Is there anyone who has improved their autism by following Peaty principles?

heyman

@Milk-Destroyer Great to hear, I think that hypo is the main cause too, high serotonin. Energy and structure

Insr

You could try a low glutamate diet. If glutamate's a problem, the Peaty gelatin recommendation would be making your autism worse.
https://bioenergetic.forum/topic/8950/low-glutamate-diet/
https://documentinghope.com/low-glutamate-diet/

heyman

@Insr I love my gelatin

Milk Destroyer

@heyman Seconded. I think that eating more gelatin actually helps me express more emotions.

orgon

Definitely. When you are more metabolically well, you are more relaxed, more outgoing, less sort of excessively introverted (I would like to believe, although nothing is a panacea — also, introversion is important).

heyman

@Milk-Destroyer I think it calms the central nervous system

LucH

After a search, perhaps these clues could help limit the sides-effects of aluminum.

Attenuating microglia (non-causal effect): Theracurmin + citicoline
Curcumin acts at several levels:

↓ NF-κB → ↓ pro-IL-1β transcription
↓ NLRP3 activation
↓ caspase-1
Mitochondrial antioxidant effect
Theracurmin improves bioavailability → more stable plasma concentration.
This is therefore a partial upstream and downstream modulation.

Chelating: can be effective, but ensure adequate silicon (orthosilicic acid) intake. I know G5 (organic silicium).
Reduces the circulating aluminum pool.
This acts on:
• ROS
• NF-κB
• NLRP3
• IL-1β
• Plasma aluminum load
This is a "gentle, multi-target" approach rather than radical blockade.
Silicon in the form of orthosilicic acid (Si(OH)₄) can:

Form soluble hydroxyaluminosilicates
Prevent renal tubular reabsorption
Increase urinary excretion
What it does:
Increases the elimination of circulating aluminum
What it does not prove:
That it removes intracerebral aluminum

Alpha-lipoic acid (ALA)
Mechanism:
• Crosses the blood-brain barrier (BBB)
• Regenerates glutathione
• Reduces microglial oxidative stress
• Modifies NF-κB Logical synergy with NAC (one acts as a GSH precursor, the other as a recycler).

heyman

@LucH AI?

LucH

@heyman
How I use AI
https://mirzoune-ciboulette.forumactif.org/t8-presentation-de-luc-alias-nestor345#30573
Excerpt:
it's a tool for structure, not to let it take the lead. An assistant!
I use digital tools to confront my own statements and ensure the coherence of my summaries, to see if I haven’t ignored some “weakness” and avoid “usual attacks” when not main stream…
Here I already Knew the impact of microglia and the usefulness of curcumin. When I write a article, I want studies or a “professional” background (chemist or nutritionist) to say where my info comes from.
Shortly said, here, AI has verified and re-arranged my text, to avoid …
To avoid redundancies in the text and ensure better readability. And well, often there's room for improvement, whether it's a stylistic improvement, a more supported argument, or an error in the organic chemistry. I have gaps in my knowledge but I want to stay in control...
NB: English is not my mother language. So, it’s easier for me so, too, in some circumstances. How did I proceed before ? See on my forum.

LucH

Here's a concrete example of where the information came from and how I used AI, in relation to microglia and inflammation. I don't master everything
https://mirzoune-ciboulette.forumactif.org/t2174-neuropathologie-comment-attenuer-la-fibrose-en-cas-d-algodystrophie-et-de-fibromyalgie#30632
Excerpt
Neuropathology & how to mitigate fibrosis in complex regional pain syndrome (CRPS) and fibromyalgia.
Key ideas
• Improve nerve conduction and limit hyperalgesia.
• Limit fibrosis (dermal sclerosis) by modulating TGF-β1 stimulation.
• Combined approach to fibrogenesis, the extracellular matrix (ECM), and inflammation.
• Tactics to counteract fibrosis & optimize conduction – Practical aspects.

Antifibrotic action of curcumin & dexamethasone.
Anti-excitotoxic action of magnesium bisglycinate
Neurotropic mechanism of action of thiamine (B1), pyridoxine (B6), and vitamin B12 in cases of heightened neurosensitivity and as modulators of inflammation
PEA to stabilize mast cells and limit microglial activation. By stabilizing mast cells, PEA reduces the sensitization of peripheral and central nerves.