This is quite ridiculous. We've mapped the nutrients required by our cells down to a molecular level. We've even got a thorough understanding of the interaction between the food we eat and how the microbial ecosystem in our digestive system breaks down our food as we digest it.
We have less understanding of the "natural" foods we eat. We've only mapped only a few genomes of the stable foods, let alone a complex break down of the exotic foods in the grocery store isle. The cocktail of organic molecules in the average fruit or vegetable is overwhelming, and many of them have been proved to be highly carcinogenic. Apples for example contain arsenic, amongst other poisonous chemicals. You get diarrhoea after eating too many fruits because of this. You also have pesticides, fertilisers, preservatives, and packaging contamination in 'natural' food.
I'm not against eating healthy, but the "we don't know if it causes cancer" banter is quite arrogant.
The concept of Soylent is great as it can be tailored for human requirements.
This belief, in a nutshell, is the problem with nutrition. We have done no such thing, but we've convinced ourselves that we have. I have no doubt that we aren't even capable of understanding half the shit that goes on to turn food into energy.
At one point, society killed people who dared claim that the Earth revolved around the sun. We should never think, even for a second, that we have all the answers, and we should be immediately suspicious of any claim that we do.
Why? What physical property of the universe precludes us from understanding metabolism?
I'm not following... How does that not apply to "natural" foods as well? Without resorting to an appeal to nature.
I don't think this article is particularly well written or argued, but at the same time, I don't see any appeals to animism or mysticism in it. The author is simply suggesting, albeit not as clearly as he could have, that we have focused in isolation on only a subset of the nutrients we actually need. Obviously, the responsible "next step" to that sort of argument would be to form hypotheses and undertake further study. But that's not really the function of the article, as far as I'm aware.
Consider the broccoli example mentioned in the article:
"A 2011 study on broccoli, for example, found that giving subjects fresh broccoli florets led them to absorb and metabolize seven times more of the anticancer compounds known as glucosinolates, present in broccoli and other cruciferous vegetables, than when glucosinolates were given in straight capsule form. The researchers hypothesized that this might be because the whole broccoli contained other compounds that helped people’s bodies put the anticancer chemicals to use."
Now, the "appeal to nature" argument here would be that there is something fundamentally irreducible or non-replicable in broccoli that we just can't reproduce in a lab, because nature. That's not what the article says. Instead, it says that researchers hypothesized that there may be more components to broccoli than we've yet figured out. That's science. Science is always probing at the edges of what we haven't yet figured out, or revising what we think we have figured out.
The author does his point no favors by harping about synthetic vitamins. I'll grant you that. But he's not advancing any magical thinking.
> the "appeal to nature" argument here would be that there is something fundamentally irreducible or non-replicable in broccoli that we just can't reproduce in a lab, because nature
This is a huge strawman.
The more dangerous "fallacy" is the idea that all food is equivalent until rigorously experimented and proven otherwise. This is the mentality that the food industry hangs its hat on to continue producing the worst possible products that still somehow meet FDA and public approval. It's dangerous because these foods are engineered primarily to appeal to convenience and taste sensibilities which give people an emotional connection to these substandard foods so that they will be more willing accept any evidence that said foods are acceptable.
The idea that eating whole foods which have traditionally been cultivated or gathered by humans is generally preferable to a manufactured alternative is not a bad or fallacious principle. It isn't "because nature", it's because we've been eating those things a long time with a good deal of success, and conversely, in the last 70-80 years of explosion of heavily processed convenience foods we've seen an explosion in diet related health problems. Waiting for conclusive scientific proof of the mechanisms of all these problems instead of using Occam's razor and some common sense is a phenomenally stupid thing to do.
OK, so even if we accept based on no evidence that it isn't, why should we prefer so-called 'natural' foods. And please tell me how GMOs such as corn (maize) and apples are natural, BTW.
> This is the mentality that the food industry hangs its hat on to continue producing the worst possible products that still somehow meet FDA and public approval.
Appeal to 'corporations are evil' is also a rather dangerous fallacy.
> The idea that eating whole foods which have traditionally been cultivated or gathered by humans is generally preferable to a manufactured alternative is not a bad or fallacious principle.
Without evidence it is. This bald assertion does your side no favors.
> It isn't "because nature", it's because we've been eating those things a long time with a good deal of success
Not really. Look at how common deficiency disorders were, back before such horrible modern artificial nonsense such as refrigeration and food preservation.
Besides, what my ancestors ate is not the same as what your ancestors ate, most likely, so which is better? Which diet should we follow? And my ancestors didn't all come from the same place, so which of my ancestors' diets should I follow?
You are arguing a stereotype rather than my actual statements.
Its both! Without a model we don't know what an experiment is testing, indeed a pure experiment is unconvincing for example Ohm's eponymous law were ridiculed as a "web of naked fallacies", and only accepted after a model was proposed.
Or consider my theory that Canadian Geese take summer with them when they migrate south. My experiment shows that after they leave it gets really cold, but nobody believes my model!
>>in broccoli that are unhealthy
Quite possibly, what is your hypothesis?
(I guess I should mention, as far as I understand we now know that some of the natural ones increase cancer risk quite a bit, yes.)
Good point. You hit the nail on the head.