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 sai…
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.
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/