However, though your point is well taken, I am puzzled by how one would determine if one has irin overload in the brain if you cant measure it from blood. Would you do a biopsy of the brain, then?
The most accurate method to date is a quantitative susceptibility mapping or QSM MRI. It's very specialized and the "imaging community" analyzes it.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5826076/
Again, what test are you going to run to figure out you have iron overload in each organ? And then, is chelation the answer? If so, how does chelation move it out through the "blood brain barrier"?
There are iron chelators, such as deferoxamine, deferasiriox, and deferiprone. Deferiprone has been found to cross the BBB. There is some speculation about using Ceruloplasmin to mobilize brain iron.
There is a lot more. But ingesting tons of copper is not going to fix iron overload alone, and too much copper is toxic.
Are you kidding me? No one is advocating this. In fact, alternative medicine is attempting to incite fear about copper toxicity and they've certainly had great success. I read it here very often.
It's easy to lower copper, just take zinc, molybdenum, fructose, iron, and so on. Metals are expelled via the liver, except for iron.
At any rate, ut would be wise to have a knowledgeable doctor on board and discuss it thoroughly with him or her - this is not a "do it yourself" project.
Unfortunately, only some researchers and doctors are knowledgeable about this. Their numbers are growing, as is the epidemic of neurodegenerative diseases, especially dementia.
Regular ol' docs are way behind on this subject. I'm not gonna die waiting....
There are supplements that have shown iron chelating properties : R-lipoic acid, Apolactoferrin, EGCG in green tea, and some herbs, such as rosemary etc. Curcumin chelates iron.
There are many, many papers regarding brain iron deposition and neurodegeneration. I believe ME/CFS should be included, as one neurodegenerative disease.
Ceruloplasmin, a copper protein has been shown to mobilize iron from tissues and organs. Copper enzymes regulate iron metabolism. People with low ceruloplasmin accumulate iron in brain, organs, and tissues.
Even Wilson's patients accumulate iron because of low ceruloplasmin.
But, I do agree that we all need more knowledgeable doctors.