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but then the inhibitory pathway goes back to the orbitofrontal cortex and actually shuts it down.
In someone with an obsessive thought disorder where they keep worrying about the same thing, there's overactivation of that direct pathway back and underactivation of the inhibitory pathway.
But there's certainly kind of made up of two reciprocally inhibitory processes.
And so the primary nucleus region is the ventrolateral preoptic nucleus, also called VLPO, and that has particular neuron outputs that release GABA and ganolin, which work in an inhibitory way on kind of the wake-promoting ones.
And with a night of sleep, this part of the frontal cortex was strongly connected to the amygdala, believed to send inhibitory regulatory control.
send inhibitory, regulatory control.
Inhibitory deposition, we use the fluorocarbons, CHF3, hydrogen, and sometimes both nitrogen or oxygen can help with inhibitory deposition.
Inhibitory deposition we use, uh, the fluorocarbons, CHF3, hydrogen, and
What if I told you that your internal dialogue, the words you use with yourself, has a direct and measurable impact on your neurochemistry, that it affects your levels of dopamine, adrenaline, and even GABA, the primary inhibitory neurotransmitter in your brain?
In contrast, calming self-coaching language like you're safe, stay with it, or you're in control here has been shown to increase GABA, your brain's primary inhibitory neurotransmitter.
and there's inhibitory neurotransmitters, which keep their target cells calm and mellow.
Serotonin is an inhibitory neurotransmitter that you've probably heard of.
Should we talk about inhibitory neurons?
So I would think that those inhibitory neurons, if they're still around when you're an adult, then learning a new language is new and novel, so they would fire up, right?
Excitatory neurons use glutamate, while inhibitory neurons use GABA—the yin and yang, if you will.
Excitatory neurons use glutamate, while inhibitory neurons use GABA.
And Eric Janssen and John Bancroft at the Kinsey Institute had the wacky idea that sex works in the brain just like all the other things in our brain, which is that it is a pairing of excitatory impulses and inhibitory impulses.
And Eric Johnson and John Bancroft at the Kinsey Institute had the wacky idea that sex works in the brain just like all the other things in our brain, which is that it's a pairing of excitatory impulses and inhibitory impulses.
When you use your top-down attention to focus on something, your brain activates inhibitory mechanisms to block out competing stimuli.
Now, the strength of your inhibitory mechanisms, and hence your ability to focus on one task intensely, is variable.