There is a lot of public misunderstanding of the rodent studies that linked aspartame to cancer, which are very flawed and essentially come from a single Italian research group.
There is still no definitive link to cancer risk in humans so I would continue to be skeptical. The maximum recommended safe exposure for aspartame is the equivalent of 12 cans of coke, and the strong effects from the rodent study were using exposure amounts equivalent to 5 times that amount, or 60 cans daily, every day of their life after day 12 of fetal life (i.e. before birth).
Almost anything can cause long-term health risks and toxicity at such massive exposure levels.
Link to the free Pubmed link to one of the original source studies from 2008 so you can see their methodology and the absurdly massive exposure amounts needed to ovserve these effects:
I disagree with the ‘massive’ exposure ‘needed’ to observe these effects exaggeration. First, the point of the study was to show it can be carcinogenic, not to parse at exactly what level in humans. Second, effects are seen at the 400ppm level which equates to 20mg/kg. This is 1600mg/day or 8 cans of Diet Coke (@200mg/can) for an 80kg male. That is NOT an impossible level of daily consumption for many.
I suspect further research was done to confirm your linked studies and refine exactly at what minimum levels of daily consumption elicit carcinogenic effects. That will likely be in the full report once released. Until then, you sound like you don’t want it to be true, rather than an impartial evaluator of the research.
the point of the study was to show it can be carcinogenic
Almost anything can be carcinogenic with a high enough exposure. You can pump a rat full of water until it dies and declare that water kills people. But, that doesn’t prove anything or serve a point.
Second, effects are seen at the 400ppm level which equates to 20mg/kg. This is 1600mg/day or 8 cans of Diet Coke (@200mg/can) for an 80kg male. That is NOT an impossible level of daily consumption for many.
In rats! You can’t just multiple a rat study by body weight and expect it to always correlate. That’s why studies are done in larger animals, and sometimes the concept just dies there.
A single study is a statistic. Until they duplicate the results multiple times, and upgrade to monkeys, pigs, or (in a safe way) humans, this is all just noise.
Almost anything can be carcinogenic with a high enough exposure. You can pump a rat full of water until it dies and declare that water kills people.
It would lead to death, but not to cancer. Not everything is carcinogenic, even with high exposure. Causing death by a method other than cancer doesn’t make it carcinogenic.
the strong effects from the rodent study were using exposure amounts equivalent to 5 times that amount, or 60 cans daily, every day of their life after day 12 of fetal life (i.e. before birth).
This is why I hate rodent studies. They always up the exposure to whatever they are testing to hyper-extreme limits. Then point their flawed results to the world and declare “See! X causes Y!”
There are even similar rat studies for marijuana that try to link it to cancer as well, despite the fact that zero people have actually died from weed. It’s all overblown bullshit.
Dude have you seen how many diet Cokes people drink? Liters and liters daily. Not excessive at all honestly considering LifeTime total exposure
Im a chemist by trade. This is actually chemically very simple. I only looked deeply into Sucralose Splenda. So I’ll discuss that
These have Chlorine molecules. A very electrophilic element even in a chemical bond. Meaning it can cause reactions in other molecules very easily. Sucralose has Three Chlorines. If it touches DNA it’s bad business man.
I love diet Coke btw lol I could drink 5 gallons right now idk I smoke cigs. But don’t sugar coat it
Table salt has more chlorine by mass than sucralose. Moreover, in your body, table salt dissociates into a chlorine ion, whereas in sucralose it’s covalently bonded into the molecular structure. That’s not to say that it is suddenly nonreactive, but being covalently bonded tempers some of it’s electron craving, so to speak. By your logic, table salt should be orders of magnitude more dangerous than sucralose (it’s not).
Edit to add: Do you know of any mechanism by which sucralose could cross the nuclear membrane? If not, sucralose isn’t going to be touching DNA at all. It could touch some form of RNA in the cytoplasm, which isn’t necessarily innocent, but it’s not going to be touching the DNA. That means it won’t cause long-term genetic changes or damage; any damage it caused would be transitory to the working set of RNA and that damage would be gone when that RNA was processed/destroyed.
There is a lot of public misunderstanding of the rodent studies that linked aspartame to cancer, which are very flawed and essentially come from a single Italian research group.
There is still no definitive link to cancer risk in humans so I would continue to be skeptical. The maximum recommended safe exposure for aspartame is the equivalent of 12 cans of coke, and the strong effects from the rodent study were using exposure amounts equivalent to 5 times that amount, or 60 cans daily, every day of their life after day 12 of fetal life (i.e. before birth).
Almost anything can cause long-term health risks and toxicity at such massive exposure levels.
https://www.cancer.org/cancer/risk-prevention/chemicals/aspartame.html
Link to the free Pubmed link to one of the original source studies from 2008 so you can see their methodology and the absurdly massive exposure amounts needed to ovserve these effects:
https://pubmed.ncbi.nlm.nih.gov/17805418/
I disagree with the ‘massive’ exposure ‘needed’ to observe these effects exaggeration. First, the point of the study was to show it can be carcinogenic, not to parse at exactly what level in humans. Second, effects are seen at the 400ppm level which equates to 20mg/kg. This is 1600mg/day or 8 cans of Diet Coke (@200mg/can) for an 80kg male. That is NOT an impossible level of daily consumption for many.
I suspect further research was done to confirm your linked studies and refine exactly at what minimum levels of daily consumption elicit carcinogenic effects. That will likely be in the full report once released. Until then, you sound like you don’t want it to be true, rather than an impartial evaluator of the research.
Almost anything can be carcinogenic with a high enough exposure. You can pump a rat full of water until it dies and declare that water kills people. But, that doesn’t prove anything or serve a point.
In rats! You can’t just multiple a rat study by body weight and expect it to always correlate. That’s why studies are done in larger animals, and sometimes the concept just dies there.
A single study is a statistic. Until they duplicate the results multiple times, and upgrade to monkeys, pigs, or (in a safe way) humans, this is all just noise.
It would lead to death, but not to cancer. Not everything is carcinogenic, even with high exposure. Causing death by a method other than cancer doesn’t make it carcinogenic.
Apple seeds can kill you in large enough quantities
Found the cigarette smoker
This is why I hate rodent studies. They always up the exposure to whatever they are testing to hyper-extreme limits. Then point their flawed results to the world and declare “See! X causes Y!”
There are even similar rat studies for marijuana that try to link it to cancer as well, despite the fact that zero people have actually died from weed. It’s all overblown bullshit.
Dude have you seen how many diet Cokes people drink? Liters and liters daily. Not excessive at all honestly considering LifeTime total exposure
Im a chemist by trade. This is actually chemically very simple. I only looked deeply into Sucralose Splenda. So I’ll discuss that
These have Chlorine molecules. A very electrophilic element even in a chemical bond. Meaning it can cause reactions in other molecules very easily. Sucralose has Three Chlorines. If it touches DNA it’s bad business man.
I love diet Coke btw lol I could drink 5 gallons right now idk I smoke cigs. But don’t sugar coat it
Table salt has more chlorine by mass than sucralose. Moreover, in your body, table salt dissociates into a chlorine ion, whereas in sucralose it’s covalently bonded into the molecular structure. That’s not to say that it is suddenly nonreactive, but being covalently bonded tempers some of it’s electron craving, so to speak. By your logic, table salt should be orders of magnitude more dangerous than sucralose (it’s not).
Edit to add: Do you know of any mechanism by which sucralose could cross the nuclear membrane? If not, sucralose isn’t going to be touching DNA at all. It could touch some form of RNA in the cytoplasm, which isn’t necessarily innocent, but it’s not going to be touching the DNA. That means it won’t cause long-term genetic changes or damage; any damage it caused would be transitory to the working set of RNA and that damage would be gone when that RNA was processed/destroyed.