@muninn autism as well, allowing for how specialized interests can be more like "super buffer, always full" or similar
@shoutcacophony @muninn it seems very cross cutting. The wikipedia page has a section that covers many of them. https://en.wikipedia.org/wiki/Executive_dysfunction#In_clinical_populations
Everything from brain damage to the frontal lobes to more specific disorders (schizophrenia, autism etc), and also stuff that hits the whole brain (Parkinsons, Alzheimer's), along with stuff like depression and just being excessively stressed.
The disorder itself has many facets, from planning and memory issues, odd sense of time, etc.
@ultimape @muninn exactly. in that regard, i have this weird thing where i'll being rehearsing a piece of writing, and i'll hit a sort of glitch/comma, that sounds like i'm getting the articulation wrong.
if i push into it, it's like "ok, i speak in tongues now" when i read the line, not "ok, slower means more space to articulate" as is "normal." if i slow it down, it can become closer to english.
if i fragment the line, it's back to standard english. longer line? back to glossolalia land lol
Given how interconnected all of the disorders are, I actually found out autism types tend to have low cortisol in the morning. I was researching 'sundowning' in Alzheimer's and guessed it was probably a serotonin /circadian rhythm related problem I was hitting. https://en.wikipedia.org/wiki/Sundowning
Ritual/routine help, but that requires lots of order.
@shoutcacophony @muninn I've basically complete disregarded point-in-time measures of cortisol in my studies now. In most cases of autism, the cortisol is high thru the day, but not in the morning. For allistic people, the reverse tends to be true - With a spike of cortisol in the morning helping people 'wake up'.
Thinking of it as my brain being asleep has helped me cope better and find strategies to mitigate it by targeting stuff that improves cortisol/serotonin directly.
@shoutcacophony @muninn I haven't found anything that is approachable to a layman. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2698454/ is really good at covering the autism/cortisol specific link if you're comfortable with science paper writing.
I started learning this stuff here: https://www.khanacademy.org/test-prep/mcat/processing-the-environment/stress/v/physical-effects-of-stress after reading "why zebras don't get ulcers" and spidering out from that.
@ultimape i also have issues with a lot of these studies in terms of funding and emphasis, because they're a lot more about "finding a cure" than "how can we provide a range of tools to help autistic people function in a neurotypical society, if they so choose".
but the science itself is interesting, granted
@shoutcacophony Agree. In the end I was reading thru to gather information/measurements and explore hunches and kinda ignored the operating models and motivations they had. I mean, theres only so many ways you can f*ck up measing cortisol (tho I did explore variations in cortisol among stuff like blood/urine/sweat etc just incase).
Very much focused on the tool searching aspect myself. I hate the "find a cure" junk.
@shoutcacophony I wasn' able to measure my own cortisol levels sadly, but
"This cortisol awakening response provides a useful endophenotype in the search for genes that may affect hypothalamic-pituitary adrenocortical functioning in children."
Made me realize I could find out all of this stuff thru a gene test. Massively lowered my search space for effective tools knowing it *WAS* a cortisol problem and not just some psychological thing that needed therapy.
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