And Deinococcus radiodurans and other resistant organisms, even with a large dose of radiation of 4 kilograys, their proteins do not oxidate and remain active
And Deinococcus is as resistant as E. coli.
Even Deinococcus will die if the dose is high enough, because of this type of damage that is not trivial to repair.
Detroit was facing mass deindustrialization, like it had never experienced before.
In the case of Deinococcus radiodurans, since they are very efficient at repairing DNA damages, it's hard to get mutants for Deinococcus radiodurans, which
And then deincorporated, to avoid tax.
and in particular one famous dinosaur named deinonychus, and realized that it moved quickly, it was very active, it was very energetic.
But that brings the question of whether Deinococcus radiodurans is is the last frontier of radiation resistance.
All of this is based on Deinococcus radiodurans and a few other biological models.
of radiation resistance compared to Deinococcus radiodurans up there, which survives 100% to this dose and E. coli
And so there was the deinstitutionalization that was pushed by many people in the 60s
abstract painting if we look at a deing or if we look at a Jackson Pollock is
We're the children who are being impacted by deindustrialization.
As an example, Deinococcus radiodurans, the biological model for radiation resistance, shares a large part of its gene pool with Thermus thermophilus.
And we actually found one organism more resistant than Deinococcus radiodurans, which is this one in red compared to Deinococcus
And in fact, Deinococcus radiodurans is specialized in double-strand break repair.
But it's very interesting to know that Deinococcus does that within four hours.
But it's absolutely clear that both offshoring and automation has contributed to deindustrialization.
was a substitution of one occupation for another and what you have is a deine in the number of jobs for types Setters but
And one of the most studied biological models for radiation resistance is Deinococcus radiodurans.
There are other biological models, but Deinococcus is by far the most studied, the most characterized.
And yet Thermus thermophilus is very sensitive, while Deinococcus is very resistant to radiation.
So this is the dose that kills 90% of a population of Deinococcus.
radiodurans in blue. So the question whether Deinococcus is the last frontier?
But when we did radiation with gamma rays, Deinococcus is still much better at repairing double strand breaks and the damage caused
So it's very amazing how efficient is the DNA repair mechanism from Deinococcus radiodurans.
Actually, there are ways of getting mutants of Deinococcus.
We see the making of modern Detroit in the 1950s, through mass deindustrialization, through white flight and blockbusting,
Probably not. Probably there are other organisms more resistant than Deinococcus in nature and that we just didn't discover yet.
But I think they would be as resistant or very close to what I've shown here to Deinococcus and all the other organisms.
So the reason why we want to make all standing meetings tentative is because we want to start the process of deinstitutionalizing the meeting.
Given the example of the prime minister in Barbados, are politicians deincentivized to make long-term choices or maybe incapable, given the election cycles?
mental illness, and there's a period in this country when there was a deinstitutionalization of the mentally ill; they were moved out of mental hospitals supposedly into community
And as a direct result of Kline's discovery, the early part of the post-war era saw the vast deinstitutionalization of previously intractable mental patients and thus gave