This was probably on Pub Med, plus two other medical professionals said it. I can't find the paper on it now. I'll post it when I find it. It was for active cancer, not prevention. I'm not in medicine, so can't tell you anymore than that.
This was probably on Pub Med, plus two other medical professionals said it. I can't find the paper on it now. I'll post it when I find it. It was for active cancer, not prevention. I'm not in medicine, so can't tell you anymore than that.
Here's an excerpt. I'll link the study after. That's Interesting about Europe vs. US. I know about our Big Pharma and it's disgusting.
The study I'm linking has many scenarios because there are too many variables... Genetics, stage, type, etc. I think it's similar to why Ex smokers and smokers can get cancer from Beta Carotine. Like I said, I'm no doctor.
[86]. The role of ROS in cancer was suggested to be context dependent, as ROS, NRF2, and antioxidants promote or prevent tumor formation or progression [87].
Antioxidants may decrease oxidative damage in metastatic cancer cells, leading to their proliferation [[88], [89], [90]]. Due to its antioxidant mechanism, NAC may also accelerate the progression of some cancer growth.
This was probably on Pub Med, plus two other medical professionals said it. I can't find the paper on it now. I'll post it when I find it. It was for active cancer, not prevention. I'm not in medicine, so can't tell you anymore than that.
They spin the cancer protocols to push the chemo! US uses about 6 x the chemo versus Europe with similar outcomes!
Here's an excerpt. I'll link the study after. That's Interesting about Europe vs. US. I know about our Big Pharma and it's disgusting.
The study I'm linking has many scenarios because there are too many variables... Genetics, stage, type, etc. I think it's similar to why Ex smokers and smokers can get cancer from Beta Carotine. Like I said, I'm no doctor.
[86]. The role of ROS in cancer was suggested to be context dependent, as ROS, NRF2, and antioxidants promote or prevent tumor formation or progression [87].
Antioxidants may decrease oxidative damage in metastatic cancer cells, leading to their proliferation [[88], [89], [90]]. Due to its antioxidant mechanism, NAC may also accelerate the progression of some cancer growth.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9563555/