You fail to account for the possibility of unknown unknowns, and again you're displaying biased cognitive dissonance.
You can't determine generational toxicity from LD50 profiles. You are simplifying everything way too much.
Glyphosate is an analog to glycine. You know, the building blocks for proteins. DuPont did a study in 2007 that shows glyphosate is integrating in protein structures. Does that not worry you?
Glyphosate is also a
chelating agent. Glyphosate impacts the shikimate pathway, and is said to be non-toxic because humans do not possess the shikimate pathway. Yet the shikimate pathway is present in bacteria, archaea, and eukarya, and all of them are harmed by Glyphosate. Do we have bacteria in our guts utilizing the shikimate pathway? Yes we do.
You are running with the base assumption that Monsanto is benevolent and honest. This is where your cognitive dissonance stems from.
I engineer proteins for a living. I know that glyphosate is a glycine analog. Re: bacterial processing -- We've fed tons of glyphosate to mammals to see if it causes cancers - it doesn't seem to. Mammals don't absorb it well. I certainly don't assume anything about Monsanto's benevolence, but you happily seem to assume that I'm made of socks.
> You fail to account for the possibility of unknown unknowns, and again you're displaying biased cognitive dissonance.
I will discuss unknown unknowns later on. Firstly, in terms of cognitive dissonance, I believe that the charge is premature. You seem to have missed the fact that he was referring to himself as one of those researchers, and he most certainly did not mention LD50 profiles. A quick check of his profile:
> I'm a synthetic biologist. I did some of the early work in optogenetics as a student. Now I work on industrializing the genetic engineering of cells.
It seems unlikely to me, given that context, that he routinely simplifies the topic too much.
Your questions about glycine, protein structures, chelating, and shikimate might be really good ones. I wouldn't know. However, your preamble provides a strong disincentive to answering them.
In terms of errors in reasoning, confirmation bias, and cognitive dissonance, I wonder if this is a common reinforcing structure; that is, if people generally prefix questions with a preamble hinting at the permissible responses in order to ward off the experience of cognitive dissonance. I might do it myself. That's just a passing thought. Concretely, regardless of motive, you've signalled to him quite strongly that any answer he makes will be futile, for persuasive purposes, and probably pissed him off a bit.
> You are running with the base assumption that Monsanto is benevolent and honest. This is where your cognitive dissonance stems from.
Your conclusion returns to the theme of rejecting what he has to say. His very first sentence was literally "I'm not asking you to believe anything from Monsanto." Having demonstrated that you will not pay attention to what he says, you then reaffirm that anything he says contradicting your opinions is the result of cognitive dissonance. I do not think that anyone who was paying attention to your words would, at that point, bother to reply.
With regards to "unknown unknowns," you should appreciate that you are speaking to a domain expert. By contrast, you are reasoning through a trust calculus on first principles. That's fine, but he has education and experience that represent a multi-generational attempt to address those "unknown unknowns". Detecting unknown unknowns and turning them into known unknowns is one of its primary occupations. It is manifestly erroneous to equally weight the "unknown unknowns" with "everything else" at all points and times, especially if that means privileging them over known unknowns.
You appealed to Occam's Razor in your previous comment. Here we have a dispute about material fact between a genetic scientist and a (known unknown) random person on the internet, regarding the risks of a substance as a carcinogen. I want to stress again that that's fine. However, I think it would benefit you to be self-aware enough to realize exactly which resolution of the dispute Occam's Razor suggests to your audience. If you demonstrated such awareness, you might be taken more seriously.
> Do you have an example of anything that accounts for the possibility of unknown unknowns? My guess is if you do, then all it will take to debunk it is someone with a bigger imagination.
You can't enunmerate unknown unknown, but you can plan for them. Simple things like let things fail and no single point of failure have built in protections against unknown unknowns. Its hard to argue this without using Taleb's ideas, which GMO advocates don't like.
Does he know Glyphosate mimics glycine? I'm pretty sure he doesn't. That's an unknown to him.
Whenever you study a complex subject, you have to be aware that there are things you might not know about. And there are also things you might not know you do not know.
That's an unknown unknown.
You're making light of a very serious issue among scientists and science. An honest scientist keeps looking for the unknown, a dishonest scientist (to himself) stops looking, and then it becomes dogma.
This guy thinks he knows it all, but he does not, and he does not even realize that there could be things he does not know. When you do that, you can easily switch from doing science, to (accidentally or deliberately) start pushing an agenda.
Nobody said it doesn't. But the whole purpose of organic is to do it in a way that has been tested by darwin natural selection for a long time in a very complex system.
Of course that doesn't mean the organic industry is doing things properly nor does it mean that this type of culture doesn't some other negative side effects.
But globally, I'll bet on the farmer cooperative that want to avoid pesticide to be less evil than a mega corporation that produce the Agent Orange. Does that sound silly ?
I really don't get how much you are willing to reverse this attack from Monsanto to organic sellers.
Sure nobody is perfect. And yes, the whole debate is tainted by pseudo science and bad faith. But come on, it's not even on the same scale.
>You fail to account for the possibility of unknown unknowns
This sounds reasonable. /s
Do you have an example of anything that accounts for the possibility of unknown unknowns? My guess is if you do, then all it will take to "debunk" it is someone with a bigger imagination.
The way you take in consideration unknown unknowns is not by trying to think of every single possible thing.
It's actually quite the opposite.
You start from what you know and what you control. From that you can assess what you can mess up. The scale, the consequences and likelihood of it.
E.G: if you are using a very potent instable new explosive, you have much more unknown unknowns that if you are manipulating a well well know concentrated acid.
Now starting from here you know what the cost of what you don't know could be, and else can choose measures to mitigate that such as more research, bigger safety coefficient, additional staff, insurance, etc.
When we blame a company for not taking in consideration unknown unknowns, it usually means they just tried to build the very minimal legal requirement to put it on the market and make money. They may have known that it was risky, but they didn't bother.
In that case, I think they meant to say: "known unknowns"
Perhaps this is just semantics but I have always thought of "unknown unknowns" as being in that mirky realm of "every single possible thing".
Perhaps I should have been more charitable and less pedantic, which is honestly hard for me to do when I see someone passionately argue against something I thought was a scientific consensus.
Yeah I prefer the term "precaution principle", it's more straight forward because it describes the action instead of what's motivate it.
But known unknowns and unknown unknowns are not the same things though. known unknowns are a space you can account for. It's easy to put a number of it. unknown unknowns not so much, and dealing with it is more a matter of morality than science. You can't scientifically deal with something you can hardly define or quantify.
You can't determine generational toxicity from LD50 profiles. You are simplifying everything way too much.
Glyphosate is an analog to glycine. You know, the building blocks for proteins. DuPont did a study in 2007 that shows glyphosate is integrating in protein structures. Does that not worry you?
Glyphosate is also a chelating agent. Glyphosate impacts the shikimate pathway, and is said to be non-toxic because humans do not possess the shikimate pathway. Yet the shikimate pathway is present in bacteria, archaea, and eukarya, and all of them are harmed by Glyphosate. Do we have bacteria in our guts utilizing the shikimate pathway? Yes we do.
You are running with the base assumption that Monsanto is benevolent and honest. This is where your cognitive dissonance stems from.