btw, it could be an belitteling you could do. Long term effects haven't been studied

first of, higher levels of aluminum have been found in the brain of autistics (lab test method: GF-AAS)
https://www.sciencedirect.com/science/article/pii/S0946672X17308763

https://www.mendeley.com/catalogue/aluminium-brain-tissue-multiple-sclerosis/

and more in the brains of those with MS

now that may be true but have u considered how when a chemical is excess to the body we tend to excrete it? so when excess aluminium compounds enter the body above what your body considers normal it will excrete it

the substance causes an immune response that includes IL-6

depends on how you inject it too

if injected into venes, could be likely, but mostly it's injected intramuscular

on excretion, this can be increased when consuming more orthosilicic acid, which forms complexes with aluminum

therefore if you are not autistic then ur body will excrete the aluminium compounds. idk a whole lot about injection methods but i do have a reasonable understanding of transfer of materials and mechanics of the body. so when it enters the muscle it will be processed by the cells. that aluminium has a good chance of being broken down for a more useful compound so will then treat the excess as waste and therefore excrete it

il-6 as in interleukin 6? i could've sworn that's a gene not a response or substance

or is it a protein?

Il-6 is a cytokine

just like Il-1 and Il-17

ah ok yeah causing inflamation right?

*inflammation

yup

not to mention this publication
chrome-extension://oemmndcbldboiebfnladdacbdfmadadm/http://vaccinepapers.org/wp-content/uploads/Brain-IL-6-and-autism.pdf

is that peer reviewed?

how do i spea

speak

yup

ok let me give it a quick look

here's another study to read

https://www.sciencedirect.com/science/article/pii/S0162013417304749

so IL-6 is involved in a lot of mental conditions or conditions in the CNS?

both

yeah that was meant to be an and mb

I think AHCC would be safer in general, since that's not occuring in the form of nanoparticles like aluminum hydroxide or aluminum phosphate would, yet still has adjuvant activity

https://www.sciencedirect.com/science/article/pii/S027153171200228X

this study has some indication on that, which should be further researched

so yeah there's definitely an argument for that but when taking things from organic sources and then putting them into another organism's muscle tissues or bloodstream can have undesired consequences due to the nature of organic compounds but i would also argue that it may be more expensive than the aluminium compounds used and from what i'm aware of will carry more risk of being synthesised into an undesired compounds

furthermore there's no neurological adverse reaction reported

there may not be a neurological effect to the injections but it might prolong responses at the site of injection

depends on what happens to the aluminum, but a mechanism behind this could also be going through the lymphatic system, not just the bloodstream

by first getting 'eaten' by macrophages, that then go into the lymphatic system. If these macrophages brake down in that system, the aluminum nanoparticles are released and can go to the brain

thus causing the same immunostimulation in the brain, which is unintentional

one of my teachers did part of his degree in natural sciences (basically u choose the courses from all fields) and one of his fields was organic compounds to inorganic synthesis and that includes both directions of synthesis and with the use of aluminium there is much less risk of synthesis producing an undesired compound whether it is inorganic or organic than using an organic compound

yeah i get where you're coming from and there are advantages to ur idea but as i've mentioned using organic compounds can still carry risks of unintended synthesis

that's understandable, where I've got another idea to find a safer way to get the intended compound

through extracting the AHCC from shiitake mushrooms