I’ve built robust software for real-time biosignals over 5 years of SBIR/STTR grants
Functional neuroanatomy + insula
🧠🤖💜👋🏻
github.com/neurodevs
Are you familiar with his book The Sickness onto Death? Old and Christian yet also surprisingly insightful
Are you familiar with his book The Sickness onto Death? Old and Christian yet also surprisingly insightful
There really isn’t a good word for relief of despair. The closest I could find is solace.
It seems like solace is used to describe “comfort in” or “relief from” despair. The latter works?
There really isn’t a good word for relief of despair. The closest I could find is solace.
It seems like solace is used to describe “comfort in” or “relief from” despair. The latter works?
Does anyone know one?
Does anyone know one?
Since BLA receives visual associative input, do you think external theta entrainment (like stroboscopic flicker) could indirectly influence similar circuits? We’re finishing up a theta stroboscopic study now!
Since BLA receives visual associative input, do you think external theta entrainment (like stroboscopic flicker) could indirectly influence similar circuits? We’re finishing up a theta stroboscopic study now!
I’ve discussed this with a neurologist, with some hypotheses coming from him and others from me. While many other doctors have told me my disorders have no biological basis, he said this definitely has an organic cause, just one he had never seen or heard of before.
I’ve discussed this with a neurologist, with some hypotheses coming from him and others from me. While many other doctors have told me my disorders have no biological basis, he said this definitely has an organic cause, just one he had never seen or heard of before.
Trial 4 – Right side, eyes closed
Strong motor response. As in previous, absence of visual competition is hypothesized to more freely allow right CT stimulus to propagate through left thalamus to left insula, producing a strong downstream motor response from left cingulate cortex.
Trial 4 – Right side, eyes closed
Strong motor response. As in previous, absence of visual competition is hypothesized to more freely allow right CT stimulus to propagate through left thalamus to left insula, producing a strong downstream motor response from left cingulate cortex.
Trial 3 – Left side, eyes closed
Strong motor response. With no visual input, thalamocortical gating is hypothesized to be insufficient to block left CT stimulus to right thalamus to right insula, producing a strong downstream motor response from right cingulate cortex.
Trial 3 – Left side, eyes closed
Strong motor response. With no visual input, thalamocortical gating is hypothesized to be insufficient to block left CT stimulus to right thalamus to right insula, producing a strong downstream motor response from right cingulate cortex.
Trial 2 – Right side, eyes open
Moderate motor response. Visual gating is hypothesized to be insufficient to block right CT stimulus to left thalamus to left insula, producing a modest motor response from left cingulate. This may suggest relative hyperactivity of the left insula to CT input.
Trial 2 – Right side, eyes open
Moderate motor response. Visual gating is hypothesized to be insufficient to block right CT stimulus to left thalamus to left insula, producing a modest motor response from left cingulate. This may suggest relative hyperactivity of the left insula to CT input.
Trial 1 – Left side, eyes open
No motor response. A thalamocortical gating effect from competing visual input is hypothesized to block left CT stimulus from sufficiently propagating through right thalamus to right insula, preventing a downstream motor response from right cingulate cortex.
Trial 1 – Left side, eyes open
No motor response. A thalamocortical gating effect from competing visual input is hypothesized to block left CT stimulus from sufficiently propagating through right thalamus to right insula, preventing a downstream motor response from right cingulate cortex.
<Component isDraggable={true} isResizable={true} onLeftSwipe={…} onRightSwipe={…} />
Basically, single responsibility principle applied to props. It’s great for types too.
Thoughts?
<Component isDraggable={true} isResizable={true} onLeftSwipe={…} onRightSwipe={…} />
Basically, single responsibility principle applied to props. It’s great for types too.
Thoughts?
But if you’re curious, here it is:
github.com/neurodevs/no...
But if you’re curious, here it is:
github.com/neurodevs/no...