are performed globally each year. For most of us, it's likely at some point in our lives we'll have to undergo a procedure that needs general anesthesia.
The first are what we call"excitatory" neurons, generally responsible for keeping us alert and awake. The second are"inhibitory" neurons – their job is to regulate and control the excitatory ones.General anesthetics speed up this process by directly silencing these excitatory neurons without any action from the inhibitory ones. This is why your anesthetist will tell you that they'll"put you to sleep" for the procedure:asleep during surgery?".
Over the last couple of decades, researchers have proposed several potential explanations, but they all seem to point to one root cause.. Without this communication, our brains wouldn't be able to function at all. And it allows the brain to know what's happening throughout the body.For neurons to communicate, proteins have to get involved. One of the jobs these proteins have is to get neurons to release molecules called.
Neurotransmitter release is a complex process involving lots of different proteins. If one piece of the puzzle isn't exactly right, then general anesthetics won't be able to do their job.
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