Thanks NN. I lean towards anti-inflammatory as cancer 'genes' are just genes that not properly controlled. An "oncogene" may mean that it is expressed inappropriately in some cancer cell lines, but not all types is what I found when I wrote my Nrf2 page on effectivecare.info.. Too much Nrf2 would be helping cancer cells by promoting more blood vessel growth with a larger tumor mass needs.
The methylation (inappropriate methylation) of DNA is a real issue and you don't have to be old... a nice chronic disease will do the trick. The orphan drug, phenyl butyrate will do the job of reversing the methylation.
Wow! Great research in an easy to read format. Many thanks.
Very welcome!
JD - A opus to Nrf2, a paradoxical protein which is a 2 edged sword, in that it is both a tumor suppressor, and an oncogene.
Thanks NN. I lean towards anti-inflammatory as cancer 'genes' are just genes that not properly controlled. An "oncogene" may mean that it is expressed inappropriately in some cancer cell lines, but not all types is what I found when I wrote my Nrf2 page on effectivecare.info.. Too much Nrf2 would be helping cancer cells by promoting more blood vessel growth with a larger tumor mass needs.
The methylation (inappropriate methylation) of DNA is a real issue and you don't have to be old... a nice chronic disease will do the trick. The orphan drug, phenyl butyrate will do the job of reversing the methylation.