathog”in English

pathogens get through a filtration plant and cause outbreaks of disease well Riverkeeper was part of an historic agreement in 1997 called the watershed

pathogenesis of the disease and then maybe with therapeutic implications so what's great about this kind of work is that at every step you get this you

pathogens and other threats this is a map that shows the many continents and many outbreaks in which CDC is involved and we're very proud of

pathogens that if released could wipe out humanity if we think that's fine and if that kind of work starts happening in you know one lab

pathogens in leaky labs and b yes we are going to take counter measures that are costs going to cost a fraction of

pathogenic i mean the the common cold viruses and you know and some other ones right so so pathogenic meaning spreading oh but

pathogenic means actually inflicting damage

pathogen well i think in that sense it's just coincidence uh it probably is a

pathogen as an Asian I mean that's kind of fascinating it's a it's kind of a

the pathogens in our environment.

Et pathogène pardon.

are pathogens. And they'll kill you, so you need antibiotics.

A pathogen is a microbe that just fills the new niche that we provide to it.

these pathogenic outbreaks happen in other parts of the world having Partnerships with experts in those parts in those parts of the world must be a

this pathogen I cannot emphasize enough how expensive that is it's effectively incalculable if the relationship becomes permanent the number of people who will

of pathogens like basically aggregating all of these data sources

more pathogenic the viruses the less contagious it is is that a property

the pathogen etcetera so so agent based system multi-agent system to be

those usually are pathogens um doing that and it leads to one interesting phenomenon which is when we have an infection our immune system will

that can carry a pathogen, so we have to do defense against this as well.

So any new pathogen that comes in, you should be able to make an antibody against it.

from all these pathogens in the environment-- the viruses, the bacteria-- when we only have-- we don't have a gene for every single one of those.

from exposure to pathogens.

90% or more had pathogenic bacteria.

with these other new pathogens.

So we're driving pathogens into human populations in all these different ways.

And there are pathogens that are already exploiting this-- new pathogens.

So when a pathogen emerges in one part of the world, it can very rapidly spread through the rest of the globe,

So the pathogen starts to cause some sickness, and then it starts to grow exponentially.

They're effective against pathogens.

never actually reaches the pathogenic threshold.

including entirely new pathogens that didn't even exist in the human population.

There's still pathogens that can kill us.

should we encounter that pathogen.

It may not be pathogenic whatsoever, but a lot of our cells will have mutations in them, some of which could eventually be a problem.

It's a bureaucratic pathogen that we invented and infected ourselves with.

There are pathogens and parasites that want to eat us from the inside, and they are Darwinian creatures, after all- they're just interested in surviving,

important both in HIV pathogenesis and would subsequently come to realize that it was important HIV vaccine design so the division of retrovirology at the

function for uh pathogens able potentially able to create human

contemplating supporting research on pathogens that might be the next pandemic you have to factor that in not just

experimentation and pathogen development do we as a society decide is acceptable

for the particular pathogen of worry now but everything like a full spectrum of things that could be dangerous to the human body

can't fight the pathogens in your society and right now the pathogens are spreading everywhere so if we don't get growth into our system fairly quickly

mers that are pathogenic but we also have strains of other coronaviruses that are you know not

know i love the pathogenesis of viruses and one of the things that i've worked on a lot is trying to understand how

every single pathogen that somebody could be possibly exposed to so this is all new technology that we've been developing more from a

known to be pathogenic and so you can now look at the healthy cells and unhealthy cells the one with the mutation and do a one-on-one comparison

People could use it to develop new pathogens for bioterrorism, or use deepfakes for sexual exploitation, or write a model called HumanAnnihilator and unleash it on the world just for fun.

As far as the current pathogenic diseases are concerned, like the viral diseases, for example, our immune system comes into play,