i can’t give you a source, because, believe me, you would be looking at
well its just to much. its biochemistry…
look up glucose acetate metabolism, adhd glucose- insulin pathway gene defects, combine that with insuline resistance.
you get the insuline resistance by craving sugar. you crave sugar because of the pathway defect; if you eat the sugar, insuline gets activated, boom you have energy.
ritalin does essentially the same, since its a stimulant, it ramps up basal metabolic rate. if you ramp that up, the body will go into glucoseneogenesis, and insulin will also get realeased. thats why ritalin wont work or work not ideal if you dont eat; it will not work at all if you are insuline rsistant /thats different fron defective insuline realease)
so its the release that is defective from the start.
thats why nutrition with a focus on acetate metablisism has benefits for autism and adhd.
thats why people crave alcohol, acetate metabolism.
thats why people on antidepressants crave sweets and alcohol , antidepresesants, most of them, make you insuline resistant.
thats how antidepressants slow down metabolic basal rate, and why you get fat and sedentary.
Interesting, I didn’t realize that ADHD and autism occur so frequently together. Also:
Interestingly, initial small studies have explored the potential use of intranasal insulin as a therapeutic intervention for ADHD. A pilot study by Shemesh et al. (2021) found that a single dose of intranasal insulin improved cognitive performance and attention in adults with ADHD. While these results are promising, larger-scale clinical trials are needed to evaluate the safety and efficacy of this approach.
Well, now I have a rabbit hole to go down. I hope you and your family can find something that works, healthy family relationships can be very rewarding, and avoiding them largely due to a hopefully treatable medical condition sucks. Anyway, thanks for the explanation!
addictedtochaos@lemm.ee 1 week ago
biochemistry
sugar_in_your_tea@sh.itjust.works 1 week ago
Source?
addictedtochaos@lemm.ee 1 week ago
i can’t give you a source, because, believe me, you would be looking at
well its just to much. its biochemistry…
look up glucose acetate metabolism, adhd glucose- insulin pathway gene defects, combine that with insuline resistance. you get the insuline resistance by craving sugar. you crave sugar because of the pathway defect; if you eat the sugar, insuline gets activated, boom you have energy.
ritalin does essentially the same, since its a stimulant, it ramps up basal metabolic rate. if you ramp that up, the body will go into glucoseneogenesis, and insulin will also get realeased. thats why ritalin wont work or work not ideal if you dont eat; it will not work at all if you are insuline rsistant /thats different fron defective insuline realease)
so its the release that is defective from the start.
thats why nutrition with a focus on acetate metablisism has benefits for autism and adhd.
thats why people crave alcohol, acetate metabolism. thats why people on antidepressants crave sweets and alcohol , antidepresesants, most of them, make you insuline resistant. thats how antidepressants slow down metabolic basal rate, and why you get fat and sedentary.
sugar_in_your_tea@sh.itjust.works 1 week ago
Interesting, I didn’t realize that ADHD and autism occur so frequently together. Also:
Well, now I have a rabbit hole to go down. I hope you and your family can find something that works, healthy family relationships can be very rewarding, and avoiding them largely due to a hopefully treatable medical condition sucks. Anyway, thanks for the explanation!