Activation of the <u>Serotonin </u>neurons of the forebrain would be expected to <u>suppress </u>aggressive attack.
Numerous studies link elevated impulsive and aggressive behaviors with reduced serotonin metabolites. The opposing association has been substantiated by therapies targeted at directly reducing serotonin cell activity, despite the fact that pharmaceutical reduction of serotonin is linked to an increase in aggression.
Furthermore, it is unclear whether any of the relationships observed may be caused by changed serotonin activity during development. Here, we used two Pharmacogenetic techniques to selectively and reversibly decrease the firing of serotonin neurons in behaving animals in transgenic mice.
A persistent reduction in serotonin neuron firing was linked to increased aggression, as demonstrated by conditional over expression of the serotonin 1A receptor (Htr1a) in serotonin neurons.
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Answer:
suurrreee
Explanation:
i <em>need some</em> anyway
: )
Answer:
You tell the costumer to stop. Then, you check all their pockets and make a body check. If you find something, report it to police. There's usually a cop or guard at stores like target. If you don't find anything, then you just tell them THANK YOU FOR YOUR COOPERATION. HAVE A NICE DAY. That's it.
Answer:
Signal detection theory.
Explanation:
It's a theory meant to quantify the signal and the noise measuring the ability to differentiate between information-bearing patterns (stimulus in organisms, signal in machines) from random patterns (noise) that distracts from the information.
In the field of electronics, the separation of such patterns from a disguising background is referred to as signal recovery.
