[pedalpete]

What do you mean "there's no information on what do they actually measure in every individual"? We are measuring slow-waves, the synchronous firing of neurons which defines deep sleep. This is a real-time feedback system, with measured ERPs on a 5-second on, 5-second off stimulation protocol?

Happy to answer any questions, if I'm not understanding your statement correctly.

[spacetimeuser5]

That's ok. There just seem to be no explicit mentioning of that, that individual differences in real-time will be taken into account, just some textbook style description. Have you considered regulating skeletal muscle tone?

[pedalpete]

Ok, thanks for the feedback. I thought our "how it works" was pretty clear, but also simple for people to understand. It's a narrow path to wander.

By "regulating skeletal muscle tone" do you mean as an input? Or as a target?

We've mostly focused on neuro, though we did an experiment in Vagal stimulation, but you could never be sure what you were measuring, so we ditched that and focused on the area with the most research.

PTAS (the technical term for the stimulation) has considerable amount of research behind it with impactful results.

Always keen to learn more if there is something in muscle tone you think we should be looking at.

[spacetimeuser5]

Reduced skeletal muscle tone during sleep is pretty much established. If you find out, that there remains some increased muscle tone which correlates with insomnia or reduces the efficiency of PTAS, you could target it. Though you're already targeting it indirectly via delta waves.

[pedalpete]

Yes, reduced muscle tone is absolutely established, now I think I know what you're saying. We're often letting the researchers guide the areas they are most interested in. Lot's of interest in Alzheimer's, Parkinson's, and depression. We're interested in looking at insulin response and other metabolic factors.