Why are so many young people getting cancer? What the data say
nature.com
nature.com
Even here in this article, I am looking at the graphs they present as evidence of the thesis. Maybe I'm crazy but looking at the line for male early-onset incidence I don't see anything new or worrying in that graph. If we ignore the puzzling "estimated" section, it wanders up and down. It's not currently the highest it's been in the recent past, and increases in e.g. the 90s were followed by decreases later. The rates in women meanwhile have been roughly the same since 1995 after a small increase in the early 90s. This is presumably why they pick 1990 as their base year, as otherwise they would not be able to report a big percentage change.
So the story here is really being carried by the estimated/modeled future incidence, but it's not a good idea to pay attention to public health modeling. This is epidemiology, a field that we learned during COVID is not robust or honest. These people constantly claim to be able to predict the future incidence of disease, are constantly being proven wrong by miles, always in the direction of over-predicting incidence, and their response is to just ignore that fact, attack their critics and carry on as if everything is fine. Basic methodological errors are everywhere and nobody inside the field cares.
So we look at this prediction and immediately notice a couple of things. Firstly, it's a prediction of the past. Where is the actual cancer data for 2020, 2021, 2022 and 2023? The source they use only runs a survey every two years, and the last was in 2021 but appears to not report cancer in that round for some reason. There certainly are figures for cancer available for many countries but they don't deign to verify their predictions against that data. Replacing data that exists with modeled guesses is completely typical for epidemiology, I've seen that dozens of times.
The second problem is that their estimate isn't a simple extrapolation of whatever was happening previously. Instead it has an immediate sharp upswing at the moment the model begins and then a very steep climb quite unlike anything seen in the past. This is surely an artifact of the rather complicated statistical methodology they picked. When we look at Figure 5 in their source paper we see that the CIs of this prediction are at any rate enormous (and presented confusingly of course).
Is there anything to worry about here? Probably not. In other contexts the steady rates of cancer over the past 30 years are used to debunk claims about mobile phones causing tumors. If there was genuinely a steady and large rise in cancers over a long period of time they would be able to show that clearly using actual collected data, instead of relying on their usual bag of tricks, and the conversation around mobile phones would look very different.
You’re right the estimated section just looks wrong, and needs a big section explaining why they think the current trends will change.
Dousing our crops with toxic pesticides for decades, mass-producing the same genetically modified seeds over and over, and sucking every last nutrient out of the soil through overfarming. Nope, nothing to see there! An economy based on maximizing profits at all costs while disregarding environmental impacts will create problems like this.
The purpose is not to sweeten or adjust the flavor of whatever you're eating. It's to drive the addictive "must have more" response that your body naturally creates, selling more product.
It should be illegal.
Do you know of anything that provides a strong rebuttal to the research found in documents like this? https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3228640/
The only real thing we have done to combat cancer is stop smoking so much while at the same time increasing every other factor imaginable to promote cancer.
So what they've said is that dietary changes to diets rich in processed foods are contributors, that doesn't mean it is the only thing and not what you suggest but one contributor.
“But many think that the answers are still buried in studies that have tracked the lives and health of children born half a century ago. “If it had been a single smoking gun, our studies would have at least pointed to one factor,” says Sonia Kupfer, a gastroenterologist at the University of Chicago in Illinois. “But it doesn’t seem to be that — it seems to be a combination of many different factors.”
They refer to a study of 20k expecting mothers and their children then data from all.
There’s also the (MVP) million veterans program that has a lot of data including dna to be analyzed. There is medical records, location information, etc. Many things to correlate if they choose to put them all together.
And especially tons of modern-life induced stress - which is death by some huge-ass cuts and thousands of small cuts (a different experience to fewer big stressors in the past, like a bad farming season, otherwise combined with a quite lax lifestyle).
Actually there was an article on HN a few days ago which differentiated work-related distress between stress (induced by too much work) and anxiety (induced by too little work).
It's become a nuisance in the background now after many years but each new task usually brings both these 'joys':
1) When I first get "Do/change/add X into the giant ball of mud of application that noone completely understands", I first get anxiety. Literally I have no idea not just how am I going to implement that but if it's at all possible. The definition of "anxiety caused by too little work" still goes, because I'm not "working" (not anything palpable like lines of code that can be measured and PRs be made). I'm just 'thinking', but that isn't much considered in business. Can't charge the customers for 'thinking', you need to produce.
2) Once I get familiar with the complexity involved and have some idea on how things can be solved, it's already too late in the sprint phase, it should have been done already. Now follows stress of delivering on time the 'commitment'. Not to mention that I usually implement half the task before stumbling into new evidence that changes the equation enough to require a different approach or further 'thinking' all while time is running out and commitments are not met.
Task solved, another one pops up, rinse and repeat #1-#2.
Just kidding. (Well, half-joking only). I really don't know...
Essentially you'd be doing the "thinking" by actively coding (at least a minimum solution), instead of thinking about the problem abstractly first. Though I often do it just like you described it, with all the issues you mentioned.
Our physical health and mental health are both intrinsically linked, and both under attack because it's all very profitable, really.
The link between those and cancer is tenuous at best.
Health benefits of exercise are well known. And likely to have some effect on the chances of developing particular types of cancer.
Not to mention indoor air vs. outdoor air, that bowl of snacks within reach while sitting, etc. Various factors that shift towards "healthy" while out for a walk, bicycle ride or whatever.
In Australia, two out of three people will get skin cancer at some point in their lives. That's caused by the Sun, an unshielded nuclear reactor bathing us in dangerous radiation strong enough to hurt.
Your food is probably doing less harm than the plasticisers in the container you put it in, especially if you microwave it.
Your phone and LED lights contribute almost precisely zero to cancer incidence. Your guilt over your Tik Tok habit doesn't mean that you're also getting cancer from it. You're wasting your life, sure, but not dying as a consequence.
As others have pointed out, air pollution from cars is doing real damage to us all, far more than the occasional Happy Meal.
In short, chronically elevated insulin + inflammation + mutagens = cells with degraded ability to breathe => switch to fermentation = cancer. This is known as the Otto Wartburg effect and has been known for a century.
Metabolic therapy is tremendously successful in eradicating cancers even in later stages. I have seen so many direct testimonials and stories I wouldn't even know where to begin.
''' "Metabolic therapy", including administration of laetrile, was promoted for cancer patients by John Richardson in the San Francisco Bay Area in the 1970s, until his arrest for violating the California Cancer Law and revocation of his license by the California Board of Medical Quality Assurance.[4]
...
"...retrospective reviews of the Gerson, Kelley, and Contreras metabolic therapies show no evidence of efficacy."[5]
'''
> Metabolic therapy for cancer is an approach that aims to exploit the differences in metabolism between cancer cells and normal cells. The idea is to target the unique metabolic vulnerabilities of cancer cells to slow down their growth or cause their death. While there has been some promising preclinical research, the efficacy of metabolic therapies in human cancer patients is still an area of active investigation.
> Some key points about the efficacy of metabolic therapy for cancer:
> Ketogenic diet: High-fat, low-carbohydrate ketogenic diets have been proposed as a way to starve cancer cells of glucose, their primary fuel source. Some animal studies and small human trials have shown potential benefits, but larger, well-controlled clinical trials are needed to establish efficacy. > Insulin potentiation therapy (IPT): IPT involves administering insulin alongside low-dose chemotherapy, with the idea that insulin makes cancer cells more susceptible to the effects of chemotherapy. While some case reports and small studies have suggested benefits, the efficacy of IPT remains unproven. > Targeting metabolic enzymes: Researchers are investigating drugs that inhibit enzymes involved in cancer cell metabolism, such as glutaminase and pyruvate kinase M2. While some of these agents have shown promise in preclinical studies, their efficacy in human patients is still being evaluated in clinical trials. > Combination with other therapies: Metabolic therapies may be most effective when combined with other cancer treatments, such as chemotherapy, radiation, or immunotherapy. More research is needed to identify the most promising combinations and to assess their efficacy and safety.
It's funny because you say you are the one concerned, I was pretty much certain I'd get a reply about how silly I am to believe LLM output, in HN of all places.
> Major conclusions: The ketogenic diet probably creates an unfavorable metabolic environment for cancer cells and thus can be regarded as a promising adjuvant as a patient-specific multifactorial therapy. The majority of preclinical and several clinical studies argue for the use of the ketogenic diet in combination with standard therapies based on its potential to enhance the antitumor effects of classic chemo- and radiotherapy, its overall good safety and tolerability and increase in quality of life. However, to further elucidate the mechanisms of the ketogenic diet as a therapy and evaluate its application in clinical practice, more molecular studies as well as uniformly controlled clinical trials are needed
I don't understand why people are so rejecting of this information. I'm not a researcher, just someone with interest in health and again, it looks to me as if there is evidence, anecdotal, experimental, and a theoretical basis.
It also seems obvious that a chronically anabolic state such as what modern lifestyles and eating habits encourage, with chronically elevated insulin, prevent the body from entering the catabolic state such as what happens during fasting, in which damaged cells get recycled. In fact, fasting is also potent against cancer, and I've seen many anecdotes of such. You're not going to appreciate any mention of anecdotes though, I presume.
No it isn't. Warburg effect is observed in cells as a result of cancer.
>Metabolic therapy is tremendously successful in eradicating cancers even in later stages.
[citation needed]
Every time anything medical gets posted in HN, the amount of disinformation and bad medical advice is insane. It's easy to imagine (because it keeps happening over and over) a newly diagnosed cancer patient reading your comment and declining chemotherapy because apparently "keto diet beats cancer".
The video I posted has a detailed explanation by someone vastly more qualified than either of us.
> easy to imagine
People can make up their own minds.
Why the disparaging comment? After my own health concerns, I stumbled upon this information, and I can tell you, again, that I have seen people have success with a metabolically-oriented approach which involves lowering glucose exposure (principally but not solely), that's not saying just saying "do keto", and in fact some of the people that have done this (see https://braintumourresearch.org/blogs/in-hope/andrew-scarbor...) have done much more than that. And often it's because there was NO other option.
I care far less about what "someone vastly more qualified than either of us" has to say than whatever the current scientific/academic consensus is.