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The emotion’s intensity makes that the bigger they are,
the more are produced and liberated the peripheral adrenaline and corticoids,
ACTH that is an hormone that stimulates the suprarenal located at the hypophysis, ACTH on the hypophysis
and, inside the brain, dopamine, adrenaline, serotonin, acetylcholine.
This release varies according to intensity, the bigger it is, more of those substances will be released.
And, because they are released, they have more means to act
upon neurons, which make memory.
The neuron that makes memory, actives a series of enzymes
that we studied in detail. They are many, and are concatenated together.
Some of them stimulate DNA on cells that produce memory to produce protein,
to produce RNA, and through it, protein.
Other proteins are synthesized on the dentrites in a direct manner, without the interference of DNA.
And those protein syntheses that originate in the nucleus with the formation of RNA
and those that originate on the dendrites without DNA
are proportional to their activation by the substances I’ve mentioned,
peripheral adrenaline, noradrenaline, central dopamine, etc.
The more emotionally intense the experience is, more it will release noradrenaline and dopamine on the brain,
the more it will release peripheral adrenaline and corticoids.
And the more those protein synthesis will form over the synapses,
that are the ones who bring memories, changes
that later, by DNA alterations on the cells, which is another history I won’t go into detail now,
and end up being permanent, for now at least.